lady doak college, madurai 2 2014_scie… · mat2402cm sequences and series 4 4 au-2013 mat2403cm...
TRANSCRIPT
Lady Doak College, Madurai – 2 (An Autonomous Institution Affiliated to Madurai Kamaraj University)
“COLLEGE WITH POTENTIAL FOR EXCELLENCE”
Re-accredited (3rd cycle) by NAAC with Grade ‘A’ CGPA 3.44 on a 4 point scale
SCIENCES
ACADEMIC COUNCIL MEETING March 18, 2014
APPENDIX ‘Av’
Revised Copy
Figure 1
Lady Doak College,Madurai (An Autonomous Institution Affiliated to Madurai Kamaraj University)
52nd Academic Council Meeting
Tuesday, March 18th, 2014 – Multimedia Theatre-1
CHAIRPERSON: Dr. A. Mercy Pushpalatha
Principal & Secretary
A G E N D A
1. Prayer
2. Introductory Remarks – Chairperson
3. Confirmation of minutes of the Academic Council Meeting held on 16th
December 2013.
4. Introduction of Programmes:
a. Tamil
b. Hindi
c. English
d. French
e. History
f. Social Sciences
g. Economics
h. Commerce
i. Business Administration
j. Mathematics
k. Physics
l. Chemistry
m. Botany
n. Zoology
o. Biotechnology
p. Computer science
q. Fashion Designing
r. Centre for Entrepreneurship
Development
s. Centre for Environmental
Studies
t. Centre for Women’s Studies
u. Curriculum Planning and
Evaluation Cell
5. Concluding Remarks – Chairperson
DEANS OF ACADEMIC AFFAIRS PRINCIPAL
CONTENTS
Mathematics 1 - 20
Physics 21 - 49
Chemistry 50 - 76
Botany 77 - 100
Zoology 101 - 151
Biotechnology 152 - 170
Computer Science 171 - 212
Fashion Designing 213 - 221
Centre for Entrepreneurship Development 222 - 238
Centre for Environmental Studies 239 - 241
Centre for Women’s Studies 242 - 248
Curriculum Planning and Evaluation Cell 249 - 301
1
DEPARTMENT OF MATHEMATICS
PREAMBLE :
To equip the learners to face the current challenges in Higher Education, the Department of Mathematics
revised the Undergraduate curriculum to fit into the Integrated Curricular Model that the college evolved, in
2013. The course profile, the course content & the evaluation pattern of the first two semesters were
passed in the Academic Council meeting held on April 3, 2013 (Appendix “AU”). The department is now
presenting the course profile, course content & evaluation pattern for Semesters III & IV of the
Undergraduate programme of 2013 batch. As the hours for Part I and II have increased to 6, the modified
course profile, course content & evaluation pattern for Semesters I & II of 2014 batch are being presented.
• Course codes of 4 Self Learning courses are being changed.
• Change of course code from PGM 2423E to PGM 0423E, be ratified.
• PGM 2421M replaces PGM2421P
B.Sc. (Special) Mathematics - Aided
Course Profile
Sem. Course Code Course Title Hrs./
Week Credit Passed in
2014 Batch
I PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
MAT1201FS COMMUNICATION SKILLS THROUGH MATHEMATICS 2 2 AU-2013 as
MAT1101FS
MAT1301FM TRIGONOMETRY AND THEORY OF EQUATIONS 4 3 AU-2013
MAT1501CM DIFFERENTIAL EQUATIONS 5 5 AU-2013
PHY1401AA GENERAL PHYSICS 5 4 AU-2013 as
PHY1401SA
VBC1001FV HEALTHY TRANSITION FROM ADOLESCENCE TO
ADULTHOOD
2 --
Total 30 20
II PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
COM2401AA FUNDAMENTALS OF ACCOUNTING 5 4 AU-2013 as
COM2401SA
MAT2201FS COMMUNICATION SKILLS FOR MATHEMATICS 2 2 AU-2013 as
MAT2101FS
MAT2402CM SEQUENCES AND SERIES 4 4 AU-2013
MAT2403CM ANALYTICAL GEOMETRY OF 3D 4 4
ELECTIVE ENVIRONMENTAL ELECTIVE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
Total 30 23
2013 Batch
III MAT3401CM VECTOR ANALYSIS AND DIFFERENTIAL GEOMETRY 4 4
MAT3402CM COMBINATORICS 4 4
MAT3501CM MODERN ALGEBRA 6 5
MAT3502CM STATISTICS 5 5
2
MAT3401AT PROGRAMMING IN C 3T + 2L 4
ELECTIVE NON-MAJOR ELECTIVE 2 2
VOCATIONAL COURSE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
CLUB / ACADEMIC ADVISING 1 --
Total 30 27
IV MAT4201SS QUANTITATIVE APTITUDE 2 2
MAT4501CM LINEAR ALGEBRA 6 5
MAT4502CM GRAPH THEORY 6 5
MAT4503CM REAL ANALYSIS 6 5
MAT4401CT PROGRAMMING WITH C++ 3T + 2L 4
ELECTIVE NON-MAJOR ELECTIVE 2 2
VBC0201FV /
VBC0202FV
WOMEN’S STUDIES /
HUMAN RIGHTS AND DUTIES
2 2
CLUB / ACADEMIC ADVISING 1 --
Total 30 25
B.Sc. - Mathematics with Computer Applications - Self-Financed
Course Profile
Sem. Course Code Course Title Hrs./
Week Credit Passed in
2014 Batch
I PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
MAT1201FS COMMUNICATION SKILLS THROUGH MATHEMATICS 2 2 AU-2013 as
MAT1101FS
MAT1301FM TRIGONOMETRY AND THEORY OF EQUATIONS 4 3 AU-2013
MAT1501CM DIFFERENTIAL EQUATIONS 5 5 AU-2013
PHY1401AA GENERAL PHYSICS 5 4 AU-2013 as PHY1401SA
VBC1001FV HEALTHY TRANSITION FROM ADOLESCENCE TO
ADULTHOOD
2 --
Total 30 20
II PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
MAT2201FS COMMUNICATION SKILLS FOR MATHEMATICS 2 2 AU-2013 as MAT2101FS
MAT2402CM SEQUENCES AND SERIES 4 4 AU-2013
MAT2403CM ANALYTICAL GEOMETRY OF 3D 4 4
MAE2401AT PROGRAMMING IN C 3T + 2L 4 AU-2013 as MAE2401SA
ELECTIVE ENVIRONMENTAL ELECTIVE 2 2
VBC0102FV / VBC0103FV
CIVIC EDUCATION / FAMILY LIFE EDUCATION
1 1
Total 30 23
3
2013 Batch
III MAT3401CM VECTOR ANALYSIS AND DIFFERENTIAL GEOMETRY 4 4
MAT3402CM COMBINATORICS 4 4
MAT3501CM MODERN ALGEBRA 6 5
MAT3502CM STATISTICS 5 5
MAE3401AT PROGRAMMING WITH C++ 3T + 2L 4
ELECTIVE NON-MAJOR ELECTIVE 2 2
VOCATIONAL COURSE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
CLUB / ACADEMIC ADVISING 1 --
Total 30 27
IV MAT4201SS QUANTITATIVE APTITUDE 2 2
MAT4501CM LINEAR ALGEBRA 6 5
MAT4502CM GRAPH THEORY 6 5
MAT4503CM REAL ANALYSIS 6 5
MAE4501CM DATA STRUCTURES AND ALGORITHMS 5 5
ELECTIVE NON-MAJOR ELECTIVE 2 2
VBC0201FV /
VBC0202FV
WOMEN’S STUDIES /
HUMAN RIGHTS AND DUTIES
2 2
CLUB / ACADEMIC ADVISING 1 --
Total 30 26
Other Courses offered by the Department
Sem. Course Code Course Title Offered
To
Hrs./
Week Credit Passed in
ALL MAT0402CD TRANSFORMATION GEOMETRY ALLM -- 4 AL-2004 as
MAT0402D
ALL MAT0403CD CODING THEORY ALLM -- 4 AL-2004 as
MAT0403D
ALL MAT0404CD SET THEORY AND NUMBER SYSTEM ALLM -- 4 AL-2004 as
MAT0404D
ALL MAT0405CD FUZZY SETS AND FUZZY LOGIC ALLM -- 4 AL-2004 as
MAT0405D
I MAT1421AA ALGEBRA, TRIGONOMETRY AND
VECTORS
AUCHE 5 4 AU-2013 as
MAT1421SA
II MAT2411AA CALCULUS AND SPECIAL FUNCTIONS AUPHY/
SUPHY
5 4 AU-2013 as
MAT2411SA
II MAT2421AA CALCULUS AUCHE 5 4 AU-2013 as
MAT2421SA
III MAE3441AA PREPARATORY COURSE IN MATHEMATICS FOR COMPETITIVE EXAMINATIONS
SUBBA 5 4
4
III MAT3411AA PARTIAL DIFFERENTIAL EQUATIONS,
STATISTICS AND COMPLEX ANALYSIS
AUPHY/
SUPHY
5 4
III MATQ3431AA APPLIED MATHEMATICS FOR BIOLOGISTS AUZOO/
SUBTE
5 4
III MATQ3432AA MATHEMATICS FOR BIOLOGISTS AUZOO 5 4
MAT2403CM ANALYTICAL GEOMETRY OF 3D
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire the basic concepts in three dimensional geometry
• express the equations of straight lines and planes in different forms
• apply the concepts in three dimensional geometry to solve problems
COURSE OUTLINE :
UNIT-I : 13 Hrs.
Equation of a plane – intercept form, normal form, angle between the planes, equation of a plane
through the line of intersection of two given planes, length of the perpendicular from a point to a
plane, equation of the planes bisecting the angle between the planes.
UNIT-II : 12 Hrs.
Straight lines: Equation of a straight line in symmetrical form, planes and straight lines
UNIT-III : 15 Hrs.
Coplanar lines, shortest distance between two lines, intersection of three planes, volume of a
tetrahedron.
UNIT-IV : 12 Hrs.
.General equation of a sphere, length of the tangent from a point to a sphere, plane section of a
sphere, intersection of two spheres, equation of a tangent plane to a sphere.
UNIT-V : 8 Hrs.
Cone - right circular cone , Cylinder - right circular cylinder, simple problems
TEXT BOOK(S)
ManicavachagomPillay T.K. and Natarajan T, A textbook of Analytical Geometry, Part II – 3
dimensions, Chennai, S. Viswanathan Printers & Publishers Pvt. Ltd, 2008, Chapters: I, II, III
(Page 46 to 71, 84 to 91), IV, V (Page 115 to 123, 134 to 139).
REFERENCE BOOK(S)
DipakChatterjee, Analytic solid Geometry, New Delhi, Prentice Hall of India, 2003.
Duraipandian P., LaxmiDuraipandian and Muhilan D, Analytical Geometry (3-D), Chennai,
Emerald Publishers, 1984.
Mathew K.C., Veeraragavan S. and Ragavan T., A text Book of Co-ordinate Geometry of Two
and Three Dimensions, New Delhi, Chand S and Company Ltd., 1984.
5
MAE3441AA PREPARATORY COURSE IN MATHEMATICS FOR COMPETITIVE
EXAMINATIONS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop speed and efficiency in solving problems.
• exhibit confidence to answer objective type questions
• acquire employability skills
COURSE OUTLINE :
UNIT-I : 15 Hrs.
Numbers, problems on numbers, highest common factor, least common multiple, indices and surds
UNIT-II : 20 Hrs.
Percentage, profit and loss, discount , ratio and proportion, time and work, time and distance.
UNIT-III : 15 Hrs.
Simple interest, compound interest, permutations, combinations, probability
UNIT-IV : 10 Hrs.
Sets, finite and infinite sets, Venn diagrams, set operations, simple problems
UNIT-V : 15 Hrs.
Matrices, types of matrices, operations on matrices, determinant of a square matrix, inverse of a
matrix, solution to system of linear equations.
TEXT BOOK(S)
Aggarwal R.S, Quantitiative Aptitude, New Delhi, S. Chand & Company Ltd, 2011, Chapters:
Chapters: 1, 2, 7,9, 10, 11, 12, 15, 17, 21, 22, 30, 31.
Rajagopalan S.P, Sattanthan R, Business Mathematics, New Delhi,, Vijay Nicole Imprints Private
Limited, 2005, Chapters: chapter 1 (STY .1 to STY.9, STY.20 to STY.33), chapter 11 (MAT .1 to
MAT.43).
MAT3401CM VECTOR ANALYSIS AND DIFFERENTIAL GEOMETRY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk. On successful completion of the course, the student will be able to
• explain the concepts in vector differentiation and integration.
• evaluate integrals using Gauss’, Green’s and Stoke’s theorems.
• calculate curvature and torsion of a curve
COURSE OUTLINE :
UNIT-I : 10 Hrs.
Vector Differentiation: Gradient, curl, divergence, solenoidal, irrotational, operators involving ∇
twice.
UNIT-II : 10 Hrs.
Vector Integration: Line integrals, volume Integrals, surface integrals.
UNIT-III : 10 Hrs.
Gauss divergence theorem, Green’s theorem in space
UNIT-IV : 15 Hrs.
Stoke’s theorem, Green’s theorem in plane and its applications
UNIT-V : 15 Hrs.
Differential Geometry: Tangent, principal normal, binormal, osculating plane, curvature, torsion,
Serret- Frenet formulae
6
TEXT BOOK(S)
Narayanan S. and ManicavachagomPillay T.K, Vector Algebra and Analysis, Madras,
Viswanathan printers and publishers private limited, 1995, Chapters: 4 to 6.
REFERENCE BOOK(S)
Arumugam S. and Thangapandi Isaac. A, Analytical Geometry of 3D and Vector Calculus,
Palayamkottai, New gamma publishing House, 2011.
Mittal S.C. and Aggarwal D.C, Differential Geometry, Meerut, Krishna Prakasham media (P) Ltd,
2003.
Seymour Lipschutz, Dennis Spellman, Murray R. Spiegel, Vector Analysis, New Delhi, Tata
McGraw Hill Education Private Limited, 2009.
MAT3402CM COMBINATORICS
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop abstract reasoning and apply enumeration techniques
• apply the concepts of permutations and combinations in solving practical problems
• interpret the problems in appropriate contexts and apply the principle of inclusion-exclusion and
recurrence relations to particular situations
COURSE OUTLINE :
UNIT-I : THE PIGEONHOLE PRINCIPLE 12 Hrs.
Simple form, strong form, theorem of Ramsey.
UNIT-II : PERMUTATIONS AND COMBINATIONS 12 Hrs.
Four basic counting principles, permutations of sets, combinations of sets, permutations of
multisets, combinations of multisets.
UNIT-III : THE PRINCIPLE OF INCLUSION AND EXCLUSION 12 Hrs.
The inclusion - exclusion principle, combinations with repetitions, derangements, permutations with
forbidden positions, another forbidden position problem.
UNIT-IV : RECURRENCE RELATIONS 15 Hrs.
Solution of finite order homogenous relations, solution of non-homogenous relations
UNIT-V : GENERATING FUNCTIONS 9 Hrs.
Generating functions, recurrences and generating functions.
TEXT BOOK(S)
Richard A. Bruald, Introductory Combinatorics, 4th edition, Noida, Pearson Education, 2011,
Chapters: 2, 3, 6 (6.1 to 6.5), 7 ( 7.4, 7.5).
Venkataram, M. K., Sridharan. N., Chandrasekaran. N, Discrete Mathematics, Chennai, The
National Publishing Company, 2001, Chapters: Chapter 5(Sections 3, 4, 5).
REFERENCE BOOK(S)
AlanTucker, Applied Combinatorics, 5th Edition, John Wiley and Sons U. K, 2010.
Apte D.P., Probability and Combinatorics, New Delhi, Anurag Jain for Excel Books, 2007.
Balakrishnan, V.K, Theory and Problems of Combinatorics, Singapore, Schaum’s outline series,
McGraw Hill Inc, 1995.
BhismaRao G.A.S, Discrete Structures and Graph Theory, Chennai, SciTech Publications, 2010.
Geetha, P., Discrete Mathematics, Chennai, SciTech Publications, 2007.
Sundaresan V, Ganapathy K, Discrete Mathematics, Sirkali, A.R. Publications, 2002.
7
MAT3411AA PARTIAL DIFFERENTIAL EQUATIONS, STATISTICS AND COMPLEX
ANALYSIS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognise the basic concepts in group theory
• acquire the skill of applying the statistical techniques in their discipline
• explain the fundamental principles of Complex Analysis
COURSE OUTLINE :
UNIT-I : PARTIAL DIFFERENTIAL EQUATIONS 15 Hrs.
Formation of partial differential equations, first order partial differential equations, methods of
solving first order partial differential equations, Charpit’s method.
UNIT-II : MEASURES OF CENTRAL TENDENCIES AND DISPERSION 15 Hrs.
Arithmetic mean, median, mode, quartiles, deciles, percentiles, range, quartile deviation, mean
deviation, standard deviation, coefficient of variation
UNIT-III : PROBABILITY 15 Hrs.
Probability, conditional probability, Baye’s theorem, Boole’s inequality
UNIT-IV : COMPLEX ANALYSIS 15 Hrs.
Complex numbers, conjugation and modulus, inequalities, square root, geometrical representation
of complex numbers, nth roots of complex numbers.
UNIT-V : ANALYTIC FUNCTIONS 15 Hrs.
Introduction, functions of a complex variable, limits, theorems on limits, continuous functions,
differentiability, Cauchy- Riemann equations, analytic functions, harmonic functions.
TEXT BOOK(S)
Arumugam S, and Thangapandi Isaac A, Differential Equations and Applications,
Palayamkottai, New Gamma Publishing House, 2003, Chapters: 4(Sections 4.1 –4.3,& 4.5).
Arumugam S, and Thangapandi Isaac A, Statistics, Palayamkottai, New Gamma Publishing
House, 2007, Chapters: Chapter 2 (Sections 2.0 – 2.3), Chapter 3 ( Sections 3.0 -3.1), Chapter 11.
ArumugamS, and Thangapandi Isaac. A, Complex Analysis, Palayamkottai, New Gamma
Publishing House, 2002, Chapters: Chapter 1(1.0 - 1.6), Chapter 2 ( 2.0- 2.8).
REFERENCE BOOK(S)
Venkatachalapathy, S.G, ComplexAnalysis, Chennai, Margham Publications, 2006.
Vital P.R, Mathematical Statistics, Chennai, Margham Publications, 2009.
MAT3501CM MODERN ALGEBRA
(Theory)
LEARNING OUTCOME : 6 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the basic concepts of groups, rings and fields
• solve problems based on these basic concepts
• apply the concepts to derive generalised results.
COURSE OUTLINE :
UNIT-I : 15 Hrs.
Groups:- Definition and examples, permutations, subgroups, cyclic groups, order of an element of a
group
8
UNIT-II : 20 Hrs.
Cosets and Lagrange’s theorem, normal subgroups, quotient groups
UNIT-III : 20 Hrs.
Isomorphism, automorphism, homomorphisms, fundamental theorem of homomorphism on groups.
UNIT-IV : 20 Hrs.
Rings:- Examples, properties, isomorphism, types of rings, characteristic of a ring, subrings, Ideals,
quotient rings, maximal and prime ideals, homomorphism of rings
UNIT-V : 15 Hrs.
Fundamental theorem of homomorphism in rings, field of quotients of an integral domain.
TEXT BOOK(S)
Arumugam S. and Thangapandi Isaac A, Modern Algebra, Chennai, Scitech Publication (India),
2008, Chapters: Chapter 3 ( 3.1, 3.4 to 3.11), Chapter 4 ( 4.1 to 4.11).
REFERENCE BOOK(S)
Surjeet Singh and QaziZameeruddin, Modern Algebra, Noida, Vikas Publishing House Pvt. Ltd,
2012.
Vasishtha A.R. and Vasishtha A.K, Modern Algebra, Delhi, KrishnaPrakashan Media (P) Ltd,
2006.
MAT3502CM STATISTICS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• classify and tabulate the given data
• compute measures of central tendency and measures of dispersion
• estimate a straight line and second degree parabola for the given data
• solve problems in correlation, regression and probability
COURSE OUTLINE :
UNIT-I : COLLECTION OF DATA AND MEASURES OF CENTRAL TENDENCY 15 Hrs.
Collection, tabulation of data, measures of central tendency - arithmetic mean, geometric mean,
harmonic mean, median, mode.
UNIT-II : MEASURES OF DISPERSION 18 Hrs.
Range, quartile deviation, mean deviation, standard deviation, coefficient of dispersion, moments,
Pearson’s coefficients, skewness and kurtosis.
UNIT-III : PRINCIPLE OF LEAST SQUARES 12 Hrs.
Fitting a straight line and second degree parabola, most plausible solution of a system of linear
equations.
UNIT-IV : CORRELATION AND REGRESSION 15 Hrs.
Karl Pearson’s correlation coefficient, correlation coefficient for a bivariate frequency distribution,
rank correlation, regression, lines of regression, angle between two lines of regression
UNIT-V : PROBABILITY 15 Hrs.
Axiomatic approach to probability, random experiment, independent events, Baye’s theorem,
Boole’s inequality, mathematical expectation.
TEXT BOOK(S)
Gupta S.C and Kapoor V.K, Elements of Mathematical Statistics, New Delhi, Sultan Chand and
Sons, 2009, Chapters: 2, 3, 4, 6 (6.1 to 6.8) 9, 10.
9
REFERENCE BOOK(S)
Arumugam S. and Thangapandi Isaac A, Statistics, Palayamkottai, New Gamma Publishing
House, 2007.
Gupta S.P., Statistical Methods, NewDelhi, Sultan Chand and sons, 2006.
MATQ3431AA APPLIED MATHEMATICS FOR BIOLOGISTS
(Allied course offered to II B.Sc. Zoology students with +2 Mathematics and all II B.Sc. Biotechnology students)
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply the basic mathematical techniques in Biosciences
• relate statistical concepts to the field of genetics
• solve problems in Biology using integration and differential equations
COURSE OUTLINE :
UNIT-I : FUNCTIONS AND FIBONACCI SEQUENCE 15 Hrs.
Linear, exponential, logarithmic, trigonometric and periodic functions, inverse functions, Fibonacci
sequence- recurrence relation and applications.
UNIT-II : MATRICES 12 Hrs.
Addition and multiplication of matrices, types of matrices, adjoint of a matrix, inverse of a matrix.
UNIT-III : INTEGRATION AND DIFFERENTIAL EQUATIONS 18 Hrs.
Standard elementary integrals, method of substitution, method of partial fractions, integration by
parts, solving differential equations of first order and first degree by variable separable method,
applications in Biology.
UNIT-IV : DIAGRAMMATIC REPRESENTATION OF DATA 15 Hrs.
Line diagram, bar diagram, simple bar diagram, divided bar diagram, percentage bar diagram,
multiple bar diagram, pie diagram, histogram.
UNIT-V : STATISTICS 15 Hrs.
Probability- sample spaces and events, addition rule, multiplication rule, applications in genetics,
measures of central tendencies - mean, median, mode, standard deviation.
TEXT BOOK(S)
Arumugam .S and Isaac. A, Ancillary Mathematics PAPER III, Palayamkottai, New Gamma
Publishing house, 2006, Chapters: 7 (7.1 ) (Pg 179 – 182).
Bataschelet .E, Introduction to Mathematics for life Scientists, New Delhi, Narosa Publishing
house, 1975, Chapters: Chapter 8 (8.5).
IrfanAlikhan and AtiyaKhanum, , Fundamentals of Biostatistics, Hyderabad, Ukaaz Publications,
2004, Chapters: 4: (4.2.1, 4.3.1, 4.4.1), Chapter 5: (5.3.3), Chapter 6: (6.3.1, 6.3.2, 6.4).
JagdishC.Arya and Robin W. Lardner, Mathematics for the Biological Sciences, New Delhi,
Prentice Hall international edition, 1979, Chapters: Chapter 1(1.4) Chapter 3 (3.1, 3.2),Chapter 5
(5.1, 5.4, 5.5), Chapter 6 (6.1, 6.2, 6.4, 6.6), Chapter 8 (8.1, 8.2, 8.4),Chapter 10 (10.1, 10.2, 10.3).
REFERENCE BOOK(S)
Arumugam. S and Isaac. A, Differential equations and applications, Palayamkottai, New
Gamma Publishing house, 1999.
PradeepParihar and LeenaParihar, Biostatistics and Biometry, Jodhpur, Student edition, 2005.
10
MATQ3432AA MATHEMATICS FOR BIOLOGISTS
(Allied course offered to II B.Sc. Zoology students without +2 Mathematics)
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply the basic mathematical techniques in Biosciences
• relate the statistical concepts to the field of genetics
• solve problems in Biology using differentiation
COURSE OUTLINE :
UNIT-I : FUNCTIONS AND FIBONACCI SEQUENCE 15 Hrs.
Linear, exponential, logarithmic, trigonometric and periodic functions, inverse functions, Fibonacci
sequence- recurrence relation and applications
UNIT-II : MATRICES 12 Hrs.
Addition and multiplication of matrices, types of matrices, adjoint of a matrix, inverse of a matrix.
UNIT-III : DIFFERENTIATION 18 Hrs.
Derivatives of power functions, products, quotients and composite functions, second derivative,
analysis of curves, maxima and minima with applications.
UNIT-IV : DIAGRAMMATIC REPRESENTATION OF DATA 15 Hrs.
Line diagram, bar diagram, simple bar diagram, divided bar diagram, percentage bar diagram,
multiple bar diagram, pie diagram, histogram.
UNIT-V : STATISTICS 15 Hrs.
Probability- sample spaces and events, Addition rule, multiplication rule, applications in genetics,
measures of central tendency - mean, median, mode, standard deviation
TEXT BOOK(S)
Arumugam .S and Isaac. A, Ancillary Mathematics PAPER III, Palayamkottai, New Gamma
Publishing house, 2006, Chapters: Chapter 7:1 (Pg 179 – 182).
Bataschelet E, Introduction to Mathematics for life Scientists, New Delhi, Narosa Publishing
house, 1975, Chapters: Chapter 8 : 8.5.
IrfanAlikhan and AtiyaKhanum, Fundamentals of Biostatistics, Hyderabad, Ukaaz Publications,
2004, Chapters: Chapter 6: (6.3.1,6.3.2, 6.4), Chapter 4: (4.2.1, 4.3.1, 4.4.1) , Chapter 5: (5.3.3).
JagdishC.Arya and Robin W. Lardner, Mathematics for the Biological Sciences, New Delhi,
Prentice Hall international edition, 1979, Chapters: Chapter 1(1.4), Chapter 2 (2.5, 2.6, 2.7, 2.8,
2.9) Chapter 3 (3.1, 3.2), Chapter 4 (4.1., 4.2, 4.3), Chapter 5 (5.1, 5.4, 5.5), Chapter 8 (8.1, 8.2,
8.4), Chapter 10 (10.1, 10.2, 10.3) .
REFERENCE BOOK(S)
PradeepParihar and LeenaParihar, Biostatistics and Biometry, Jodhpur, Student edition, 2005.
MAE3401AT PROGRAMMING WITH C++
(Lab cum Theory)
LEARNING OUTCOME : 3T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the concept of object oriented programming
• develop programming skills using the syntax involved in C++ programming
• analyze logically and write programs for problems
11
COURSE OUTLINE :
UNIT-I : TOKENS, EXPRESSIONS AND CONTROL STRUCTURES 7T + 4L Hrs.
Keywords, identifiers, constants, expressions, if statement, switch statement ,while, do…while, for
loops
UNIT-II : FUNCTIONS IN C++ 10T + 6L Hrs.
The main function, function prototyping, call by reference, return by reference, inline functions,
default arguments, constant arguments, function overloading, friend and virtual functions, math
library functions
UNIT-III : CLASSES, OBJECTS, CONSTRUCTORS AND DESTRUCTORS 10T + 7L Hrs.
Specifying a class, defining member functions, a C++ program with class, making an outside
function inline, nesting of member functions, private member functions, arrays within a class, static
member functions, arrays of objects, objects as function arguments, friend functions, constructors,
parameterized constructors, constructors with default arguments, destructors
UNIT-IV : OPERATOR OVERLOADING AND INHERITANCE 10T + 7L Hrs.
Defining operator overloading, overloading unary operators, overloading binary operators,
Overloading bineary operators using friend function, Rules for overloading operators. Inheritance -
defining derived classes, single inheritance, making a private member inheritable, multilevel
inheritance, multiple inheritance, abstract classes
UNIT-V : POINTERS, VIRTUAL FUNCTIONS, POLYMORPHISM AND FILES 8T + 6L Hrs.
Pointers to objects, this pointer, pointers to derived classes, virtual functions, classes for file stream
operations, opening and closing a file
EXPERIMENTS / LAB :
Programs in
• Conditional and looping statements
• Functions and its types
• Classes and objects
• Arrays of objects
• Inheritance
• Overloading and its types
• Constructors and destructors
TEXT BOOK(S)
Balagurusamy E, Object Oriented Programming with C++, New Delhi, Tata McGraw- Hill
publishing company limited,, 2012, Chapters: Ch .1( 1.1- 1.3), 3( 3.1 - 3.4, 3.19, 3.24), 4 (4.1 -
4.11), 5(5.3- 5.9, 5.11- 5.15), 6( 6.2, 6.3, 6.5, 6.11), 7( 7.2 - 7.4), 8(8.2 - 8.6, 8.10), 9 ( 9.1 - 9.5),
11(11.1 -11.3)..
REFERENCE BOOK(S)
Ravichandran D, Programming with C++, New Delhi, Tata McGraw- Hill publishing company
limited, 2002.
YashwantKanetkar, Let us C++, New Delhi, BPB Publications, 2006.
MAT3401AT PROGRAMMING IN C
(Lab cum Theory)
LEARNING OUTCOME : 3T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the basic principles of C programming.
• develop programming concepts to solve any problem.
• analyze logically and write programs confidently.
12
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO C 5T + 2L Hrs.
Introduction, constants, variables and data types, operators and expressions, input and output
operators.
UNIT-II : DECISION MAKING, BRANCHING AND LOOPING 10T + 10L Hrs.
Control statements - if, if-else, switch, goto, break, for, while, dowhile.
UNIT-III : ARRAYS AND FUNCTIONS 15T + 10L Hrs.
Arrays, functions, recursion, structure, union, bit fields, string functions
UNIT-IV : POINTERS 10T + 6L Hrs.
Pointer declaration, pointer arithmetic, pointer arrays, pointers with functions
UNIT-V : FILES 5T + 2L Hrs.
Defining and opening a file, closing a file, input/output operations on files
EXPERIMENTS / LAB :
• Operators
• Control Structures
• Arrays
• Functions
• Pointers
• Files
TEXT BOOK(S)
Balagurusamy E, Programming in ANSI C, New Delhi, Tata McGraw Hall Publishing Company
Limited, 2011, Chapters: Chapters: 1,2,3,5,6,7 (Sections 7.1 to 7.7), 8 , 9 (Sections 9.1 to 9.18), 10
(Sections 10.1 to 10.8, 10.10 to 10.12), 11(Sections 11.1 to 11.16), 12 (Sections 12.1 to 12.4)..
REFERENCE BOOK(S)
Pandiyaraja P, Programming in C, Chennai, S.Vishwanathan Printers and Publishers Limited,,
2005.
YashavantKanetkar, Let us C, New Delhi, BPB Publications,, 2007.
MAE4501CM DATA STRUCTURES AND ALGORITHMS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• categorize the different types of data structures
• apply appropriate data structures to process a given data
• formulate algorithms for application oriented problems
COURSE OUTLINE :
UNIT-I : ALGORITHM 10 Hrs.
Algorithmic notation, control structures, complexity of algorithms, other asymptotic notations for
complexity of algorithm, sub algorithms, variables, data types.
UNIT-II : ARRAYS, RECORDS AND POINTERS 20 Hrs.
Linear arrays, representation of linear arrays in memory,traversing linear arrays, inserting and
deleting, linear search, binary search, multidimensional arrays, pointers, pointer arrays, sparse
matrices, bubble sort, insertion sort, selection sort, merging, merge - sort, radix sort.
UNIT-III : LINKED LISTS 15 Hrs.
Linked lists, representation of linked lists in memory, traversing a linked list, searching linked list,
memory allocation, garbage collection, insertion into a linked list, deletion from a linked list, header
linked lists, two - way lists.
13
UNIT-IV : STACKS, QUEUES, RECURSION 15 Hrs.
stacks, array representation of stacks , linked representation of stacks, arithmetic expression,
polish notation, quick sort, an application of stacks, recursion ,Towers of Hanoi , implementation of
recursive procedures by stacks, queues, linked representation of queues, dequeues, priority
queues.
UNIT-V : TREES 15 Hrs.
Binary trees , representation of binary trees in memory , traversing binary trees , traversal
algorithms using stacks, binary search trees, searching and inserting in binary search trees,
deleting in a binary search tree , heap, heap sort, general trees, NP- complete
TEXT BOOK(S)
Ellis Horowitz and SartajSahini, Fundamentals of data structures, Gurgaon, GalgotiaBooksource,
1983.
Seymour Lipschutz and VijayalakshmiPai G A, Data Structures, Schaum’s outlines, New Delhi,
Tata McGraw- Hill Publishing Company limited, 2008, Chapters: 2, 4 (4.1 to 4.10, 4.13 to 4.14) 5, 6,
7 (7.1 to 7.5, 7.7 to 7.9, 7.17, 7.19), 9 ( 9.3 to 9.7).
REFERENCE BOOK(S)
Wirth Niklaus, Algorithms + Data Structures = Programs, New Delhi, Prentice Hall, 1985.
MAT4201SS QUANTITATIVE APTITUDE
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop computational skills in Mathematics
• practice speed in doing problems
• prepare themselves with confidence to face competitive exams
COURSE OUTLINE :
UNIT-I : 8 Hrs.
Numbers, problems on ages
UNIT-II : 7 Hrs.
Partnership, chain rule.
UNIT-III : 8 Hrs.
Problems on trains, boats and streams
UNIT-IV : 7 Hrs.
Calender, clocks, height and distances
TEXT BOOK(S)
Aggarwal R.S, Quantitative Aptitude, New Delhi, S.Chand and company Ltd, 2006, Chapters:
(Sections 1, 8,13,14,18,19, 27, 28, 34).
REFERENCE BOOK(S)
Eugene D.Jafle, GMAT (Graduates Management Admission Test), New Delhi-2, Galgotia
Publication Pvt.Ltd, 1996.
Samuel C.Brownstein, SAT (Scholastic Aptitude Test), New Delhi -2, Galgotia Publications (P)
Ltd, 1997.
Thomas H.Martinson, Super Course for the GMAT, New Delhi -2, Goyl Saab Publishers, 1998.
14
MAT4501CM LINEAR ALGEBRA
(Theory)
LEARNING OUTCOME : 6 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply the different concepts and methods in vector spaces and inner product spaces
• compute the inverse of a matrix, eigen values and eigen vectors of a matrix using Cayley Hamilton
theorem
• classify various kinds of lattices
COURSE OUTLINE :
UNIT-I : VECTOR SPACES 15 Hrs.
Definition, examples, subspaces, linear transformations, span of a set
UNIT-II : LINEAR INDEPENDENCE OF VECTORS 20 Hrs.
Linear independence, basis and dimension, rank and nullity, matrix of a linear transformation
UNIT-III : INNER PRODUCT SPACES 15 Hrs.
Definition, examples, orthogonality, orthogonal complement.
UNIT-IV : THEORY OF MATRICES 20 Hrs.
Algebra of matrices, types of matrices, inverse of a matrix, elementary transformations, rank of a
matrix, simultaneous linear equations, characteristic equation and Cayley Hamilton Theorem, eigen
values and eigen vectors of a matrix.
UNIT-V : BILINEAR FORMS AND LATTICES 20 Hrs.
Bilinear forms, quadratic forms, partially ordered sets, lattices, distributive lattices, modular lattices,
Boolean algebras.
TEXT BOOK(S)
Arumugam.S and ThangapandiIsaac.A, Modern Algebra, Chennai, Scitech Publications (India)
Pvt Ltd, 2003, Chapters: 5 to9.
REFERENCE BOOK(S)
Khanna.M.L, Modern Algebra, Meerut, New Delhi, Jai PrakashNath and Co., Educational
Publishers, 1991.
Sharma.S.D, Linear Algebra, Meerut , New Delhi, KedarNath Ram Nath and Co, 1997.
MAT4502CM GRAPH THEORY
(Theory)
LEARNING OUTCOME : 6 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the different types of graphs
• explain the various concepts of graphs such as connectedness and directed graphs
• relate the concept of colourability with planarity
COURSE OUTLINE :
UNIT-I : GRAPHS, SUBGRAPHS AND DIRECTED GRAPHS 20 Hrs.
Definitions and examples, degrees, subgraphs, isomorphism, Ramsey numbers, independent sets
and coverings, intersection graphs and line graphs, matrices, definitions and basic properties of
directed graphs
UNIT-II : OPERATIONS ON GRAPHS AND DEGREE SEQUENCES 15 Hrs.
Operations on graphs, degree sequences, graphic sequences
UNIT-III : CONNECTEDNESS AND TREES 20 Hrs.
Walks, trails, paths, connectedness, components, blocks, connectivity, characterization of trees,
centre of a tree
15
UNIT-IV : TRAVERSABILITY 15 Hrs.
Eulerian and Hamiltonian graphs, Matchings
UNIT-V : PLANARITY AND COLOURABILITY 20 Hrs.
Definition, properties, characterization of planar graphs, chromatic number, chromatic index, the
five - colour theorem
TEXT BOOK(S)
ArumugamS.andRamachandran S, Invitation to Graph Theory, Chennai, Scitech Publications Pvt
Ltd, 2005, Chapters: Chapters 2 to 7 Chapter 8(Sections 8.0 to 8.2),Chapter 9(Sections 9.0 to
9.2),Chapter 10 (Sections 10.0,10.1).
REFERENCE BOOK(S)
Choudum S. A, A first course in Graph Theory, New Delhi, Macmillan Publishing House, 2000.
Kumaravelu. S and SusheelaKumaravelu, Graph theory, Sivakasi, Janki Calendar Corporation,
1999.
MAT4503CM REAL ANALYSIS
(Theory)
LEARNING OUTCOME : 6 Hrs./Wk.
On successful completion of the course, the student will be able to
• describe the concepts of metric spaces, complete metric spaces, compactness and connectedness
• learn the technique of formal proof of theorems
• solve problems logically
COURSE OUTLINE :
UNIT-I : METRIC SPACES 20 Hrs.
Definitions, examples, bounded sets in a metric space, open balls, open sets, subspaces, interior of
a set, closed sets, closure, limit points and dense sets.
UNIT-II : COMPLETE METRIC SPACES AND CONTINUITY 20 Hrs.
Completeness, Cantor’s intersection theorem, Baire’s category theorem, definition of continuity,
properties of continuous functions, homeomorphism, uniform continuity, discontinuous functions on
R –definitions and examples only.
UNIT-III : CONNECTEDNESS 15 Hrs.
Definition and examples, connected subsets of R, connectedness and continuity.
UNIT-IV : COMPACTNESS 20 Hrs.
Compact spaces, compact subsets of R, equivalent characterizations for compactness,
compactness and continuity.
UNIT-V : COMPLETION OF A METRIC SPACE 15 Hrs.
Pointwise convergence, uniform convergence -definition and examples only, the metric space C [a,
b], contraction mapping theorem, completion of a metric space.
TEXT BOOK(S)
Arumugam.S and ThangapandiIsaac.A., Modern Analysis, Palayamkottai,, New Gamma
Publishers, 2012, Chapters: 2 to 6, Chapter7 (Sections 7.0, 7.1, 7.2, 7.4), Chapters 8,9.
REFERENCE BOOK(S)
Richard R.Goldberg, Methods of Real Analysis, New Delhi, Oxford and IBH Publishing Company,
1970.
Sharma J.N, Mathematical Analysis-I (Metric Spaces), Meerut, New Delhi, Manoj Printers, 1974-
75.
16
MAT4401CT PROGRAMMING WITH C++
(Lab cum Theory)
LEARNING OUTCOME : 3T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the concept of object oriented programming
• develop programming skills using the syntax involved in C++ programming
• analyze logically and write programs for problems
COURSE OUTLINE :
UNIT-I : TOKENS, EXPRESSIONS AND CONTROL STRUCTURES 7T + 4L Hrs.
Keywords, identifiers, constants, expressions, if statement, switch statement ,while, do…while, for
loops.
UNIT-II : FUNCTIONS IN C++ 10T + 6L Hrs.
The main function, function prototyping, call by reference, return by reference, inline functions,
default arguments, constant arguments, function overloading, friend and virtual functions, math
library functions
UNIT-III : CLASSES, OBJECTS, CONSTRUCTORS AND DESTRUCTORS 10T + 7L Hrs.
Specifying a class, defining member functions, a C++ program with class, making an outside
function inline, nesting of member functions, private member functions, arrays within a class, static
member functions, arrays of objects, objects as function arguments, friend functions, constructors,
parameterized constructors, constructors with default arguments, destructors.
UNIT-IV : OPERATOR OVERLOADING AND INHERITANCE 10T + 7L Hrs.
Defining operator overloading, overloading unary operators, overloading binary operators,
Overloading bineary operators using friend function, Rules for overloading operators. Inheritance -
defining derived classes, single inheritance, making a private member inheritable, multilevel
inheritance, multiple inheritance, abstract classes
UNIT-V : POINTERS, VIRTUAL FUNCTIONS, POLYMORPHISM AND FILES 8T + 6L Hrs.
Pointers to objects, this pointer, pointers to derived classes, virtual functions, classes for file stream
operations, opening and closing a file.
EXPERIMENTS / LAB :
• Conditional and looping statements
• Functions and its types
• Classes and object
• Array of objects
• Inheritance
• Overloading and its types
• Constructors and destructors
TEXT BOOK(S)
Balagurusamy E, Object Oriented Programming with C++, New Delhi, Tata McGraw- Hill
publishing company limited, 2012, Chapters: Chapter 1(1.1 to 1.3), 3( 3.1 to 3.4, 3.19, 3.24),4 (4.1
to 4.11), 5( 5.3 to 5.9, 5.11to 5.15), 6( 6.2, 6.3, 6.5, 6.11), 7( 7.2 to 7.5 & 7.7),8(8.2 to 8.6, 8.10), 9 (
9.1 to 9.5), 11(11.1 to 11.3).
REFERENCE BOOK(S)
Ravichandran D, Programming with C++, New Delhi, Tata McGraw- Hill publishing company
limited, 2002.
YashwantKanetkar, Let us C++, New Delhi, BPB Publications, 2006.
17
M.Sc. - Mathematics
PGM2421M ADVANCED OPERATIONS RESEARCH
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• relate the concepts in theory,computations and applications of Operation Research
• recognize advanced topics and their applications in Operations Research
• know the different models of Operations Research and analyze the algorithms in linear
programming
COURSE OUTLINE :
UNIT-I : DETERMINISTIC DYNAMIC PROGRAMMING 10 Hrs.
Recursive Nature of Computations in DP , Forward and Backward Recursion
UNIT-II : APPLICATIONS OF DYNAMIC PROGRAMMING 15 Hrs.
Cargo – Loading Model, Work Force Size Model, Equipment Replacement Model, Investment
Model
UNIT-III : UN CONSTRAINED NON LINEAR PROGRAMMING ALGORITHMS 10 Hrs.
Direct Search Method, Gradient Method
UNIT-IV : CONSTRAINED NON LINEAR PROGRAMMING ALGORITHMS 15 Hrs.
Separable Programming, Separable Convex Programming, Quadratic Programming
UNIT-V : 10 Hrs.
Chance-constrained Programming, Linear Combinations Method, SUMT Algorithm
TEXT BOOK(S)
Hamdy A. Taha, Operations Research: An Introduction, Eighth Edition, New Delhi, Prentice Hall
of India Pvt. Ltd, 2008, Chapters: 10 [ 10.1, 10.2, 10.3(10.3.1 – 10.3.4)],19.
REFERENCE BOOK(S)
KantiSwarup, P.K. Gupta, ManMohan, Operations Research, New Delhi, Sultan Chand and Co,
1996.
18
Evaluation Pattern
(UG)
Sem Course Code Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
I MAT1201FS COMMUNICATION SKILLS THROUGH MATHEMATICS AUMAT SUMAT
TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
I MAT1301FM TRIGONOMETRY AND THEORY OF EQUATIONS AUMAT SUMAT
TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 80 -- -- 2.30 --
I MAT1501CM DIFFERENTIAL EQUATIONS AUMAT SUMAT
TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II MAT2201FS COMMUNICATION SKILLS FOR MATHEMATICS AUMAT SUMAT
TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
II MAT2402CM SEQUENCES AND SERIES AUMAT TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II MAT2403CM ANALYTICAL GEOMETRY OF 3D AUMAT SUMAT
TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II MAE2401AT PROGRAMMING IN C SUMAT LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 100 -- -- 3.00 --
III MAT3401CM VECTOR ANALYSIS AND DIFFERENTIAL GEOMETRY AUMAT SUMAT
TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III MAT3402CM COMBINATORICS AUMAT SUMAT
TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III MAT3501CM MODERN ALGEBRA AUMAT SUMAT
TH 6 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
19
III MAT3502CM STATISTICS AUMAT SUMAT
TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III MAE3401AT PROGRAMMING WITH C++ SUMAT LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
III MAT3401AT PROGRAMMING IN C AUMAT LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
IV MAE4501CM DATA STRUCTURES AND ALGORITHMS SUMAT TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV MAT4201SS QUANTITATIVE APTITUDE AUMAT SUMAT
TH 2 -- -- -- -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV MAT4501CM LINEAR ALGEBRA AUMAT SUMAT
TH 6 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV MAT4502CM GRAPH THEORY AUMAT SUMAT
TH 6 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV MAT4503CM REAL ANALYSIS AUMAT SUMAT
TH 6 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV MAT4401CT PROGRAMMING WITH C++ AUMAT LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
Courses offered to other Departments (UG)
Sem Course Code Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
ALL MAT0402CD TRANSFORMATION GEOMETRY ALLM TH -- -- -- -- -- 1 30 2 30 -- -- -- -- 60 40 60 -- -- 2.00 --
ALL MAT0403CD CODING THEORY ALLM TH -- -- -- -- -- 1 30 2 30 -- -- -- -- 60 40 60 -- -- 2.00 --
ALL MAT0404CD SET THEORY AND NUMBER SYSTEM ALLM TH -- -- -- -- -- 1 30 2 30 -- -- -- -- 60 40 60 -- -- 2.00 --
20
ALL MAT0405CD FUZZY SETS AND FUZZY LOGIC ALLM TH -- -- -- -- -- 1 30 2 30 -- -- -- -- 60 40 60 -- -- 2.00 --
I MAT1421AA ALGEBRA, TRIGONOMETRY AND VECTORS AUCHE TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II MAT2411AA CALCULUS AND SPECIAL FUNCTIONS AUPHY/ SUPHY
TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II MAT2421AA CALCULUS AUCHE TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III MAE3441AA PREPARATORY COURSE IN MATHEMATICS FOR COMPETITIVE EXAMINATIONS
SUBBA TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III MAT3411AA PARTIAL DIFFERENTIAL EQUATIONS, STATISTICS AND COMPLEX ANALYSIS
AUPHY/ SUPHY
TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III MATQ3431AA APPLIED MATHEMATICS FOR BIOLOGISTS AUZOO SUBTE
TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III MATQ3432AA MATHEMATICS FOR BIOLOGISTS AUZOO TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
Evaluation Pattern of the Student (PG)
Sem Course Code Course Title Offer
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
Test Assn
Quiz Seminar
FLab Project
Fd.Work
Term/ Mini/ Viva Total
Theory Lab Viva
Exam Hrs.
TH LA No RM No RM No RM RM RM RM RM GM RM TH Lab
II PGM2421M ADVANCED OPERATIONS RESEARCH APMAT TH 4 -- 2 2
40 10
-- 1
-- 10
-- -- -- --
-- -- --
60 40 100 -- --
3.00 --
TH-Theory; LA-Lab; LT-Lab-cum-Theory; PR-Project; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
21
DEPARTMENT OF PHYSICS
PREAMBLE :
To equip the learners to face the current challenges in Higher Education, the Department of Physics
revised the Undergraduate curriculum to fit into the Integrated Curricular Model that the college evolved, in
2013. The course profile, the course content & the evaluation pattern of the first two semesters were
passed in the Academic Council meeting held on April 3, 2013 (Appendix “AU”).
The department is now presenting the course profile, course content & evaluation pattern for Semesters III
& IV of the Undergraduate programme of 2013 batch.
As the hours for Part I and II have increased to 6, the modified course profile, course content & evaluation
pattern for Semesters I & II of 2014 batch are being presented.
B.Sc. Physics with Computer Applications - Self-Financed
Course Profile
Sem. Course Code Course Title Hrs./
Week Credit Passed in
2014 Batch
I PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
CHE1401AA FUNDAMENTALS OF ORGANIC CHEMISTRY 5 4 AU-2013 as
CHE1401SA
PHY1201FS PHYSICS COMMUNICATIVE SKILLS 2 2
PHY1302FM FOUNDATION PHYSICS 4 3
PHY1501CM MECHANICS 5 5 AU-2013
VBC1001FV HEALTHY TRANSITION FROM ADOLESCENCE TO
ADULTHOOD
2 --
Total 30 20
II PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
MAT2411AA CALCULUS AND SPECIAL FUNCTIONS 5 4 AU-2013 as
MAT2411SA
PHY2201FS DATA ANALYSIS AND REPORTING SKILLS 2 2
PHY2502CM ELECTRONICS - I 5 5
PHY2202CP LAB - I 3 2
ELECTIVE ENVIRONMENTAL ELECTIVE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
Total 30 22
2013 Batch
III MAT3411AA PARTIAL DIFFERENTIAL EQUATIONS, STATISTICS AND
COMPLEX ANALYSIS
5 4
PHY3401CM WAVE OPTICS 4 4
PHY3402CM ELECTRICITY & MAGNETISM 4 4
PHY3403CT PROGRAMMING IN C 3T + 2L 4
PHY3201CP LAB PHYSICS - II 3 2
22
PHY3202CP LAB PHYSICS - III 3 2
ELECTIVE NON-MAJOR ELECTIVE 2 2
VOCATIONAL COURSE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
CLUB / ACADEMIC ADVISING 1 --
Total 30 25
IV PHY4401CM ELECTRONICS - II 4 4
PHY4402CM MATHEMATICAL PHYSICS 4 4
PHY4403CM ATOMIC & QUANTUM PHYSICS 4 4
PHYQ4501CM / NON- CONVENTIONAL ENERGY SOURCES / 5 5
PHYQ4502CM BASICS IN ASTROPHYSICS
PHY4201CP LAB PHYSICS - IV 3 2
PHY4201SP CONCEPTUAL PHYSICS THROUGH FOSS (LAB) 2 2
PHY4202CP LAB PHYSICS - V 3 2
ELECTIVE NON-MAJOR ELECTIVE 2 2
VBC0201FV /
VBC0202FV
WOMEN’S STUDIES /
HUMAN RIGHTS AND DUTIES
2 2
CLUB / ACADEMIC ADVISING 1 --
Total 30 27
B.Sc. - Physics with Computer Applications - Self-Financed
Course Profile
Sem. Course Code Course Title Hrs./
Week Credit Passed in
2014 Batch
I PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
PHY1201FS PHYSICS COMMUNICATIVE SKILLS 2 2
PHY1302FM FOUNDATION PHYSICS 4 3
PHY1501CM MECHANICS 5 5 AU-2013
PHE1401AT PROGRAMMING IN C 3T + 2L 4 AU-2013 as
PHE1401SA
VBC1001FV HEALTHY TRANSITION FROM ADOLESCENCE TO
ADULTHOOD
2 --
Total 30 20
II PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
MAT2411AA CALCULUS AND SPECIAL FUNCTIONS 5 4 AU-2013 as
MAT2411SA
PHY2201FS DATA ANALYSIS AND REPORTING SKILLS 2 2
PHY2502CM ELECTRONICS - I 5 5
PHY2202CP LAB - I 3 2
23
ELECTIVE ENVIRONMENTAL ELECTIVE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
Total 30 22
2013 Batch
III MAT3411AA PARTIAL DIFFERENTIAL EQUATIONS, STATISTICS AND
COMPLEX ANALYSIS
5 4
PHY3401CM WAVE OPTICS 4 4
PHY3402CM ELECTRICITY & MAGNETISM 4 4
PHE3401CT OBJECT ORIENTED PROGRAMMING FOR PHYSICISTS 3T + 2L 4
PHY3201CP LAB PHYSICS - II 3 2
PHY3202CP LAB PHYSICS - III 3 2
ELECTIVE NON-MAJOR ELECTIVE 2 2
VOCATIONAL COURSE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
CLUB / ACADEMIC ADVISING 1 --
Total 30 25
IV PHY4401CM ELECTRONICS - II 4 4
PHY4402CM MATHEMATICAL PHYSICS 4 4
PHE4501CM INTRODUCTION TO LAMP 6 5
PHY4201CP LAB PHYSICS - IV 3 2
PHY4201SP CONCEPTUAL PHYSICS THROUGH FOSS (LAB) 2 2
PHY4202CP LAB PHYSICS - V 3 2
PHE4201CP WEB DESIGNING LAB 3 2
ELECTIVE NON-MAJOR ELECTIVE 2 2
VBC0201FV /
VBC0202FV
WOMEN’S STUDIES /
HUMAN RIGHTS AND DUTIES
2 2
CLUB / ACADEMIC ADVISING 1 --
Total 30 25
Other Courses offered by the Department
Sem. Course Code Course Title Offered
To
Hrs./
Week Credit Passed in
ALL PHY0403CD PROBLEMS IN PHYSICS I ALLM -- 4
ALL PHY0404CD PROBLEMS IN PHYSICS II ALLM -- 4
I PHY1401AA GENERAL PHYSICS AUMAT/
SUMAT
5 4 AU-2013 as
PHY1401SA
II PHY2201NI ENVIRONMENTAL PHYSICS ALLM 2 2
III PHY3401AA BASIC PHYSICS AUCHE 5 4
24
PHY0403CD PROBLEMS IN PHYSICS I
(Self-Learning - Theory)
LEARNING OUTCOME :
On successful completion of the course, the student will be able to
• develop problem solving skills at an advanced level
• apply the knowledge of Mechanics, Wave Motions and Optics to real time situations
• recognize the use of mathematics in physics
COURSE OUTLINE :
UNIT-I :
Students are required to conceptualize and perform two experiments related to Newton’s laws
and its applications, momentum, rotational kinematics and dynamics
UNIT-II :
Students are required to conceptualize and perform two experiments related to angular
momentum, work, kinetic energy and potential energy
UNIT-III :
Advanced problems in oscillations & wave motion
UNIT-IV :
Advanced problems in interference, diffraction
UNIT-V :
Advanced problems in polarization
TEXT BOOK(S)
Halliday D, Resnick. R. and Krane K.S, Physics, 5th Ed, Volume I, New Delhi: John Wiley & Sons,
Inc, 2010, Chapters: 3, 5, 6, 8, 9, 10, 11, 12, 17, 18.
Halliday D., Resnick R., & Krane K.S, Physics, 5th edition, Volume 2, New Delhi: John Wiley &
Sons, Inc., 2010, Chapters: 41, 42, 44.
PHY0404CD PROBLEMS IN PHYSICS II
(Self-Learning - Theory)
LEARNING OUTCOME :
On successful completion of the course, the student will be able to
• develop problem solving skills at an advanced level
• acquire comprehensive knowledge on the applications Electricity and Magnetism
• recognize the use of mathematics in physics
COURSE OUTLINE :
UNIT-I :
Advanced problems in Coulomb’s law, Gauss law
UNIT-II :
Advanced problems in electric field and potential
UNIT-III :
Students are required to conceptualize and perform two experiments related to resistances,
capacitances and DC circuits
25
UNIT-IV :
Students are required to conceptualize and perform two experiments related to magnetic
force, magnetic field of a current
UNIT-V :
Advanced problems in Faraday’s law, inductance and alternating currents
TEXT BOOK(S)
D. Halliday, R. Resnick and K.S. Krane, Physics, 5th edition, Volume 2, New Delhi: John Wiley &
Sons, Inc, 2010, Chapters: 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 36, 37.
REFERENCE BOOK(S)
Alvin Halpern, 3000 solved Problems in Physics, New Delhi, Tata McGrawHill Publishing
Company Ltd, 2002.
Edward Gettys W., Frederick J.Keller & Malcolm J.Skove, Physics Classical and Modern, USA,
McGrawHill Publishing Company, 1989.
Morton M.Sternheim & Joseph W.Kane, General Physics, New Delhi, John Wiley & sons, 1986.
PHY1201FS PHYSICS COMMUNICATIVE SKILLS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop her vocabulary and reading with understanding
• write continuously in her own words
• assemble key points and develop a bulleted summary
COURSE OUTLINE :
UNIT-I : LISTENING 8 Hrs.
Listening to a paragraph / poem with Physics content to identify key points and concepts
(through objective type questions) – Focused Listening Tasks (using prompt questions to enhance
understanding) - Pre-Listening Activities (giving same questions before and after the listening task)
UNIT-II : SPEAKING 8 Hrs.
Speaking for few minutes on a chosen Physics topic – Tense –Voice: Active & Passive -
articles
UNIT-III : READING 7 Hrs.
Vocabulary building: specialized words in Physics and their English equivalent meaning -
Building understanding through ordering a paragraph according to a logical sequence -
Comprehension: Literal comprehension of a passage , drawing inferences , critical evaluation of
content through guided questions
UNIT-IV : WRITING 7 Hrs.
Developing hints to write an essay in a Physics topic – paraphrasing a passage through
guided tasks (skimming, identifying key points, connecting with previous knowledge) – Developing
bulleted summary
REFERENCE BOOK(S)
A Constantin M Kassab, Increasing the motivation for Physics using English as a medium of
teaching, Book of Abstracts, GIREP-EPEC Conference, Opatija, Croatia, Frontiers of Physics
Education, 2007.
26
WEBSITE(S) :
http://www.scribd.com/doc/925272/English-through-conceptual-Physics-LeThuyHang-
http://www.ets.org/Media/Tests/PRAXIS/pdf/0720.pdf
http://media.otago.ac.nz/r73SjLdJm2/793kw5L8/Effective_Reading_Strategies.pdf
http://www.edu.gov.on.ca/eng/studentsuccess/thinkliteracy/files/reading.pdf
http://www.au.af.mil/au/awc/awcgate/navy/writing_skills_test.pdf
http://www.bcc.cuny.edu/english/PDF/Student_Handbook_CATW.pdf
http://www.kent.ac.uk/careers/sk/written-communication.htm
STUDY MATERIAL(S) :
http://www.ph.utexas.edu/~gleeson/httb/httb.html - Eric Smith, -Fundamental Concepts of Century
Physics
Feynmann R.P., Leighton R.B. & Sands M, The Feynmann Lectures on Physics, Vol:1-6, Narosa
Publishing house, New Delhi, 1986.
Hugh D. Young, Roger A. Freedman, and A. Lewis Ford, University Physics with Modern Physics,
13th ed., Pearson Education, San Francisco, 2012.
Jerold Touger, Introductory Physics Building Understanding, Wiley India Pvt. Ltd. New Delhi, 2006
Paul G. Hewitt, Conceptual Physics, 6th ed., Harper Collins Publishers, USA. 1989
Resnick, Halliday and Krane, Physics, Vol. 1, 5th Edition , John Wiley & Sons (ASIA) Pvt. Ltd. New
Delhi, 2002.
Venkataraman G. and Vignettes in Physics (A series by Venkatraman), Universities Press (India)
Ltd. New Delhi, 1993 - 2001.
READING AND DISCUSSION IN CLASS:
Amrita Shah and Vikram Sarabhai: A Life, Penguin Books India , 2007
PHY1302FM FOUNDATION PHYSICS
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire knowledge of wave motion and energy transfer in Simple Harmonic Oscillators
• apply the principles of image formation for lenses
• use elementary mathematics in circuit analysis
• describe the basic principles of classical thermodynamics
COURSE OUTLINE :
UNIT-I : VIBRATIONS AND WAVES 12 Hrs.
Types of mechanical waves - periodic waves-mathematical description of a wave-speed of a
transverse wave - wave interference, boundary conditions and superposition - standing waves on a
string – normal modes of a string – resonance and sound- beats – the Doppler effect.
UNIT-II : OPTICS 12 Hrs.
The Nature of light-the two personalities of light- waves, wave fronts and rays-reflection and
refraction-the laws of reflection and refraction-index of refraction and the wave aspects of light- total
internal reflection- application of total internal reflection- dispersion- thin lenses-properties of a lens-
image of an extended object: converging lenses- diverging lenses-the lens maker’s equation
graphical methods for lenses
27
UNIT-III : HEAT AND THERMODYNAMICS 12 Hrs.
Temperature and thermal equilibrium –thermometers and temperature scales- gas
thermometers and Kelvin scale - thermal expansion-quantity of heat- Thermodynamic systems –
work done during volume changes-paths between thermodynamic states - internal energy and first
law of thermodynamics.
UNIT-IV : ATOMIC AND NUCLEAR PHYSICS 12 Hrs.
Bohr atom model – Energy levels – electron waves - Hydrogen energy levels in the Bohr atom
model – wave particle duality – probability – uncertainty – nuclear stability and radioactivity –
nuclear reactions – nuclear fission – nuclear fusion.
UNIT-V : DC & AC CIRCUITS 12 Hrs.
Resistors in series and in parallel- Kirchhoff’s rules-Electrical measuring instruments - RC
circuits-mutual inductance-self-inductance and inductors-magnetic field energy-the RL circuit-the
LC circuit-the LRC series circuit.
TEXT BOOK(S)
Hugh D. Young, Roger A. Freedman , A. Lewis Ford , Sears & Zemansky’s, University Physics
with Modern Physics, Thirteenth Edition, New Delhi: Pearson Education, 2013, Chapters: 15.1-
15.4,15.6-15.8,16.5,16.7,16.8,17.1-17.5, 19.1-19.4,26.1-26.4,30,33.1-33.4,34.4.
REFERENCE BOOK(S)
Harris Benson, University Physics, New Delhi, Wiley India (P) Ltd., 2008.
Jerold Touger, Introductory Physics - Building Understanding, New Delhi, Wiley India (P) Ltd.,
2006.
Resnick, Halliday, and Krane, Physics, 5th ed, Vol. 1, New Delhi, John Wiley & Sons, 2010.
Vincent P. Coletta, College Physics, Mussouri, Mosby- Year Book, 1995.
WEBSITE(S) :
Optics - http://www.upscale.utoronto.ca/GeneralInterest/Harrison/Flash/#optics
Waves - http://www.physicsclassroom.com/mmedia/#waves
[Heat and Thermodynamics - http://hyperphysics.phy-astr.gsu.edu/hbase/heacon.html
PHY2201FS DATA ANALYSIS AND REPORTING SKILLS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• interpret data graphically
• deduce mathematical relationship between variables
• identify uncertainties in measurements through computerized representation
• write an effective lab report
COURSE OUTLINE :
UNIT-I : IDENTIFYING THE NATURE OF GRAPHS 10 Hrs.
Recognizing mathematical relationships in different physical phenomena through graphs
(linear, parabolic, inverse, inverse square, log, exponential, sinusoidal etc.) – slope and area under
the curve and its physical interpretation – linearizing a non-linear curve
UNIT-II : PROCESSING RAW DATA 10 Hrs.
Decimal places and significant figures – precision and uncertainty - Identifying dependent and
independent variables – plotting data with appropriate scale – ignoring faulty data - curve fitting -
plotting with Excel – uncertainty in slope and intercept
28
UNIT-III : REPORTING SKILL 10 Hrs.
Analysis of experimental results-writing a guided lab report including abstract, introduction,
data analysis (mathematical and graphical) - conclusion and sources of error with hypothetical data.
REFERENCE BOOK(S)
John R. Taylor, An Introduction To Error Analysis The Study Of Uncertainties In Physical
Measurements, United states of America, University Science Books, 1982.
WEBSITE(S) :
http://mrnorton.com/assignment_caledar/GraphingStudentGuide.pdf
http://store.aqa.org.uk/qual/newgcse/pdf/AQA-4180-W-TRB-RL.PDF
http://www.staff.fcps.net/kgill/Physics/Graphing_Stu_Guide.pdf
http://www.visionlearning.com/library/module_viewer.php?mid=156#
http://www.howtodothings.com/education/online-guide-for-error-analysis-in-physics
http://nebula.deanza.edu/~newton/labskillsmanual/labskillsmanual.pdf
http://www.staff.fcps.net/kgill/Physics/Graphing_Stu_Guide.pdf
http://www.physics.pomona.edu/sixideas/labs/LRM/LR05.pdf
http://asaphysics.wikispaces.com/file/viewworksheet+interpreting+graphs+ans+key.pdf
http://panda.unm.edu/Courses/Saul/Physics1/1-ScienceReasoning/07_U1_Reading-sigfigs.pdf
http://modeling.asu.edu/Modeling-pub/Mechanics_curriculum/1-Sci%20Thinking/08_U1%20ws2.pdf
http://modeling.asu.edu/Modeling-pub/Mechanics_curriculum/1-Sci%20Thinking/05_U1%20ws1.pdf
http://www.phy.ilstu.edu/slh/Common%20Graph%20Forms.pdf
http://cmapspublic3.ihmc.us/rid=1221423161983_692379701_12565/A01%20-
%20Pos%20vs%20Time%20Graphs%20%26%20motion%20maps.pdf
http://kernphysics.wikispaces.com/file/view/WS+2+Position+v+Time+%26+Velocity+v+Time.pdf
http://modelinginstruction.org/wp-content/uploads/2012/04/Mechanics-Unit-2-sample-.pdf
http://www.ames.k12.ia.us/staff/elizabethbrenneman/sites/12-13/AP%20Physics%2012-
/Unit%201%20Kinematics%2012-13/Motion%20worksheets%20and%20keys.pdf
http://www.cusd200.org/2354201110175042790/lib/2354201110175042790/Unit_2_NEW_NEW.pdf
http://astro.pas.rochester.edu/~aquillen/phy103/Labs/old/P103LabManualF2007.pdf
PHY2201NI ENVIRONMENTAL PHYSICS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• relate the connection between physics and human environment [ni]
• recognize the structure, composition of the atmosphere and the global weather conditions [ni]
• identify the use of renewable energy resources
COURSE OUTLINE :
UNIT-I : PHYSICS IN HUMAN ENVIRONMENT 10 Hrs.
Laws of thermodynamics, - thermodynamics and the human body - Energy and metabolism -
Energy transfers: Concepts of Conduction, Convection, Radiation and Evaporation - Survival in
cold and hot climates
UNIT-II : THE URBAN ENVIRONMENT 10 Hrs.
Townscape – Energy in the city – Transportation – Water for urban environment – Lighting –
Urban pollution – Smog – Acid rain – Car as an urban pollutant – Noise pollution
29
UNIT-III : ENERGY FOR LIVING 10 Hrs.
World energy demand - World energy supplies – Basic concepts of Energy sources: Fossil
fuels, Nuclear power: Nuclear fission & fusion, Solar energy, Hydroelectric power, Tidal power ,
Biomass and biofuels, Geothermal power
TEXT BOOK(S)
Dželalija M, Lecture Notes on Environmental Physics, Split, 2004.
Nigel Mason and Peter Hughes, Taylor and Francis, Introduction to Environmental Physics:
Planet Earth, Life and Climate, London, 2001., Chapters: 2.1 , 2.2, 2.3.1, 2.3.3, 2.3.4, 2.4.1 -
2.4.4, 2.5, 2.6, 4.1 – 4.11, 5.1 - 5.5, 5.7, 5.8, 5.10 - 5.12.
REFERENCE BOOK(S)
Clare Smith, Environmental Physics, Haryana, Replica Press Pvt. Ltd, 2004.
Erach Bharucha, Text book of Environmental Studies,, Hyderabad,, UGC,University Press
(India) Pvt. Ltd, 2013.
PHY2502CM ELECTRONICS - I
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the development of electronics in discrete components
• develop a strong foundation in electronics
• design and analyze wave shaping, regulating, amplifier and switching circuits
• compare the functioning of unipolar and bipolar junction transistors
COURSE OUTLINE :
UNIT-I : INTRODUCTION AND DIODE CIRCUITS 20 Hrs.
Thevenin’s Theorem – Norton’s Theorem - The half- wave rectifier- The transformer- The full-
wave rectifier- The Bridge- rectifier- The Choke- input filter- The Capacitor- input Filter- -Clippers
and Limiters- Clampers- The Zener Diode- The Loaded Zener Regulator – Second approximation
of Zener Diode- Zener Drop- out point
UNIT-II : TRANSISTOR FUNDAMENTALS AND BIASING 20 Hrs.
The unbiased transistor – The biased transistor- transistor currents – The CE Connection -
The base curve- Collector Curves- Transistor Approximation -– Variation in Current gain – The
Load Line – The Operating Point - Recognizing Saturation – The transistor Switch- Emitter Bias -
The effect of small changes - Voltage- Divider Bias- Accurate VDB Analysis- VDB Load and Q
Point – Two- Supply Emitter Bias- Other Types of Bias - PNP transistor
UNIT-III : VOLTAGE AMPLIFIERS 15 Hrs.
Base- Biased Amplifier- Emitter- Biased Amplifier- small- Signal Operation- AC Beta- AC
Resistance of the Emitter Diode- Two transistor Models- Analysing an Amplifier- Voltage gain – The
Loading Effect of Input Impedance- Multistage Amplifier- Swamped Amplifier
UNIT-IV : POWER AMPLIFIERS 10 Hrs.
CC Amplifier - Output impedance - Darlington connections - amplifier terms – two load lines –
Class A operation – Class B operation – Class B push-pull Emitter Follower
UNIT-V : JFETS AND MOSFETS 10 Hrs.
JFETS- Basic ideas-Drain curves-The transconductance curve-Biasing in the Ohmic region-
Biasing in the active region - Transconductance-JFET amplifiers- The JFET analog switch-
30
MOSFETS-The depletion-mode MOSFET- D-MOSFET curves – The enhancement - mode
MOSFET - The ohmic region.
TEXT BOOK(S)
Albert P.Malvino, & David J. Bates, Electronic Principles, seventh edition, New Delhi: Tata
McGraw-Hill Publishing Company Ltd, 2009, Chapters: 1.5, 1.6, 4.1 – 4.6, 4.10, 4.11, 5.1- 5.4, 6.1
– 6.7, 7.1 – 7.6, 7.8, 8.1 -8.5, 8.7, 9.1 – 9.7, 10.1 – 10.4, 11.1, 11.2, 11.4, 12.1- 12.5, 13.1-13.8,
14.1, 14.2, 14.4, 14.5.
REFERENCE BOOK(S)
Bandyopadhyay T.K, Basic & Applied Electronics (Theory & Practical), Kolkata, Books and
Allied Pvt. Ltd, 2002..
Horowitz P. and Hill W, The Art of Electronics, 2nd ed, India, Cambridge University Press, 1989..
Jacob Millman and Christos C. Halkias, Electronic Devices and Circuits, New Delhi, Tata
McGraw-Hill Publishing Company Ltd, 2006.
John.D.Ryder, Electronic Fundamentals and Applications, 5th ed, New Delhi, Prentice-Hall of
India Private Ltd, 1989..
Kar R.K, Electronics (Classical and Modern), Kolkata, Books and Allied Pvt. Ltd, 2004.
Sedha R.S, A text book of Applied Electronics, Revised edition, New Delhi, S. Chand &
Company Ltd, 2013.
Theraja B.L, & Dr.Sedha.R.S, Principles of Electronic Devices and Circuits, Revised ed, New
Delhi, S.Chand & Company Ltd, 2011.
PHY2202CP LAB - I
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• practice handling basic measuring instruments
• recognize a few basic concepts in Mechanics , Optics and Electrical circuits
• develop the skill of observation and make meaningful conclusions and
• write an effective lab report
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
1. Handling basic laboratory instruments (screw guage, travelling microscope, spectrometer,
spherometer, CRO, multimeter, breadboard, colour code)
2. Study of LR & RC circuits
3. Study of network circuits with resistors (Thevenizing a circuit / Nortonizing a circuit)
4. Study of network circuits with resistors and reactances (parallel LCR circuit / series LCR
circuit)
5. Diode / Zener Diode characteristics
6. Clippers /Clampers
7. Study of Collisions
8. Study of rigid body oscillations (Torsional/bifilar/compound pendula)
9. Study of Frictional forces
10. Study of Refraction ( Lenses / Prisms)
11. Study of Lens system (simple and compound microscope/eye and its defects)
12. Phasor diagrams of LR, RC and LCR circuits
31
REFERENCE BOOK(S)
Bhattacharya C.K, University Practical Physics with Viva-Voce, New Delhi, CBS publishers and
distributors, 1984.
Chattopadhyay D, Rakshit P.C. & Saha B, An Advanced course in Practical Physics, 6th ed,
Kolkata, New Central Book Agency Pvt. Ltd, 2003.
Francis W.Sears, Mark W.Zemansky, & Hugh D.Young, College Physics, 4th ed, Singapore,
Addison-Wesley publishing company, 1974..
Grob .B, Basic Electronics, 8th ed, New Delhi, McGraw – Hill International Publications, 1989.
Gupta S.L & Kumar V, Practical Physics with Viva-Voce, 23rd ed, Meerut, Pragatiprakashan
publishers, 1998.
Malvino, Electronic Principles, 6th ed, New Delhi, Tata McGraw-Hill Publishing Company Ltd,
2005.
Ouseph C C, Rao U J and Vijayendran V, Practical Physics and Electronics, Chennai, S.
Viswanathan Printers & Publishers pvt. Ltd, 2011.
Palanisamy P K, Physics Laboratory Manual, Chennai, Scitech Publications (India) Pvt. Ltd,
2002.
PHY3401AA BASIC PHYSICS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply Newton’s laws to different physical systems
• interpret the concept of wave phenomena
• explain a range of electrical behavior
• relate electric and magnetic forces
COURSE OUTLINE :
UNIT-I : LINEAR DYNAMICS 15 Hrs.
Introduction- Measurements and Units-Motion: Displacement, Velocity-Acceleration –Constant
acceleration and equations of motion-Vectors-Vector components-Newton’s First law: Inertia and
the concept of force- Newton’s second and third laws-Application of Newton’s second and third
laws in two dimensions.
UNIT-II : MOMENTUM AND ROTATIONAL DYNAMICS 15 Hrs.
The law of conservation of energy-Impulse and momentum- Conservation of momentum-
momentum and center of mass-Circular motion-Universal law of gravitation- Measures of rotation-
angular velocity and angular acceleration-Torque and angular acceleration- Rotational kinetic
energy- Angular momentum
UNIT-III : WAVES AND OSCILLATIONS 15 Hrs.
Oscillations-Qualitative discussion of an oscillator-Forced oscillations and frequency
matching- Transverse and longitudinal waves- Periodic waves- Standing waves and superposition-
Sound waves- Resonance - Sources of musical sound-Wave optics: waves in two dimensions-
Young’s double slit experiment
UNIT-IV : ELECTRICITY 15 Hrs.
Electrical Phenomena: charges – Coulomb’s Law - Electron gas and the effect of uneven
charge distributions- Electric fields - Gauss’ law-Superposition of fields-Electric potential and
potential differences
32
UNIT-V : MAGNETISM 15 Hrs.
Introduction to Magnetic field- Connections between Magnetism and Electricity – Magnetic
forces: Quantitative treatment, circular motion- Dependence of magnetic field on its source-
Magnetic materials- Faraday’s law of electromagnetic induction- Lenz’s law
TEXT BOOK(S)
Jerold Touger, Introductory Physics - Building understanding, New Delhi: John Willey & Sons,
2006, Chapters: 1.1, 1.2, 2.2, 2.4, 2.5, 3.3, 3.4, 4.1, 4.3, 5.1, 5.2, 6.3, 7.1, 7.2, 7.5, 8.1, 8.3, 9.1-9.5,
13.1, 13.2, 13.7, 14.1, 14.3, 14.5-14.7, 15.2, 15.5, 18.1-18.3, 19.1, 19.2, 19.4, 19.6, 22.1-22.4,
22.7, 22.8, 23.2, 23.3, 23.5.
REFERENCE BOOK(S)
Douglas C. Giancoli, Physics, 4th ed, USA, Prentice Hall Inc, 1995.
Hans. C. Ohanian, Physics, USA, W. W. Norton & Company, 1985.
Hugh D. Young, Roger A. Freedman and A. Lewis Ford, University Physics with Modern
Physics, 13th ed, San Francisco, Pearson Education, 2012.
Resnick, Halliday, and Krane, Physics, 5th ed, Vol. 1, New Delhi, John Wiley & Sons, 2002.
Vincent P. Coletta, College Physics, Mussouri, Mosby- Year Book, 1995.
PHY3401CM WAVE OPTICS
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the phenomenon of interference, diffraction and polarization
• explain the working of optical instruments
• solve simple problems in interference, diffraction and polarization
COURSE OUTLINE :
UNIT-I : Interference 12 Hrs.
Wave nature of light – wavelength and frequency - coherence – Young’s double slit
experiment – Intensity distribution in double slit interference pattern – interference from thin films –
multiple films – antireflection coatings - Newton’s rings - Michelson’s interferometer
UNIT-II : Fraunhofer Diffraction 12 Hrs.
Diffraction – single slit diffraction – intensity distribution in single slit diffraction – Diffraction at
a circular aperture – The Airy pattern - Interference and diffraction at a double slit –Multiple slits –
Diffraction gratings – Dispersion and Resolving power.
UNIT-III : Fresnel Diffraction 12 Hrs.
Shadows – Fresnel’s half period zones – Diffraction by a circular aperture – Diffraction by a
circular obstacle – Zone plate – Apertures and obstacles with straight edges – strip division of the
wave front –cornu’s spiral –Fresnel’s integrals –the straight edge.
UNIT-IV : Polarization 12 Hrs.
Light as an electromagnetic wave – E and B fields - Polarization of Electromagnetic waves –
Plane polarized light - Polarizing sheets – Malus’ Law - Polarization by reflection – pile of plates
polarizer – polarization by double refraction (birefringence) – Wave plates - Circular Polarization –
Polarization by Scattering – polarization of sunlight by light scattering in the atmosphere.
UNIT-V : Optical Instruments 12 Hrs.
The Human eye - Magnifiers – Types of magnifiers – Spectacle lenses – Microscopes –
Microscope Objectives –Occulars and eyepieces –Astronomical Telescopes - Huygens eyepiece –
Ramsden eyepiece – Grating and Prism spectrometers.
33
TEXT BOOK(S)
Francis A. Jenkins and Harvey E.White, Fundamentals of Optics, 4th edition, USA: McGraw-Hill,
Inc., 2011, Chapters: 10.1,10.8-10.16; 18.1-18.5,18.7-18.11.
Resnick, Halliday and Krane, Physics, 5th edition, Vol-II, New Delhi: John Wiley & Sons Inc., 2010,
Chapters: 41, 42, 43.1-43.3, 44, 46.1.
REFERENCE BOOK(S)
Ajoy Ghatak, Optics, 3rd edition, New Delhi, Tata McGraw-Hill Publishing Company Limited, 2005.
Subrahmanyam N., BrijLal and Avadhaulu M.N., A Text Book Of Optics, NewDelhi, S.Chand &
Company Ltd, 2006.
PHY3402CM ELECTRICITY & MAGNETISM
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• explain the basics of electrostatics and magnetism
• interpret the dielectric behavior of matter in an electric field
• apply vector analysis to electricity
• calculate forces, fields and potentials related to physical situations
COURSE OUTLINE :
UNIT-I : ELECTRIC CHARGE AND FIELD 12 Hrs.
Electric charge - Nuclear model of the atom - Coulomb’s law –the electric field – electric field
of point charges – electric field of continuous charge distributions – electric field lines – a point
charge in an electric field – a dipole in an electric field
UNIT-II : GAUSS’ LAW 12 Hrs.
The flux of a vector field – the flux of the electric field – Gauss’ law – applications of Gauss’
law – Gauss’ law and conductors – experimental tests of Gauss’ law and Coulomb’s law
UNIT-III : ELECTRIC POTENTIAL 12 Hrs.
Potential energy – electric potential energy – electric potential – calculating the potential from
the field – potential due to point charge distributions – calculating the field from the potential –
equipotential surfaces – the potential of a charged conductor – the electrostatic accelerator
UNIT-IV : THE MAGNETIC FIELD 12 Hrs.
Magnetic dipoles – magnetic force on a moving charge – circulating charges – the Hall effect
– magnetic force on a current carrying wire – torque on a current loop
UNIT-V : ELECTRICAL PROPERTIES AND CAPACITANCE 12 Hrs.
A conductor in an electric field : dynamic conditions – ohmic materials – ohms law – Insulator
in an electric field - capacitors – capacitance – calculating the capacitance – capacitors in series
and parallel – energy storage in an electric field – capacitor with dielectric
TEXT BOOK(S)
Halliday, Resnick and Krane, Physics, 5th edition, Volume II, Singapore: John Wiley & Sons, 2010,
Chapters: 25.2, 25.4, 25.5, 26, 27, 28, 29.3-29.6, 30, 32.
REFERENCE BOOK(S)
Arthur F. Kip, Fundamentals of Electricity and Magnetism, Second edition, USA, McGraw-Hill
Inc, 1969.
Tewari K.K, Electricity and Magnetism, Second edition, New Delhi, S. Chand & Company Ltd,
1995.
34
PHE3401CT OBJECT ORIENTED PROGRAMMING FOR PHYSICISTS
(Lab cum Theory)
LEARNING OUTCOME : 3T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the use of different data structures
• develop logical thinking
• apply programming concepts in physics problems.
COURSE OUTLINE :
UNIT-I : Overview of C++ 9T + 6L Hrs.
Two versions of C++-C++ console/O-C++ comments- Classes:a first look-some differences
between C and C++ -introducing function overloading-C++ keywords-constructor and destructor
functions-constructors that take parameters-introducing inheritance-object pointers-classes,
structures and unions are related-in-line functions-automatic in-lining.
UNIT-II : CLASSES, ARRAYS AND POINTERS 9T + 6L Hrs.
Assigning objects-passing objects to functions-returning objects from functions-an introduction
to friend functions-arrays of objects-using pointers to objects- this pointer-using new AND delete-
more about new AND delete-references-passing references to objects-returning references-
independent references and restrictions.
UNIT-III : FUNCTION AND OPERATOR OVERLOADING 9T + 6L Hrs.
Overloading constructor functions-creating and using a copy constructor-the overload
ANACHRONISM-using default arguments-overloading and ambiguity-finding the address of an
overloaded function-the basics of operator overloading -overloading binary operators-overloading
the relational and logical operators-overloading the UNARY operator-using friend operator
functions-a closer look at the assignment operator-overloading the [ ] subscript operator.
UNIT-IV : INHERITANCE AND I/O SYSTEM 9T + 6L Hrs.
Base class access control - using protected members-constructors, destructors and
inheritance-multiple inheritance-virtual base classes-some C++ I/O basics-formatted I/O-using
width ( ), precision, and fill( )-using I/O manipulators-creating your own inserters-creating extractors
UNIT-V : VIRTUAL FUNCTIONS 9T + 6L Hrs.
Pointers to derived classes- introduction to virtual functions – more about virtual functions –
applying polymorphism.
EXPERIMENTS / LAB :
Programs on basic datatypes to understand the C++ environment
1. Force and Newton’s law
2. Applications of Newton’s law
3. Collisions, Impulse and Momentum
4. Systems of Particles
5. Rotational Kinematics
6. Projectile motion
7. Optics
8. Thermodynamics
9. Series-Parallel circuit analysis
10. Network analysis of dc circuits
35
TEXT BOOK(S)
Herbert schildt, Teach Youself C++, 5th Edition: Tata Mcgraw Hill, 2013, Chapters: 1 to 7,8,10.
REFERENCE BOOK(S)
E. Balaguruswamy, Object Oriented Programming with C++, 6th Edition, Tata Mcgraw Hill, 2013.
Yashavant P. Kanetkar, Let Us C++, 7th edition, Bpb Publications, 2012.
PHY3403CT PROGRAMMING IN C
(Lab cum Theory)
LEARNING OUTCOME : 3T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the use of different data structures
• acquire the skill of working with pointers
• apply programming concepts to solve Physics problems
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO C & DATA TYPES 9T + 6L Hrs.
Character Set – Constants, Variables and Keywords – Instructions - type declaration
instruction - control instructions – Data types: integer long and short, signed and unsigned – char -
float and double - storage classes: automatic, register, static and external
UNIT-II : CONTROL STRUCTURE 9T + 6L Hrs.
Decision control structure - if statement - if-else statement - use of logical operators -
conditional operators – loop control structure: loops - while loop - for loop: nesting of loops, multiple
initializations in the for loop - break statement - continue statement - do-while loop - case control
structure: decisions using switch - goto statement
UNIT-III : FUNCTIONS 9T + 6L Hrs.
Introduction to function - passing values between functions - scope rule of functions -
advanced features of functions: function declaration and prototypes - call by value and call by
reference - Pointers - pointer notation - recursion
UNIT-IV : ARRAYS AND POINTERS 9T + 6L Hrs.
Array initialization – pointers and arrays – Two dimensional array: initialization - memory map
- pointers - three dimensional array – array of pointers
UNIT-V : STRINGS & STRUCTURES 9T + 6L Hrs.
String concepts – standard library string functions – two dimensional array of characters –
array of pointers to strings –Structures: declaring a structure – accessing structure elements –
array of structures – additional features and uses of structures
EXPERIMENTS / LAB :
PROGRAM EXERCISES ON THE FOLLOWING :
1. Force and Newton’s law
2. Applications of Newton’s law
3. Collisions, Impulse and Momentum
4. Systems of Particles
5. Rotational Kinematics
6. Projectile motion
7. Optics
8. Thermodynamics
9. Series-Parallel circuit analysis
10. Network analysis of dc circuits
36
TEXT BOOK(S)
Yashavant P. Kanetkar, Let Us C, 13th Edition: Bpb Publications, 2013, Chapters: 1-10.
REFERENCE BOOK(S)
E. Balagurusamy, Programming in ANSI C, 6th Edition, Tata Mcgraw Hill, 2012.
Herbert Schild, The Complete Reference, 4th edition, Tata Mcgraw Hill, 2012.
Yashavant P. Kanetkar, Understanding Pointers in C, 4 th edition, Bpb Publications.
PHY3201CP LAB PHYSICS - II
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• employ the principles of measurement and error analysis
• develop skills in experimental design
• analyze observations and make meaningful conclusions
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
A minimum of 10 experiments tro be done
1. Melde’s string – Standing waves
2. Coefficient of viscosity by flow method
3. Surface tension by capillary rise method
4. Resolving power of telescope
5. Pitch acuity of human ear
6. Damped simple harmonic motion
7. Comparing EMF of two batteries using potentiometer
8. Absolute value of capacitor using BG
9. Electrochemical equivalence of copper
10. Determination of Young’s modulus of the given material
11. Specific heat capacity of a solid using calorimeter
12. Magnetic field due to a current carrying straight wire
REFERENCE BOOK(S)
Arora C.L., B.Sc.Practical Physics, New Delhi, S.Chand& company Ltd, 2011.
Chattapadhyay D and Rakshit P.C., An Advanced course in Practical Physics, 7th ed, Kolkatta,
New Central Book Agency Pvt., Ltd., 2005.
Gupta S.L & V.Kumar, Practical Physics, 25th ed, Meerut, Pragatiprakashan Publication, 2002.
Ouseph C.C., Rao U.J. and ViyayendranV., Practical Physics and Electronics, Chennai,
S.Viswanathan Printers and Publishers Pvt., Ltd, 2010.
37
PHY3202CP LAB PHYSICS - III
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the process of converting ac signals to dc
• acquire the basics of the designing of voltage, current and power amplifiers using transistors and
JFETS
• analyze the observation and arrive at meaningful conclusions.
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
A minimum of 10 experiments to be done
1. Full wave rectifier / Bridge rectifier & Filter
2. Voltage Regulator using Zener Diode
3. Voltage Regulator using IC (e.g. IC 7812)
4. Study of logic gates using diodes
5. Transistor biasing- Base bias & Voltage divider bias
6. Transistor biasing – Emitter feedback / Collector feedback & Emitter collector feedback
bias
7. Emitter follower / Source follower
8. CE / CS amplifier
9. Swamped amplifier
10. Study of Darlington pair
11. Push pull amplifier
12. JFET Switch (Series and shunt)
REFERENCE BOOK(S)
Albert P. Malvino and David J. Bates, Electronic Principles, 7th edition, New Delhi, Tata McGraw-
Hill Publishing Company Ltd, 2009.
Grob .B, Basic Electronics, 10th ed, New Delhi, Tata McGraw-Hill Publishing Company Ltd, 2007.
Jacob Millman and Christos C. Halkias, Electronic Devices and Circuits, New Delhi, Tata
McGraw-Hill Publishing Company Ltd, 2006.
PHE4501CM INTRODUCTION TO LAMP
(Theory)
LEARNING OUTCOME : 6 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the use of the web server
• develop static and interactive web pages
• apply open source principles
COURSE OUTLINE :
UNIT-I : LINUX AND APACHE 20 Hrs.
Linux: Introduction to Linux –History of Linux-Installation of Linux-Installation and
Configuration of LAMP-Basic Commands- Directory Structure-Runlevel and rc Scripts-File System
Basics-File Permissions -Apache WebServer-Apache configuration files-Virtual hosting on Apache-
Web server security.
38
UNIT-II : LINUX &MYSQL 15 Hrs.
Linux Mysql / Apache / PHP Integration (rpm) - source Installation –Database Model- SQL
Operations – SQL commands: Create, insert, delete, update, where- Version Change Logs - Linux
Mysql backup - Linux Mysql Admin Interfaces - Admin: phpMyAdmin / Webmin
UNIT-III : WORKING WITH STRINGS & FORMS 20 Hrs.
Formatting strings with PHP-Investigating strings with PHP-Manipulating Strings with PHP-
Using DATE and TIME functions in PHP-other string,date and time functions-Creating simple input
form-Accessing form input with user-defined arrays-combining HTML and PHP code on single
page-Using hidden fields to save state-Redirecting the user- sending mail on Form Submission-
Working with file uploads
UNIT-IV : WORKING WITH FUNCTIONS & ARRAYS 20 Hrs.
What is a function-calling Functions-Defining a function-Returning value from user defined
functions-variable scope-saving state between Function calls with static statement-more about
Arguments –testing existence of function-What are arrays-Creating Arrays-some ARRAY-Related
functions
UNIT-V : PHP AND MYSQL INTEGRATION 15 Hrs.
Understanding good database design- The importance of good database design-Types of
table relationships-Understanding Normalization-what are transactions and stored procedures-
MySQL versus MySQLi functions-Connecting MySQL using PHP
TEXT BOOK(S)
Julie C.Meloni, Sams Teach yourself PHP, MySQL and Apache, 5th Ed, New Delhi: Pearson
Publishing, 2012, Chapters: 7,8,10, 11, 15,16, 17,18.
Richard Petersen, Fedora 7 &Red Hat Enterprise Linux, The Complete Reference, USA,: Tata
McGraw-Hill Edition, 2010, Chapters: 1, 2,23.
REFERENCE BOOK(S)
Ed Lecky-Thompson, HeowEide-Goodman, Steven D.Nowicki & Alec Cove, Professional PHP5,
New Delhi, Wiley Publishing, 2012.
Lynn Beighley & Michael Morrison, Head First PHP & MySQL, O’REILLY, New Delhi, SHROFF
PUBLISHERS, 2012.
Partrick Galbraith, Developing Web Applications with Apache, MySQL, memcached, and Perl,
New Delhi, Wrox publishers, 2012.
PHY4401CM ELECTRONICS - II
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the development of ICs in electronics
• develop a strong foundation in electronics
• use differential amplifier in building op-amps.
• design and analyze linear and non linear op-amp circuits
COURSE OUTLINE :
UNIT-I : DIFFERENTIAL AMPLIFIERS 12 Hrs.
The long-tailed pair - The differential amplifier – DC analysis of a differential amplifier – AC
analysis of a differential amplifier- characteristics of the differential amplifier – common mode gain –
The current mirror- the loaded differential amplifier
39
UNIT-II : OPERATIONAL AMPLIFIERS 12 Hrs.
Introduction to Op Amps -The 741 Op Amp – The Inverting amplifier – The noninverting
amplifier – Two Op Amp Applications – Four types of negative feedback– bandwidth - Inverting
amplifier circuits – Noninverting amplifier circuits – Inverter/Noninverter circuits
UNIT-III : LINEAR OP-AMP CIRCUITS 12 Hrs.
Differential amplifiers –Summing amplifier circuits –Active Filters - Ideal responses – Passive
filters – First order stages – VCVS Unity Gain second order low pass filters – VCVS High Pass
filters.
UNIT-IV : NONLINEAR OP-AMP CIRCUITS 12 Hrs.
Comparators with zero reference – comparators with nonzero references – comparators with
Hysteresis – Window comparator – The Integrator – Waveform Conversion – Waveform Generation
- The Differentiator.
UNIT-V : OSCILLATORS 12 Hrs.
Theory of Sinusoidal Oscillation – The Wien-Bridge oscillator –The Colpitts Oscillator - Quartz
Crystals – The 555 Timer – Astable operation of the 555 timer
TEXT BOOK(S)
Albert P.Malvino, & David J. Bates, Electronic Principles, seventh edition, New Delhi: Tata
McGraw-Hill Publishing Company Ltd, 2009, Chapters: 17.1-17.5, 17.7,17.8, 18.1-
18.5,19.1,19.7,20.1-20.4,20.6,21.1,21.3,21.4,21.5, 21.8,22.1-22.7,22.10, 23.1, 23.2, 23.4, 23.6-
23.8.
REFERENCE BOOK(S)
John.D.Ryder, Electronic fundamentals and applications, Fifth edition, New Delhi, Prentice-Hall
of India Private Ltd, 1999.
Ramakant A. Gayakwad, Op-Amps and linear integrated circuits, Fourth Edition, New Delhi, PHI
Learning private Ltd, 2000.
Salivahanan S, & KanchanaBhaaskaran V.S, Linear Integrated Circuits, seventh reprint, New
Delhi, Tata McGraw-Hill Publishing Company Ltd, 2011.
Sedha R.S, A text book of Applied Electronics, Revised edition, New Delhi, S.Chand &Company
Ltd, 2013.
PHY4402CM MATHEMATICAL PHYSICS
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• illustrate the difference and similarities between different mathematical series
• identify the use of complex numbers in explaining physical realities
• recognize the applications of integrals in solving physics problems
• apply the basic concepts of vectors to physical systems
COURSE OUTLINE :
UNIT-I : Applications of Matrices 6 Hrs.
Linear combinations, Linear functions, Linear operators: Linear transformations and
Orthogonal transformations - eigenvalues and eigenvectors
UNIT-II : Power Series 6 Hrs.
Power series; interval of convergence-Theorems about power series-Techniques for obtaining
power series expansions-Multiplication of a series by a polynomial or by another series-Division of
two series or of a series by a polynomial-Binomial series
40
UNIT-III : Complex numbers 12 Hrs.
Complex algebra-Complex infinite series-Complex power series; circle of convergence-
Elementary functions of complex numbers-The exponential and trigonometric functions-Hyperbolic
functions-Logarithms- Inverse trigonometric and hyperbolic functions-Some applications
UNIT-IV : Vector Analysis 18 Hrs.
Vectors-Fields-Directional derivative; gradient-some other expressions involving gradient -Line
integrals-Green’s theorem in the plane-The divergence and the divergence theorem-The curl and
Stokes’ theorem
UNIT-V : Applications of Multiple Integrals 18 Hrs.
Introduction-Double and triple integrals-Applications of integration; single and multiple
integrals
TEXT BOOK(S)
Mary L. Boas, Mathematical Methods in the Physical Sciences, 3rd Ed, New York: John Wiley &
Sons, 2007, Chapters: 1.10,1.11,1.13,2.5-2.8,2.11-2.13,2.15,2.16,3.4,3.7,3.11,6.5-6.11,5.1-5.3.
REFERENCE BOOK(S)
Charlie Harper, Introduction to Mathematical Physics, Second edition, New Delhi, Prentice Hall
of India, Private limited, 2007.
Gupta B.D, Mathematical Physics, Third Edition, Delhi, Vikas Publication House Pvt Ltd, 2004.
Sathya Prakash, Mathematical Physics, 4th edition, New Delhi, Sultan Chand, 2002.
Weber & Arfken, Essential Mathematical Methods For Physicists, New Delhi, Academic Press,
2005.
PHY4403CM ATOMIC & QUANTUM PHYSICS
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• compare the wave and particle nature of matter and radiation
• recognize the development of structure of atoms from a semi classical model
• apply quantum mechanical solutions to simple systems
COURSE OUTLINE :
UNIT-I : PARTICLE NATURE OF LIGHT 12 Hrs.
Introducing the photon - thermal radiation - the photoelectric effect - the Compton effect - pair
production - the photon revealed - photons and waves - slowing down atoms by photon
bombardment
UNIT-II : WAVE NATURE OF MATTER 12 Hrs.
Matter waves - experimental verification of DeBroglie’s hypothesis - waves and particles -
Heisenberg’s uncertainty principle - the wave function
UNIT-III : ELECTRONS IN POTENTIAL WELLS 12 Hrs.
Schrodinger’s equation-barrier tunneling - Electrons, free and bound-an electron trapped in a
potential well-an electron trapped in a finite well-an electron trapped in an atom
UNIT-IV : ATOMIC STRUCTURE 12 Hrs.
The ground state of the Hydrogen Atom – Angular Momentum of electrons in atoms – An
excited state of the hydrogen atom – Counting the states of hydrogen - The X-ray spectrum of
Atoms – X-rays and the numbering of the elements – Building atoms – The periodic table
41
UNIT-V : EXPERIMENTAL APPLICATIONS 12 Hrs.
Intrinsic Spin – The stern - Gerlach experiment –The Zeeman Effect – Fine structure - Nuclear
magnetic resonance –Lasers
TEXT BOOK(S)
Halliday D, Resnick. R. and Krane K.S, Physics, Vol.2, 5th edition, New Delhi: John Willey& sons,
2010, Chapters: 45, 46, 47, 48.1-48.4,48.7,48.9.
Kenneth Krane, Modern Physics, 2nd edition, New Delhi: John Willey& sons, 1998, Chapters: 3.5,
7.5 , 7.8.
REFERENCE BOOK(S)
Acosta V et. al, Essentials of Modern Physics, New York, Harper International Edition, 1976.
Arthur Beiser, Concepts of Modern Physics, 6th edition, New Delhi, Tata McGraw-hill, 2003.
Aruldhas.G & Rajagopal.P, Modern Physics, New Delhi, Prentice-Hall of India Private limited,
2005.
Mathews.P.M & Venkatesan.K, A text book of Quantum Mechanics, New Delhi, Tata McGraw
Hill, 2010.
PHY4501CM NON- CONVENTIONAL ENERGY SOURCES
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• compare different forms of energy
• acquire knowledge of different methods of harvesting energy
• recognize the use of alternate sources of energy
COURSE OUTLINE :
UNIT-I : SOLAR ENERGY 15 Hrs.
The Sun -The Earth - Sun Earth radiation spectra – Extraterrestrial and Terrestrial Radiations-
Solar time- Basic Sun-Earth Angles-Solar Radiation Data - Measurement of Solar Radiation data-
Solar collectors-Solar water Heater-Solar cookers-Solar Greenhouse effect - Solar Cell
fundamentals – a typical solar electric installation for home (solar panels, battery and inverter)
UNIT-II : WIND ENERGY 15 Hrs.
Origin of wind - Nature of wind - Wind Turbine Siting - Major Applications of Wind Power- Main
components of the horizontal axis wind turbine -Wind Energy Conversion systems - Wind–Diesel
Hybrid System.
UNIT-III : BIOMASS ENERGY 15 Hrs.
Introduction -Photosynthesis Process-Biofuels-Biomass Resources-Biomass conversion
technologies-Urban Waste to Energy Conversion –Biomass Gasification –Biomass to Ethanol
production-Biogas Production from Waste Biomass.
UNIT-IV : GEOTHERMAL ENERGY AND OCEAN ENERGY 15 Hrs.
Applications-Origin and Distribution of Geothermal Energy-Types of Geothermal sources-
Exploration and Development of geothermal Resources- Tidal energy-Wave Energy-Ocean
Thermal Energy-Thermoelectric power from waste heat
UNIT-V : CHEMICAL ENERGY SOURCES 15 Hrs.
Fuel cells- design and principle of operation of a fuel cell- Classification of fuel cells- Types of
Fuel cells-Hydrogen and fossil fuel cell- Advantages and disadvantages of fuel cells- Batteries
Introduction- basic battery theory-Different types of battery arrangement- classification of batteries
42
– Lead-Acid battery - Nickel cadmium battery – Li-ion battery – batteries used in portable devices
(laptops, cell phones, pace makers) - Hydrogen energy.
TEXT BOOK(S)
Khan B.H, Non Conventional Energy Resources, New Delhi: Tata McGraw –Hill Publishing
Company limited, 2006, Chapters: 4.2- 4.5, 4.7, 4.8, 4.12 ,4.16 ,5.2, 5.3, 5.7, 5.9, 6.2, 7.2 -7.5,
7.8.1-1, 7.9, 7.10, 8.1- 8.9, 9.2-9.5,10.2-10.4, 11.3.
Rai G.D, Non Conventional Energy Sources, 4thEdition, New Delhi: Khanna Publishers, 2009,
Chapters: 10.2.2 -10.2.5, 10.3.1, 10.3.2, 10.3.5, 10.3.6.
REFERENCE BOOK(S)
Chauhan D.S.and Srivastava S.K, Non-conventional energy resources, II edition, New Delhi,
New Age International (P) Ltd, publishers, 2006.
Hasan Saeed S. and Sharma D.K, Non-Conventional Energy Resources, NewDelhi, S.K.Kataria
&Sons publications, 2008.
Singal R.K, Non-conventional energy resources, New Delhi, International Publishing House
Pvt.Ltd, 2009.
Sukhatme.S.P, Solar energy, II edition, New Delhi, Tata McGraw –Hill Publishing Company
limited, 2005.
PHY4502CM BASICS IN ASTROPHYSICS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the principles involved in astrophysical measurements.
• identify the basic principles behind the formation, evolution and death of stars.
• explain the different theories of the origin of universe.
COURSE OUTLINE :
UNIT-I : MEASUREMENT TOOLS OF ASTRONOMY AND OUR SOLAR SYSTEM 12 Hrs.
The refracting telescope - reflecting telescope – new technology telescopes – the CCD-
spectrographs-radio telescopes - Terrestrial and Jovian planets
UNIT-II : OUR SUN AND INTERPLANETARY VAGABONDS 18 Hrs.
The photosphere – the chromosphere – the corona – sunspots and the sunspot cycle –
energy production in the Sun’s core – Bode’s law – asteroids and asteroid belt – Jupiter and Trojan
asteroids – asteroid collisions Classification of meteorites – meteorites and the formation of the
solar system – comets - cometary dust and meteor showers.
UNIT-III : NATURE OF STARS 15 Hrs.
Stellar distances and velocities – absolute magnitude and luminosity – the luminosity function
– star colors and Surface temperatures - spectral classification - The HR diagram – luminosity
classes
UNIT-IV : STELLAR EVOLUTION 15 Hrs.
The interstellar medium – dark nebulae and proto stars – main sequence stars – leaving the
main sequence – red giants – AGB stars and planetary nebulae – dying low mass stars – white
dwarfs – heavy element synthesis – supernovae – pulsars and neutron stars – properties of
neutron stars – black holes.
UNIT-V : GALAXIES AND COSMOLOGY 15 Hrs.
Dust and interstellar extinction – the size of the galaxy and the sun’s location – the spiral
43
structure of the galaxy – the sun’s orbit about the galactic center – star formation and spiral arms –
the distances to galaxies – the Hubble classification – the Hubble law – our expanding universe –
the big bang – the cosmic micro-wave background
TEXT BOOK(S)
William J.Kaufman III, Roger A. Freedman, and Robert M.Geller, Universe, 9th edition, USA: W.H.
Freeman Company, 2011, Chapters: 6.1-6.6, 7.1,15, 16.5-16.10, 17,18,19,20,21,22,23,24,25,26.
REFERENCE BOOK(S)
Abhayankar K.D, Astrophysics: Stars and Galaxies, India, Universities Press, 2001.
Baidyanath Basu, TanukaChattopadyay and SudhindraNath Biswas, An introduction to
Astrophysics, second edition, New Delhi, PHI learning private Ltd, 2011.
Michael A. Seeds, Foundations of Astronomy, USA, Brooks/Cole Thomson learning, 2001.
Srinivasan G, Can stars find peace?, India, Universities Press, 2011.
PHE4201CP LAB ON LAMP
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply theoretical principles of web designing practically
• develop the skill to install Open source software.
• acquire confidence in working with Mysql and PHP
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
1. Installation of Linux
2. Installation of tasksel (Php,Mysql,Phpmyadmin)
3. Configuring apache
4. Basic commands in Linux
5. File permission in Linux
6. Basic Command ‘s: INSERT, SELECT and UPDATE,REPLACE, DELETE and DROP
Command
7. MySQL Functions
8. Working with HTML tags
9. Creating web page using HTML
10. Basic commands in PHP
11. Declaring simple PHP Arrays
12. Inserting MySQL with PHP
13. Validation with PHP
14. Planning and Creating the Database Tables
15. Creating Online Application
TEXT BOOK(S)
Julie C.Meloni, Sams Teach yourself PHP, MySQL and Apache, 5th Ed, New Delhi: Pearson
Publishing, 2012, Chapters: 7,8,10, 11, 15,16, 17,18.
Richard Petersen, Fedora 7 & Red Hat Enterprise Linux, The Complete Reference, USA: Tata
McGraw-Hill Edition, 2010, Chapters: 1, 2,23.
44
REFERENCE BOOK(S)
Ed Lecky-Thompson, HeowEide-Goodman, Steven D.Nowicki & Alec Cove, Professional PHP5,
New Delhi, Wiley Publishing, 2012.
Lynn Beighley & Michael Morrison, Head First PHP & MySQL, New Delhi, O’REILLY, SHROFF
PUBLISHERS, 2012.
Partrick Galbraith, Developing Web Applications with Apache, MySQL, memcached, andPerl,
New Delhi, Wrox Publishers, 2012.
PHY4201CP LAB PHYSICS - IV
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop the skill of performing experiments accurately
• identify sources of error in their observations
• relate experimental ideas related with theory of matter, optics, electricity and magnetism
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
1. Dispersive power of grating
2. Resolving power of grating
3. Fresnel’s biprism – wavelength of monochromatic source
4. Carey Fosters bridge – specific resistance of the given wire
5. Magnetic field due to a current carrying circular coil
6. self inductance using ballistic galvanometer
7. Diffraction at a straight edge
8. Polarimeter- Specific rotation of the given solution
9. Humidity measurements
10. Determination of rigidity modulus using static torsion method
11. Verification of Stefan’s law
12. Thermal conductivity measurement - Lee’s disc
REFERENCE BOOK(S)
Arora C.L, B.Sc. Practical Physics, New Delhi, S.Chand& company Ltd, 2011.
Chattapadhyay D and Rakshit P.C, An Advanced course in Practical Physics, 7th ed, Kolkatta,
New Central book agency pvt., ltd, 2005.
Gupta and V.Kumar S.L, Practical Physics, 25th ed, Meerut, Pragatiprakashan publication, 2002.
Ouseph C.C., Rao U.J and Viyayendran V, Practical Physics and Electronics, Chennai,
S.Viswanathan Printers and Publishers Pvt Ltd, 2010.
45
PHY4201SP CONCEPTUAL PHYSICS THROUGH FOSS (LAB)
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the concepts of looping, branching, plotting functions in SCILAB
• identify the versatility of SCILAB in physics
• acquire knowledge to write efficient and documented programs in SCILAB
• develop problem solving skill in physics through SCILAB
COURSE OUTLINE :
EXPERIMENTS / LAB : 30 Hrs.
1. Getting familiarized with Working directory, variables, startup Commands, the Scilab menu
bar
2. Temperature conversion
3. Carbon 14 dating
4. Hyperbolic cosine functions
5. Energy stored in a spring
6. Radio receiver using Mathematical, Relational & logical operations and mathematical
functions such as trigonometric & hyperbolic functions
7. The ideal gas law
8. Refraction
9. High pass filter
10. Current through a diode
11. Tension on a cable
12. Decibels
13. Geometric mean
14. RMS average
15. Harmonic mean using branching and conditional statements
16. Determining wall thickness of a box
17. Floating height of buoy using polynomials
18. Maximum power transfer to a load
19. Decibel
20. Air craft turning radius
21. Frequency response of a low pass filter
22. Thermodynamics
23. Antenna gain pattern output power of a motor
24. Plotting orbits
25. Fitting a line to a set of noisy measurements (velocity of a falling object)
26. The flight of a ball using graphic commands
TEXT BOOK(S)
Hema Ramachandran & Achutsankar S.Nair, SCILAB, first edition, New Delhi: S.Chand &
company LTD, 2012.
REFERENCE BOOK(S)
Amos Gilat, MATLAB: An Introduction with Applications, U.K, John Wiley &sons,Inc, 2009.
Kirani Singh Y & Chaudhuri B.B, MATLAB Programming, New Delhi, Prentice Hall of India
Pvt.Ltd, 2008.
46
Raj Kumar Bansal, Ashok Kumar Goel & Manoj Kumar Sharma, MATLAB and its Applications in
Engineering, New Delhi, Dorling kindersely Pvt Ltd, 2009.
Stephan J. Chapman, MATLAB Programming for Engineers, New Delhi, Cengage Learning
India Pvt Ltd, 2008.
PHY4202CP LAB PHYSICS - V
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the characteristics of an op-amp
• compare the linear and nonlinear applications of op-amps
• develop skills in the experimental design of oscillators using IC 741 and IC 555.
• relate theoretical expectations and experimental results
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
1. Differential amplifier
2. Characteristics of an op-amp
3. Op-amp circuits (Inverting amplifier, Non-inverting amplifier & Voltage follower)
4. VCIS and ICVS amplifiers
5. Linear op-amp applications ( Summing, difference and averaging amplifiers)
6. Non-linear op-amp applications (Comparators &Schmitt trigger)
7. Integrator and Differentiator circuits
8. First order low pass and high pass filters
9. Astable Multivibrator & Voltage controlled oscillator
10. Monostable Multivibrator
11. Phase shift oscillator / Wien bridge oscillator
12. Analysis of RLC circuit using OSCAD
REFERENCE BOOK(S)
Albert P. Malvino and David J. Bates, Electronic Principles, seventh edition, New Delhi, Tata
McGraw-Hill Publishing Company Ltd, 2009.
Grob .B, Basic Electronics, 10th ed, New Delhi, Tata McGraw–Hill Publishing Company Ltd,
2007.
Jacob Millman, & Christos C. Halkias, Electronic Devices and Circuits, New Delhi, Tata McGraw-
Hill Publishing Company Ltd, 2006.
47
Evaluation Pattern
(UG)
Sem Course Code Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
I PHY1201FS PHYSICS COMMUNICATIVE SKILLS AUPHY SUPHY
TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
I PHY1302FM FOUNDATION PHYSICS AUPHY SUPHY
TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 80 -- -- 2.30 --
I PHY1501CM MECHANICS AUPHY SUPHY
TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
I PHE1401AT PROGRAMMING IN C SUPHY LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
II PHY2201FS DATA ANALYSIS AND REPORTING SKILLS AUPHY SUPHY
TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
II PHY2502CM ELECTRONICS - I AUPHY SUPHY
TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II PHY2202CP LAB - I AUPHY SUPHY
LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
III PHY3401CM WAVE OPTICS AUPHY SUPHY
TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III PHY3402CM ELECTRICITY & MAGNETISM AUPHY SUPHY
TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III PHE3401CT OBJECT ORIENTED PROGRAMMING FOR PHYSICISTS
SUPHY LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
48
III PHY3403CT PROGRAMMING IN C AUPHY LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
III PHY3201CP LAB PHYSICS - II AUPHY SUPHY
LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
III PHY3202CP LAB PHYSICS - III AUPHY SUPHY
LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
IV PHE4501CM INTRODUCTION TO LAMP SUPHY TH 6 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV PHY4401CM ELECTRONICS - II AUPHY SUPHY
TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV PHY4402CM MATHEMATICAL PHYSICS AUPHY SUPHY
TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV PHY4403CM ATOMIC & QUANTUM PHYSICS AUPHY TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV PHYQ4501CM NON- CONVENTIONAL ENERGY SOURCES AUPHY TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV PHYQ4502CM BASICS IN ASTROPHYSICS AUPHY TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV PHE4201CP WEB DESIGNING LAB SUPHY LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
IV PHY4201CP LAB PHYSICS - IV AUPHY SUPHY
LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
IV PHY4201SP CONCEPTUAL PHYSICS THROUGH FOSS (LAB) AUPHY SUPHY
LA -- 2 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV PHY4202CP LAB PHYSICS - V AUPHY SUPHY
LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
49
Courses offered to other Departments (UG)
Sem Course Code Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
ALL PHY0403CD PROBLEMS IN PHYSICS I ALLM TH -- -- -- -- -- 1 30 2 30 -- -- -- -- 60 40 60 -- -- 2.00 --
ALL PHY0404CD PROBLEMS IN PHYSICS II ALLM TH -- -- -- -- -- 1 30 2 30 -- -- -- -- 60 40 60 -- -- 2.00 --
I PHY1401AA GENERAL PHYSICS AUMAT SUMAT
TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II PHY2201NI ENVIRONMENTAL PHYSICS ALLM TH 2 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III PHY3401AA BASIC PHYSICS AUCHE TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
50
DEPARTMENT OF CHEMISTRY
PREAMBLE :
To equip the learners to face the current challenges in Higher Education, the Department of Chemistry
revised the Undergraduate curriculum to fit into the Integrated Curricular Model that the college evolved, in
2013. The course profile, the course content & the evaluation pattern of the first two semesters were
passed in the Academic Council meeting held on April 3, 2013 (Appendix “AU”).
The department is now presenting the course profile, course content & evaluation pattern for Semesters III
& IV of the Undergraduate programme of 2013 batch.
As the hours for Part I and II have increased to 6, the modified course profile, course content & evaluation
pattern for Semesters I & II of 2014 batch are being presented.
B.Sc. (Special) Chemistry with Cheminformatics - Aided
Course Profile
Sem. Course Code Course Title Hrs./
Week Credit Passed in
2014 Batch
I PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
CHE1201FS FUNCTIONAL ENGLISH FOR CHEMISTS 2 2
CHE1402CM GENERAL CHEMISTRY 5 4
MAT1421AA ALGEBRA, TRIGONOMETRY AND VECTORS 5 4 AU-2013 as MAT1421SA
CHE1302FT BASICS OF CHEMISTRY 2T + 2L 3
VBC1001FV HEALTHY TRANSITION FROM ADOLESCENCE TO
ADULTHOOD 2 --
Total 30 19
II PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
CHE2201FS DATA HANDLING AND PRESENTATION 2 2
CHE2502CM CHEMISTRY OF ALIPHATIC HYDROCARBONS 5 5
MAT2421AA CALCULUS 5 4 AU-2013 as MAT2421SA
CHE2202CP SEPARATION AND PURIFICATION TECHNIQUES 3 2
ELECTIVE ENVIRONMENTAL ELECTIVE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
Total 30 22
2013 Batch
III CHE3401CM INTRODUCTION TO ORGANIC REACTION MECHANISM 4 4
CHE3402CM BEHAVIOUR OF GASES AND LIQUIDS 4 4
CHE3501CM CHEMISTRY OF s- AND p- BLOCK ELEMENTS 5 5
PHY3401AA BASIC PHYSICS 5 4
CHE3201CP EXPERIMENTAL PHYSICAL CHEMISTRY 3 2
CHE0301CP EXPERIMENTAL ORGANIC CHEMISTRY 3 --
ELECTIVE NON-MAJOR ELECTIVE 2 2
VOCATIONAL COURSE 2 2
51
VBC0102FV / VBC0103FV
CIVIC EDUCATION / FAMILY LIFE EDUCATION
1 1
CLUB / ACADEMIC ADVISING 1 --
Total 30 24
IV CHE4401CM CHEMISTRY OF ORGANIC COMPOUNDS WITH
OXYGEN FUNCTIONALITY
4 4
CHE4402CM CHEMISTRY OF TRANSITION ELEMENTS 4 4
CHE4403CM INTRODUCTION TO CHEMINFORMATICS 4 4
CHE4501CM CHEMICAL THERMODYNAMICS 5 5
CHE0301CP EXPERIMENTAL ORGANIC CHEMISTRY 3 3
CHE4201CP EXPERIMENTAL INORGANIC CHEMISTRY 3 2
CHE4201SP CHEMINFORMATICS LAB 2 2
ELECTIVE NON-MAJOR ELECTIVE 2 2
VBC0201FV /
VBC0202FV
WOMEN’S STUDIES /
HUMAN RIGHTS AND DUTIES
2 2
CLUB / ACADEMIC ADVISING 1 --
Total 30 28
Other Courses offered by the Department
Sem. Course Code Course Title Offered
To
Hrs./
Week Credit Passed in
I CHE1401AA FUNDAMENTALS OF ORGANIC CHEMISTRY AUPHY 5 4 AU-2013 as
CHE1401SA
I CHE1402AA GENERAL CHEMISTRY FOR BIOLOGISTS - I SUBTE 5 4 AU-2013 as
CHE1402SA
II CHE2201NI ENVIRONMENTAL CHEMISTRY ALLM 2 2
II CHE2401AA BASICS OF CHEMISTRY FOR BIOLOGISTS AUZOO 5 4 AU-2013 as
CHE2401SA
II CHE2402AA GENERAL CHEMISTRY FOR BIOLOGISTS - II SUBTE 5 4 AU-2013 as
CHE2402SA
II CHE2403AT FUNDAMENTALS OF CHEMISTRY FOR
BIOLOGISTS
AUBOT 3T + 2L 4 AU-2013 as
CHE2403SA
CHE1201FS FUNCTIONAL ENGLISH FOR CHEMISTS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop listening skills
• construct, correct and concise grammatical sentences
• identify the appropriate word and improve the vocabulary
• analyze the given passage and draw inferences
• demonstrate oral communication skills
52
COURSE OUTLINE :
UNIT-I : LISTENING SKILLS 10 Hrs.
Types of Listening - Tips for Effective Listening - academic listening - Listening to Talks in
chemistry and Presentations - Comprehension
UNIT-II : WRITING AND SPEAKING SKILLS 10 Hrs.
Parts of Speech - noun - types of noun - verbs - types of tense - the Sentence - the phrase - kinds
of sentences - parts of sentence - adjectives - adverbs - preposition – Interjection - conjunction -
punctuation marks - articles - paragraph - construction of paragraph - linkage and cohesion -
summary - Précis - Writing - notes taking - Report - Abstracts - Letter Writing - Barriers of
Communication. Examples and activities will involve chemistry concepts.
UNIT-III : READING SKILLS 10 Hrs.
Importance of reading - types of reading - skimming - scanning - reading for information - technique
of reading - SQ3R (S-Survey Q-Question 3R-Read, Recite, Review.) Passages for reading to be
selected from Science and technology column (Newspaper) and simple everyday chemistry
applications from books.
TEXT BOOK(S)
Nthira S.R. and Saraswathi V, Enrich Your English Book I: Communication Skills, Oxford
University Press, Oxford, New York.
WEBSITE(S) :
http://depssa.ignou.ac.in/wiki/images/c/ca/Communication_skills_in_English.pdf
http://eltvoices.in/Volume1/Issue1/EVI11.5.pdf
http://www.angrau.net/StudyMaterial/English/ENGL101.pdf
http://www.sharadavikas.com/CourceMeterials/btc34.pdf
CHE1402CM GENERAL CHEMISTRY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• correlate the structure and behaviour of atom
• analyze and interpret the gradation in the properties of elements in the periodic table
• differentiate the various chemical interactions in molecules through bonding concepts
• predict the nuclear transmutations
• identify the role of radioactive materials in different applications.
COURSE OUTLINE :
UNIT-I : STRUCTURE OF ATOM 15 Hrs.
Discovery of electron - measurement of e/m for electrons - determination of charge on an electron -
positive rays - protons, neutrons - sub-atomic particles, alpha particles, Rutherford’s atomic model -
Mosley’s determination of atomic number -mass number - quantum theory of electromagnetic
radiation - photoelectric effect and Compton effect - Bohr theory of hydrogen atom - spectrum of
hydrogen atom - The Sommerfield’s extension of Bohr’s theory.
UNIT-II : PERIODIC TABLE AND ATOMIC PROPERTIES 15 Hrs.
The long form of periodic table - Electronic configuration of atoms - Division of elements - Cause of
periodicity - Periodicity of Atomic properties - Covalent, van der Waal’s and ionic radii - Ionisation
energy, electron affinity and electronegativity - factors affecting the periodic properties -
determination of electronegativity - Pauling’s approach, Allred and Rochow’s approach, Mulliken’s
approach - Applications of electronegativity.
53
UNIT-III : CHEMICAL BONDING –LEWIS CONCEPT 15 Hrs.
Chemical bond - types of bonds - ionic bond - factors favoring the formation of ionic compounds,
Born-Haber cycle - properties of ionic compounds - electrovalency, covalency, variable valency -
factors favouring the formation and properties of covalent compounds - comparison of ionic and
covalent compounds - octet rule and failure of octet rule - polar and non polar covalent bonds and
molecules - transition from ionic to covalent character - Fajans’ rule - applications of Fajan’s rule -
coordinate bond - Properties of coordinate compounds - comparison between ionic, covalent and
coordinate bonds - metallic bond - properties of metals - hydrogen bonding - types - consequences
of hydrogen bonding - importance of hydrogen bonding in sustaining life. Types of intermolecular
interactions - electrostatic and van der Waals interactions.
UNIT-IV : CHEMICAL BONDING – ORBITAL CONCEPT 15 Hrs.
Linnett’s DQ theory - VSEPR theory - VBT of covalent bond - formation of sigma and pi bonds -
Resonance structures of CO, CO2, CO32-, O3, SO2,SO3 - hybridisation - sp, sp2, sp3, sp3d,
sp3d2hybridisation - Molecular orbital theory - LCAO method - bonding and antibonding orbitals -
formation of MOs in homonuclear and heteronuclear diatomic molecules and ions.
UNIT-V : NUCLEAR CHEMISTRY 15 Hrs.
Composition of nucleus - nuclear size - nuclear forces - packing fraction - nuclear density - mass
defect - binding energy of the nucleus - nuclear models - nuclear shell model - concept of nuclear
spin-liquid drop model - collective model.
RADIOACTIVITY - Rays from radioactive materials - range of alpha particles - radioactive
disintegration - radioactive decay and half life - Geiger - Nuttal rule - radioactive equilibrium -
steady state - transmutation of elements - group displacement rule - nuclear stability - radioactive
series - applications of radioactivity - isotopes - isobars - isotones - separation of isotopes -
Determination of atomic masses - mass spectrographs - artificial radioactivity - induced radioactivity
- transuranic elements - nuclear coulombic energy barrier - cyclotron - synchrocyclotron - linear
electron accelerator - Q- values of nuclear reactions - Nuclear fission - The fission chain reaction -
release of fission energy - uncontrolled and controlled - disposal of radioactive wastes from nuclear
reactors - Nuclear fusion - hydrogen bomb - controlled nuclear fusion - fusion in stars - nuclear
energy as an alternative energy resource.
TEXT BOOK(S)
Madan R.D., Modern Inorganic Chemistry, 3rd edition, New Delhi, S. Chand & Co. Ltd., 2011,
Chapters: UNITS II,III&IV.
Puri B.R, Sharma L.R and Pathania S., Principles of Physical Chemistry, 46th edition, New
Delhi, Vishal Publishing Co., 2012, Chapters: UNITS I & V.
REFERENCE BOOK(S)
ArunBahl, B.S. Bahl and G.D.Tuli, Essentials of Physical Chemistry, New Delhi, S.Chand and
Co. Ltd., 2009, Chapters: Unit I,II,III,V.
CHE1302FT BASICS OF CHEMISTRY
(Lab cum Theory)
LEARNING OUTCOME : 2T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• review the evolution of chemistry and its applications in daily life
• apply the IUPAC rules to name organic compounds
• predict the oxidation states and balance redox reactions
• analyze and estimate a chemical substance using titrimetric principles
54
COURSE OUTLINE :
UNIT-I : EVOLUTION OF CHEMISTRY 6T Hrs./Wk.
From fire to atomism - Origin of metallurgy and alchemy - alchemy to chemistry - Early chemists -
(300 BCE-300 CE) - Robert Boyle and the origins of modern chemistry -Antoine Lavoisier and the
revolution in chemistry - Theory of vitalism and Wohler’s synthesis - Isolation and structure of
benzene - Evolution of Periodic Table - Quantum Chemistry - origin of Biochemistry - Chemical
industries - An overview on the historical development of organic, inorganic and physical chemistry
- Nobel laureates in chemistry - Women in chemistry.
UNIT-II : APPLICATIONS OF CHEMISTRY IN DAILY LIFE 6T Hrs./Wk.
Food, clothes, fuels, plastics, paints and varnishes, dyes, medicine, therapeutic drugs, cosmetics,
fertilizers, insecticides, explosives, building materials Applications in different fields - Forensic
science - Food processing -Energy conservation and storage - electronics - Interesting scientific
queries in day-to day life and simple solutions through chemistry - Societal and Ethical issues of
chemistry.
UNIT-III : NOMENCLATURE OF ORGANIC COMPOUNDS 6T Hrs./Wk.
IUPAC nomenclature - rules for naming organic compounds - alkanes, alkenes, alkynes, cyclic
aliphatic hydrocarbons, alkyl halides, alcohols, ethers, aldehydes, ketones, carboxylic acids and its
derivatives, alkyl cyanides, nitroalkanes and amines - selected examples of monofunctional and
polyfunctional organic compounds-structure of organic compound from its IUPAC name - common
errors in writing IUPAC names.
UNIT-IV : REDOX REACTIONS 6T Hrs./Wk.
Recall on writing the chemical formulae and balancing the chemical equations. Covalency,
Oxidation number and oxidation state -Rules for calculating oxidation number - oxidation -
reduction reactions - oxidizing and reducing agents - Equivalent weights of oxidizing and reducing
agents - Auto and induced oxidation - Balancing redox reactions by oxidation number method and
ion electron method.
UNIT-V : PREPARATION OF SOLUTIONS 6T + 30L Hrs.
Different concentration units - normality, molarity, molality, mole fraction, ppm, mole percent and
mass percent. Primary and secondary standard - Equivalent weight of acids, bases, Saturated,
unsaturated and supersaturated solutions.
TITRIMETRIC ANALYSIS
• Lab ethics and safety measures in a chemical laboratory [2hrs]
• Handling of glassware and electronic analytical balance [4hrs]
• Preparation of standard solutions and dilutions [4hrs]
• Classification of various chemicals as acids/ bases,–using pH paper, pH meter [2 hrs]
• Acid - base titration [6 hrs]
Titration between
o strong acid vs. strong base
o strong acid vs. weak base
o weak acid vs. strong base
• Redox titration [8hrs]
o Iodometry
o Iodimetry
o Permanganimetry
o Dichrometry
55
• One self designed experiment by the student on any one of the following titles/title of her
choice [4 hrs]
Determination of
o acidity in various soft drinks
o strength of antacids
o acid value in oils
o ascorbic acid in citrus fruits
o iron in iron tablets
o acetic acid in vinegar
o pH in various consumer products
TEXT BOOK(S)
Madan R.D, Modern Inorganic Chemistry, Third edition, Newdelhi 2011, S. Chand & Company
Ltd., Chapters: UNIT IV.
Puri, Sharma B. R., L.R. and Pathania, S., Principles of Physical Chemistry, 50th edition, New
Delhi, 2011, ShobanLalNagin Chand & Co., Chapters: UNIT V.
REFERENCE BOOK(S)
Ahluwalia V.K., SumithaDingra and AdarshGulati, College Practical Chemistry, India, 2005,
University Press Pvt Ltd, Chapters: Lab.
Bhupinder Mehta , Manju Mehta, Organic Chemistry, First edition, Newdelhi 2005, PHI Learning
Pvt. Ltd., Chapters: UNIT III.
Datta N.C, The story of Chemistry, First Edition, India, 2005, University’s Press Pvt Ltd, Chapters:
UNIT I.
CHE2201FS DATA HANDLING AND PRESENTATION
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• differentiate the various types of data
• represent the data using computers
• write a simple scientific report
COURSE OUTLINE :
UNIT-I : DATA ANALYSIS 10 Hrs.
Data - Definition and classification of data - Problem identification - variable -dependent and
independent - collection of primary data and secondary data. accuracy, precision, significant figures
- measure of central tendency and dispersion Tabulation of data
UNIT-II : DATA REPRESENTATION 10 Hrs.
conversion of table to graph - Curve sketching - linear (identification of slope and intercept values)
and non-linear plots – Using open source software in tabulating data, graphing data – bar charts,
pie charts, histograms - errors in presenting graphical data
UNIT-III : REPORT PREPARATION 10 Hrs.
Data interpretation - preparation of report - presentation of report (written & oral) - Use of open
source software in preparing and presenting the report - use of Chemsketch and Marvinsketch for
drawing chemical structures - effective usage of internet - plagiarism
56
REFERENCE BOOK(S)
Gary D. Christian, Analytical Chemistry, 6th, Kundli, John Wiley & Sons, 2011.
Puri.B.R, Sharma.L.R and Pathania.S, Principles of Physical Chemistry, 50th, New Delhi,
ShobanLalNagin Chand & Co, 2011, Chapters: Unit-I.
WEBSITE(S) :
http://www.microsoft.com/en-us/download/details.aspx?id=30388
http://resources.woodlands-junior.kent.sch.uk/maths/data.htm(UNITII)
http://www.ncl.ac.uk/undergraduate/modules/module/CHY1401/(UNITII)
www.au.af.mil/au/awc/awcgate/army.../graphical-excellence.ppt (UNIT III)
CHE2201NI ENVIRONMENTAL CHEMISTRY
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify basic environmental contaminants
• recognize the importance of environmental changes
• outline the various control measures
• reflect on burning environmental issues
COURSE OUTLINE :
UNIT-I : SEGMENTS OF ENVIRONMENT 7 Hrs.
Atmosphere - composition, particles, ions and radicals in the atmosphere. Hydrosphere - Water
resources - Lithosphere - composition of soil, inorganic and organic compounds, micro and
macronutrients in soil. Biosphere.
UNIT-II : ENVIRONMENTAL POLLUTION 8 Hrs.
Definition, Causes, effects and control measures of (a) Air pollution (b) Water pollution (c) Soil
pollution (d) Noise pollution (e) Radioactive pollution. Solid waste management: control measures
of urban and industrial wastes, integrated waste management of plastics. Disaster management:
Floods, earthquake, cyclone and landslides
Activities
• Analysis of fine particulate matter
• Water analysis
• Discussion and reflection on Role of an individual in prevention of pollution
UNIT-III : ENERGY SOURCES AND ENVIRONMENT 8 Hrs.
Classification of fuels and energy sources - conventional (Coal, natural gas, fossil fuel) and non -
conventional, renewable and non - renewable energy sources - geothermal energy - different
types, origin and utilization, solar energy - introduction, direct utilization of solar energy as heat
energy through collectors - ocean energy, biomass based energy - bio gas and gobar gas -
special uses of biomass as fuels - hydropower.
Activity
• Discussion and reflection on Urban problems related to energy
UNIT-IV : SOCIAL ISSUES AND ENVIRONMENT 7 Hrs.
Environment Protection Acts - Protocols - Kyoto, Montreal - Carbon credits - introduction and
significance, Carbon footprint, Carbon trading - Water crisis - water conservation and rain water
harvesting, water recycling - Wasteland reclamation - Consumerism and waste products -
Energy Crisis - Nuclear energy - fusion vs fission for power generation, threats and challenges.
Activities
• Calculation of carbon and ecological footprint
• Discussion and reflection on Organic Farming-An alternative to fertilizers and pesticides?
57
Common Activities
• Sensitize the students for energy conservation on campus
• Collection of articles on environmental issues from magazines, newspaper
• On the spot study, Knowing the eco initiatives of campus - visit to vermiculture ,paper
recycling unit, Herbal garden , incineration unit etc
REFERENCE BOOK(S)
AsimK.Das, Environmental Chemistry with Green Chemistry, Kolkata, Book and Allied Pvt. Ltd,
2010.
Bhatia S.C, Environmental Chemistry, Newdelhi, CBS publishers, 2002.
Gary W.vanLoon& Stephen J.Duffy, Environmental Chemistry, New York, Oxford University
Press, 2003.
Sodhi G.S, Fundamental concepts of Environmental Chemistry, New Delhi, Narosa Publishing
House, 2000.
CHE2502CM CHEMISTRY OF ALIPHATIC HYDROCARBONS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire the knowledge on the basic concepts of reaction mechanisms
• illustrate the mechanisms involved in alkanes, alkenes, alkynes and alkadienes
• formulate a suitable mechanism for reactions of aliphatic hydrocarbons
COURSE OUTLINE :
UNIT-I : FUNDAMENTALS OF ORGANIC REACTIONS MECHANISMS 15 Hrs.
Electronic displacements, Steric effects, heterolytic and homolytic cleavages, reactive
intermediates - carbocations - stability of carbocations, carbanions - stability of carbanions, free
radicals -stability of free radicals , carbenes, nitrenes, electrophiles and nucleophiles, types of
reactions - substitution, addition, elimination and rearrangement reactions.
UNIT-II : CYCLOALKANES AND STEREOCHEMISTRY 15 Hrs.
ALKANES - Introduction - chemical properties-free radical substitution reactions - halogenation
(reactivity and selectivity) nitration - sulphonation-oxidation reactions - CYCLOALKANES -
Introduction - Strain in ring compounds - Baeyer’s strain theory - chemical properties.
BASICS OF STEREOCHEMISTRY -Introduction -plane polarized light and specific rotation –
optical activity - enantiomers, diastereomers Properties of enantiomers – racemic modification and
resolution - Fischer Projection - Newmann and Sawhorse Projection formulae and their
interconversions - assignment of configuration - R and S - sequence rule - Introduction on
stereochemistry of Allenes and Biphenyls. CONFORMATIONAL ISOMERISM: Definition of
conformation, differences between configuration and conformation. Conformational isomerism in
ethane, n-butane, 1,2-dibromoethane, ethylene glycol with energy profile diagrams- stability of
conformers - stereoisomerism of cyclohexane
UNIT-III : ALKENES 15 Hrs.
Introduction -physical properties - preparation- reduction of alkynes - elimination reactions
(Saytzeff’s and Hofmann’s rule), Wittig reaction, Kolbe’s electrolytic method - chemical properties-
stability of alkenes - electrophilic addition reactions, addition of halogens, hydrogen halide,
sulphuric acid, water, oxymercuration - demercuration reaction, hydroboration, peroxyacid, alkenes,
carbenes, free radical addition reaction - Addition of HBr(peroxide effect), oxidation reactions -
hydroxylation of alkenes with Baeyer’s reagent, acidified KMnO4, OsO4, K2Cr2O7, Pb (OAc)4,
ozonolysis-allylic substitution reactions -polymerization of alkenes.
58
GEOMETRICAL ISOMERISM - E / Z notation for double bonded compounds (C = C). Physical and
chemical methods used in distinguishing geometrical isomers. Inter conversions.
UNIT-IV : ALKADIENES 15 Hrs.
Introduction-stability of dienes - preparation of buta-1,3-diene - molecular orbital picture of 1,3 -
butadiene - Chemical properties of buta-1,3-diene - reduction and oxidation reactions - electrophilic
addition reaction (1,2 - addition Versus 1,4 - addition) - free radical addition reactions - Diels - Alder
reaction. Polymerization - isoprene-preparation-chemical properties - chloroprene-preparation -
chemical properties
UNIT-V : ALKYNES 15 Hrs.
Introduction-preparation (recall) - physical properties - chemical properties-addition of hydrogen -
electrophilic addition reactions oxidation reactions - addition of halogens, hydrogen halides, water -
nucleophilic addition reactions-reactions involving acetylenichydrogens - reactions with sodamide,
lithium amide and Grignard reagent - synthetic application of metal alkynides- reaction of terminal
alkynes with ammoniacal cuprous chloride, silver nitrate- polymerization reactions - isomerization
(AcetylenicAllene Rearrangement).
TEXT BOOK(S)
Bhupinder Mehta, Manju Mehta, Organic Chemistry, 6th, New Delhi, PHI Learning Private
Limited, 2011.
REFERENCE BOOK(S)
Morrison R. T, Boyd R.N, Organic Chemistry, 7th, Prentice Hall,New Delhi, 2008.
Raj.K.Bansal, Organic Reaction Mechanisms, 3rd, New Delhi, Tata MCGraw-Hill Publishing
Company Limited, 1998.
Sachin Kumar Ghosh,Advanced General Organic Chemistry, 2nd, Calcutta, Books and Allied (P)
Ltd, 1998.
Soni. P.L, Chawala H.M, Text book of Organic Chemistry, 26, Delhi, Sultan Chand, 1994.
CHE2202CP SEPARATION AND PURIFICATION TECHNIQUES
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• employ the techniques for the separation and purification of organic compounds.
• estimate the organic compounds using titrimetry
• apply the techniques for the extraction of natural products
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
TECHNIQUES FOR SEPARATION AND PURIFICATION
1. Purification of organic compounds by crystallization using the following solvents: [5 hrs]
a. Water
b. Alcohol
c. Alcohol-Water
2. Determination of melting and boiling point [ 3 hrs]
3. Distillation [6 hrs]
a. Simple
b. Steam
c. Fractional
d. Reduced pressure (demonstration only)
59
4. Soxhlet extraction [ 12 hrs]
5. Chromatographic techniques:[ 12hrs]
Adsorption Chromatography
a. Column
b. TLC
Partition Chromatography
c. Paper- Ascending
d. Circular disc
e. HPLC demonstration only
f. GC demonstration only
6. Solvent extraction technique for separation of organic mixture [6hrs]
7. Estimation of Organic compounds [10hrs]
a. Estimation of ketone.
b. Estimation of phenol
All lab classes will have pre-lab discussions.
REFERENCE BOOK(S)
Donald L Pavia, Gary M.Lampman, George S Kritz, Organic Chemistry – A Lab Manual
Sengage Learning, New Delhi, 2009..
Furniss B.S.et al, Vogel’s Textbook of Organic Chemistry, 5th edition, London, ELBS, 1989.
WEBSITE(S) :
http://phschool.com/science/biology_place/labbench/lab4/intro.html
http://www.phschool.com/science/biology_place/labbench/lab4/intro.html
http://chemsite.lsrhs.net/FlashMedia/html/paperChrom.html
http://chemsite.lsrhs.net/FlashMedia/html/columnChrom.html
http://iqa.evergreenps.org/science/chemistry/labs/1stsemester/1.07-paper-
chromatography_lab.html
CHE3401CM INTRODUCTION TO ORGANIC REACTION MECHANISM
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• infer the rates of the reactions of alkyl halides using mechanistic details
• identify the aromatic compounds and predict its reactivity
• analyze the mechanistic details of electrophilic and nucleophilic substitution in aromatic compounds
COURSE OUTLINE :
UNIT-I : ALKYL HALIDES 12 Hrs.
Nomenclature and classification of organic halogen compounds - Halogenation of alkanes - free
radical mechanism, reactions of alkyl, vinyl and allyl halides - Nucleophilic aliphatic substitution -
orientation - kinetics of nucleophilic aliphatic substitution, duality of mechanism. SN2 & SN1 reaction
- mechanism, kinetics, stereochemistry, reactivity, rearrangement of carbonium ion, Elimination -
Mechanisms: E1, E2 and E1cB; reactivity, orientation (Saytzeff/ Hofmann) and stereoselectivity,
Elimination vs Substitution.
Concepts for virtual lab:
• Nucleophilic aliphatic substitution
• Elimination - Mechanisms
UNIT-II : CHEMISTRY OF BENZENE AND ITS DERIVATIVES 12 Hrs.
60
Concept of aromaticity: Criteria for aromaticity - Aromatic and non - aromatic cyclic, polycyclic
and heterocyclic compounds - aromaticity and annulenes - chemical consequences of aromaticity -
antiaromaticity - molecular orbital description of aromaticity and non-aromaticity, nonbenzenoid
aromatic compounds.
Benzene and its derivatives: Nomenclature, Structure of benzene - Kekule structure - stability of
benzene - reactions of benzene, Alkenyl benzene, allylic and benzylic halides, Arenes - industrial
source of alkyl benzenes, reactions of alkyl benzenes - reduction, oxidation, substitution in ring and
side chain. Reactions of alkenyl benzenes - substitution, addition, polymerization.
Concept for virtual lab: HOMO, LUMO visualization - Argus Lab
UNIT-III : ARYL HALIDES 12 Hrs.
Nucleophilic aromatic substitution, unimolecular ,bimolecular displacement , SNAr mechanism,
elimination - addition(benzyne) mechanism. Alkyl halides Vs aryl halides.
Concepts for virtual lab:Nucleophilic aromatic substitution mechanisms.
UNIT-IV : AROMATIC ELECTROPHILIC SUBSTITUTION I 12 Hrs.
General mechanism for electrophilic substitution ,arenium ions, Mechanism - halogenations,
nitration, Friedal Crafts alkylation - limitation, Friedel crafts acylation - Friedel Crafts alkylation
vsFriedal Crafts acylation - sulphonation.
Concept for virtual lab:Friedel Crafts alkylation/acylation
UNIT-V : AROMATIC ELECTROPHILIC SUBSTITUTION II 12 Hrs.
Orientation and reactivity in mono substituted and disubstituted benzene. Introduction - effect of
substituents - orientation - relative reactivity - classification of substituents - orientation in
disubstituted benzenes - reactivity and orientation - theory of reactivity and orientation – electron
release via resonance – effect of halogen on electrophilic substitution.
TEXT BOOK(S)
Jain. M. K., Sharma, S. C, Modern Organic Chemistry, 4th, New Delhi, Vishal Publishing, 2013,
Chapters: UNITS I, IV & V.
Morrison R. T, Boyd R.N, Organic Chemistry, 7th, New Delhi, Prentice Hall, 2008, Chapters:
(UNITS II & III).
REFERENCE BOOK(S)
BhupinderMehta ,Manju Mehta, Organic Chemistry, First, Newdelhi, PHI Learning Pvt. Ltd, 2005.
Paula YurkanisBruice, Organic Chemistry, 3rd, Delhi, Pearson education,Inc, 2002.
Solomons T.W.G, Organic Chemistry, 8th, Singapore, John Willey & Sons Inc, 2004.
WEBSITE(S) :
www.chemtube3d.com
CHE3402CM BEHAVIOUR OF GASES AND LIQUIDS
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize and relate the properties of ideal and real gases
• describe the properties of liquids
• identify and distinguish the types of solutions
• discuss the fundamental aspects of chemical and ionic equilibrium
61
COURSE OUTLINE :
UNIT-I : IDEAL GASES 12 Hrs.
General characteristics of gases - parameters of a gas - gas laws - Boyle’s law, Charle’s law,
combined gas law, Gay Lussac’s law, Avogadro’s law - Ideal gas equation - Dalton’s law of partial
pressures -kinetic molecular theory of gases - derivation of kinetic gas equation - distribution of
molecular velocities - different kinds of velocities - calculation of molecular velocities - collision
parameters.
Concepts for Virtual Lab:
• All laws
• Collision parameters
• Molecular velocities
UNIT-II : REAL GASES 12 Hrs.
Deviation from ideal behavior - Explanation for deviations of van der Waals’ equation - limitations -
Liquefaction of gases - Critical phenomena - van der Waals equation and critical constants -
experimental determination of critical constants - law of corresponding states - methods of
liquefaction of gases.
Concepts for Virtual Lab:
• Liquefaction of gases
UNIT-III : LIQUIDS 12 Hrs.
Intermolecular forces of attraction (Recall) - Vapour pressure -effect of temperature on vapour
pressure - methods of determination of vapour pressure - effect of vapour pressure on boiling point
- surface tension - effect of temperature on surface tension - methods of determination of surface
tension - Viscosity - measurement of viscosity - effect of temperature on viscosity - refractive index
- specific and molar refraction - determination of refractive index -molar refraction and chemical
constitution - optical activity - specific rotation - measurement of optical activity
Concepts for Virtual Lab
• Effect of vapour pressure on boiling point
• Surface tension
UNIT-IV : SOLUTIONS 12 Hrs.
Solutions of liquids in liquids- Ideal solutions-Raoult’s law - vapour pressures of ideal solutions -
activity of a component in an ideal solution - Gibbs-Duhem - Margules equation - thermodynamics
of ideal solutions - Real solutions - types of non - ideal solutions - completely miscible binary
solutions and types - fractional distillation of binary liquids of different types - lever rule - distillation
of immiscible liquids - partially miscible liquids - types - phenol - water system, aniline - hexane
system, triethylamine - water system and nicotine -water system. Solutions of gases in liquids -
factors influencing solubility of a gas - Henry’s law - comparison of Henry’s law and
Raoult’slaw.The Distribution law - thermodynamic derivation - association of solute in one of the
solvents - dissociation of solute in one of the solvents - solute entering into chemical combination
with one of the solvents - applications of distribution law - solvent extraction.
Concepts for Virtual Lab:
• Distillation techniques
• Solvent extraction
UNIT-V : CHEMICAL EQUILIBRIA 12 Hrs.
Reversible reactions - Nature and characteristics of chemical equilibrium -law of mass action -
equilibrium constant - equilibrium constant expression in terms of partial pressures - relationship
between Kp and Kc - calculations involving Kp - Units of equilibrium constant - Thermodynamic
derivation of law of chemical equilibrium - temperature dependence of equilibrium constant -
homogeneous and heterogeneous equilibria -Le Chatelier’s principle
62
IONIC EQUILIBRIA - Recall on acids and bases-Arrhenius concept, Lowry-Br?nsted concept,
Lewis concept - dissociation of a weak acids and bases - dissociation constants of polybasic acids -
dissociation of a weak base-ionic product of water - pH scale - common ion effect - buffer solutions
- buffer mixtures of a weak acid/ weak base and its salt - Henderson’s equation -hydrolysis of salts
- hydrolysis constant - relation between Kh ,Ka and Kw - degree of hydrolysis -pH of hydrolysed
salt solutions - salts of weak acids and strong bases - strong acids and weak bases - weak acids
and weak bases - their degree of hydrolysis - pH of their salt solutions - determination of degree of
hydrolysis - acid - base indicators - theories of indicators - pH titration-solubility product and its
applications.
Concepts for Virtual Lab:
• chemical Equilibrium and Le Chatelier’s principle
TEXT BOOK(S)
ArunBahl, Bahl B.S. and Tuli G.D, Essentials of Physical Chemistry, New Delhi, S.Chand and
Co. Ltd, 2009, Chapters: Unit I,II,III,V.
Puri B.R, Sharma L.R and Pathania S, Principles of Physical Chemistry, 46th, New Delhi, Vishal
Publishing Co, 2012, Chapters: Unit IV, Unit V.
REFERENCE BOOK(S)
Atkins.P.W, Physical Chemistry, 8th, New York, Oxford University Press, 2006.
WEBSITE(S) :
http://www.harpercollege.edu/tm-ps/chm/100/dgodambe/thedisk/equil/8perform.html Unit V.
http://amrita.vlab.co.in/?sub=2&brch=193&sim=1255&cnt=1.html
CHE3501CM CHEMISTRY OF s- AND p- BLOCK ELEMENTS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• review the properties of hydrogen and hydrides
• compare the various concepts of acids and bases
• recognize the various metallurgical processes
• summarize the characteristics of s- and p- block elements
COURSE OUTLINE :
UNIT-I : HYDROGEN AND HYDRIDES 15 Hrs.
Position of hydrogen in the periodic table - resemblance with alkali metals and with halogens -
nascent hydrogen- ortho and para hydrogen- isotopes of hydrogen - heavy water. Hydrides -
classification of hydrides - ionic, molecular, interstitial hydrides.
NON-AQUEOUS SOLVENTS:
Classification of solvents - characteristic properties of solvents - liquid ammonia, liquid N2O4, liquid
sulphur dioxide, liquid hydrogen sulphide, liquid HF.
UNIT-II : METALLURGICAL PROCESSES 15 Hrs.
Occurrence of metals - steps involved in metallurgical processes - concentration of ore - calcination
- roasting - smelting - electrometallurgy - refining - thermodynamics of oxidation of metals to metal
oxides - Ellingham diagram.
63
Concepts for virtual lab
• Elements in periodic table
• Metal extraction- Alloy analysis: (Sn, Pb, Fe, Cu and Zn)
s- BLOCK ELEMENTS: General characteristics and periodicity in the properties of group I and II
elements- diagonal relationship of lithium and magnesium, beryllium and aluminium- comparison of
lithium and beryllium with their respective group members - complexes of alkali and alkaline earth
metals.
Concepts for virtual lab
• Flame test- s block elements
• Reaction of Na with water
UNIT-III : BORON GROUP 15 Hrs.
Comparison of Boron and Aluminium - compounds- Boron trioxide - Boric acid and their salts,
boron nitride - borazine - Boranes - structure and bonding in B2H6 and B4H10 - alumina, aluminium
chloride.
Concept for virtual lab
• Bonding in boranes
CARBON GROUP:
Anomalous behaviour of carbon - comparison of carbon and silicon-allotropy of carbon - diamond,
graphite, fullerene and graphene - intercalation compounds of graphite- structure of oxides,
oxyacids and their salts - percarbonates, perhydrates of carbonates- carbides classification - silica,
classification, structure – silicates. Preparation, properties- Stannous chloride - white and red lead.
Concepts for virtual lab:
• Allotropes of carbon
• Intercalation of graphite
• Silicates
UNIT-IV : NITROGEN GROUP 15 Hrs.
Difference between Nitrogen and other elements - active nitrogen - structure and properties of
hydrides - classification of nitrides - structure and properties of oxides, oxoacids of nitrogen - (N2O,
NO, N2O4, N2O5, HNO2, HNO3) and phosphorus - (H3PO4, H3PO3) - halides of phosphorus - PCl3,
PCl5 - polysulphides of phosphorus - phosphazines - classification- Distinction between sulphides
of As, Sb, Bi.
OXYGEN GROUP:
Anomalous behaviour of oxygen - oxides and their classification - ozone - preparation, properties,
formula - hydrogen peroxide - polysulphide ions - comparitive study of hydrides- structure and
properties of oxides (SO2 and SO3) and oxoacids of sulphur - (H2SO4, peroxosulphuric acid, thionic
acids) - structure of halides of sulphur.
UNIT-V : HALOGEN FAMILY 15 Hrs.
Anomalous behaviour of fluorine - comparative study of halogen acids and halides - structure of
halogen oxides, oxoacids - interhalogen compounds - ICl, BrF3, IF5, IF7 - polyhalides -
pseudohalogens - cyanogen - pseudohalides - comparison of halogens and pseudo halogens.
NOBLE GASES:
Discovery - position in the periodic table - periodicity - separation and isolation of noble gases -
general properties and uses - compounds of noble gases - xenon fluorides - structure & properties -
clathrates.
TEXT BOOK(S)
Puri B.R., Sharma L.R.,Kalia K.C, Principles of Inorganic Chemistry, 31st, Delhi, Milestone
Publishers and distributors, 2010.
64
REFERENCE BOOK(S)
Atkins P., Overton T., RourkeJ.,Weller M., Armstrong. F, Shriver & Atkins’ Inorganic Chemistry,
4th, New Delhi, Oxford University Press, 2006.
Lee.J.D, A New Concise Inorganic Chemistry, 5th, London, ELBS, 2002.
Madan.R.D, Modern Inorganic Chemistry, 3rd revised, New Delhi, S.Chand and company, 2011.
WEBSITE(S) :
http://www.theodoregray.com/periodictable/AlkaliBangs/index.html
http://amrita.vlab.co.in/?sub=2&brch=193&sim=1255&cnt=1
http://www.800mainstreet.com/spect/emission-flame-exp.html#Anchor-ca
http://dqino.ua.es/en/virtual-lab/virtual-lab.html
http://www.chemeddl.org/resources/top10.php
http://ocw.mit.edu/courses/chemistry/
CHE3201CP EXPERIMENTAL PHYSICAL CHEMISTRY
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• analyze and interpret the experimental data.
• validate the theoretical concepts through experiments.
• design an indigenous experiment based on the concepts.
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
Concept & Experiment:Viscosity of liquids
1. Determination of viscosity of oils/ milk / so lvents using Ostwald’s Viscometer.[3hrs]
Refractive index of liquids
2. Specific and Molar Refraction of a Liquid by Abbe’s Refractometer.[3hrs]
Optical activity
3. Determination of specific rotation of sucrose solution by Polarimeter.[3hrs]
Miscibility of liquids
4. Critical solution temperature of partially miscible liquid system.
5. Effect of electrolytes on CST [3hrs]
Partition coefficient
6. Partition coefficient for the distribution of Iodine between water and CCl4[6hrs]
Buffers
7. Preparation of buffer mixtures
8. Determination of pH of various Buffer mixtures [6hrs]
Acid-base indicators, pH-Acidity vs alkalinity
9. Determination of working range of indicators
10. pH titration of a mixture of acids ( strong and weak) with a strong base.[3hrs]
Dissociation constant
11. Determination of dissociation constant of organic acids. [3hrs]
Solubility, solubility product and Common ion effect
12. Determination of solubility , solubility product of sparingly soluble salts on the effect of
common ion on the solubility of sparingly soluble salts.[6hrs]
Degree of hydrolysis
13. Determination of hydrolysis constant of salts of acids and bases (any one of the four types)
[3hrs]
65
One self design experiment by the student based on any one of the above concepts
[ 3hrs]
REFERENCE BOOK(S)
Ahluwalia V.K., SumithaDingra and AdarshGulati, College Practical Chemistry, Hyderabed,India,
University Press Pvt Ltd, 2005.
Gary D. Christian, Analytical Chemistry, Sixth, Kundli, John Wiley & Sons, 2011.
Peter Mathews G, Experimental Physical Chemistry, Clarendon Press Oxford, 1985.
Viswanathan B., Raghavan, P. S., Practical Physical Chemistry, Newdelhi, Viva books Private
limited, 2012..
CHE4201SP CHEMINFORMATICS LAB
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• build molecules and optimize its geometry
• convert the molecules into various file formats
• interpret the HOMO/LUMO of the molecule
• apply the datamining tools
COURSE OUTLINE :
EXPERIMENTS / LAB : 30 Hrs.
1. Construction of molecules in Argus Lab, BKTool, ChemSketch and MarvinSketch[6hrs]
2. Energy Optimization of the Built molecule [2hrs]
3. Retrieving the SMILES notation of the molecules [2hrs]
4. Converting the molecules into different file formats [2hrs]
5. Analysis of the molecular surfaces and molecular orbital of small molecules, proteins and
nucleic acids using MarvinSpace[4hrs]
6. Representation of reactions in MarvinView[4 hrs]
7. Creation of a database table using SQL commands [2hrs]
8. Determination of HOMO/LUMO band gap energy in benzene [2hrs]
9. Application of datamining - WEKA [4hrs]
10. Demonstration of CombiChem lab [2hrs]
TEXT BOOK(S)
Donald L. Pavia, Gary M. Lampman, George S. Kriz& Randall G. Engel, Organic Chemistry A
Lab Manual, Cengage Learning, 2009.
CHE4401CM CHEMISTRY OF ORGANIC COMPOUNDS WITH OXYGEN
FUNCTIONALITY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk. On successful completion of the course, the student will be able to
• summarize the reactivity of alcohols , phenols, ethers and epoxides.
• illustrate the condensation reactions of aldehydes and ketones
• asses the chemistry of aliphatic and aromatic carboxylic acids and its derivatives.
• compare the acidic properties of carboxylic acids, substituted carboxylic acids and phenols.
66
COURSE OUTLINE :
UNIT-I : ALCOHOLS, PHENOLS, ETHERS AND EPOXIDES: 12 Hrs.
Alcohols: Physical properties - alcohols as an acid and as a base -reactions involving the
acidic and basic characteristics of alcohols - relative reactivity of 10, 20, 30 alcohols and distinction
- ascent and descent in alcohol series, comparison of alcohols with thiols
Phenols: Preparation and properties; Acidity and factors affecting it, Ring substitution
reactions, Reimer - Tiemann and kolbe - schmitt reaction, Fries and Claisen, Lederer - Manasse
reaction, rearrangements with mechanism - reactions of analytical importance.
Ethers: Preparation - Williamson ether synthesis, alkoxymercuration and demercuration of
alkenes - reactions involving etheral oxygen and ether linkage - comparison of ethers with
thioethers, crown ethers (introduction only)
Epoxides: Ring opening reactions of epoxides
Concept for virtual lab: Reactions of alcohols and phenols
UNIT-II : ALIPHATIC AND AROMATIC CARBONYL COMPOUNDS 12 Hrs.
Structure and reactivity of carbonyl group - nucleophilic addition reactions -reaction with carbon
nucleophiles - oxygen nucleophiles , nitrogen nuclephiles, sulphur nucleophile - oxidation reactions
of aldehydes and ketones - distinguishing aldehydes from ketones - reduction reactions of carbonyl
compounds - Catalytic reduction - reduction with metal hydrides - MPV reduction - Wolff - kishner
reduction - Clemmenson’s reduction
Concept for virtual lab: Analytically important reactions of carbonyl compounds
UNIT-III : REACTIONS OF ALDEHYDES AND KETONES 12 Hrs.
Acidity of a hydrogen - keto - enoltautomerism - Acid catalysed halogenation - Aldol condensation -
Dehydration of aldol products, crossed aldol condensation, reactions related to the aldol
condensation with mechanism, Claisen condensation - Crossed Claisen condensation , Benzoin
condensation, Claisen - Schmidt, Cannizaro’s reaction - Crossed Cannizzaro reaction, Mannich
reaction, Wittig reaction - Reactions of alpha, beta - unsaturated compounds - Michael addition,
Perkin, Knoevenagel, Stobbe condensations - Benzilic acid rearrangement.
UNIT-IV : ALIPHATIC AND AROMATIC CARBOXYLIC ACIDS AND THEIR
DERIVATIVES
12 Hrs.
Preparation, physical properties and reactions of monocarboxylic acids: Comparison of acidity of
various carboxylic acids. Preparation and reactions of acid chlorides, anhydrides, esters and
amides; Comparative study of nucleophilicsustitution at acyl group - Mechanism of acidic and
alkaline hydrolysis of esters, Dieckmann and Reformatsky reactions, Hofmann - bromamide
degradation and Curtius rearrangement, Sulphonic acid
Concept for virtual lab: Reactions of carboxylic acids and its derivatives.
UNIT-V : UNSATURATED AND SUBSTITUTED CARBOXYLIC ACIDS 12 Hrs.
Acidity of substituted acids, Typical reactions of dicarboxylic acids, ketoacids ,hydroxy acids and
unsaturated acids: succinic/,lactic, malic, tartaric, citric, maleic, fumaric and cinnamic acid , salicylic
acid, phthalic acid.
TEXT BOOK(S)
Jain., M. K. Sharma, S. C, Modern Organic Chemistry, 4th, New Delhi, Vishal Publishing, 2013,
Chapters: (UNITS I, III & V).
Paula YurkanisBruice, Organic Chemistry, 3rd, Delhi, Pearson education,Inc, 2002, Chapters:
(UNITS II & IV).
67
REFERENCE BOOK(S)
BhupinderMehta ,Manju Mehta, Organic Chemistry, First, Delhi, PHI Learning Pvt. Ltd, 2005.
Morrison R. T, Boyd R.N, Organic Chemistry, 7th, New Delhi, Prentice Hall,, 2008.
Solomons T.W.G, Organic Chemistry, 8th, Singapore, John Willey & Sons Inc, 2004 .
WEBSITE(S) :
www.chemtube3d.com
CHE4402CM CHEMISTRY OF TRANSITION ELEMENTS
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the importance of inorganic polymers
• identify the characteristics of d and f-block elements
• discuss the chemistry of transition elements
• compare the properties of Lanthanides and Actinides
COURSE OUTLINE :
UNIT-I : INORGANIC POLYMERS & NANO MATERIALS 12 Hrs.
General properties - classification - phosphorus based polymers - chain polymer , network polymer
- phosphate glasses- crystalline polymetaphosphates - sulphur based polymers - polymeric sulphur
nitrides - chalcogenides glasses - Boron based polymers - polycarboranes - polymeric boron
nitrides - silicon based polymers - organosilicones - preparation - structures - applications.
Introduction - definition for nanodimensional material (particles, rods, wires, tubes with examples) -
metallic nanoparticles - gold and silver - method of preparation (Chemical reduction method ) and
applications. Carbon Nanotubes - types, SWCNT, MWCNT - method of preparation - applications. Concepts for virtual lab:
• Preparation of CNT
• Synthesis of silver and gold nano particles
UNIT-II : GENERAL CHARACTEREISTICS OF d-BLOCK ELEMENTS 12 Hrs.
General properties - size - density - melting point - boiling point - reactivity of metals - ionisation
potentials - colour - magnetic properties - paramagenetism, diamagenetism, ferromagenetism,
antiferromagenetism - catalytic properties- variable valency - stability of various oxidation states -
ability to form complexes - non-stoichiometry. Position of elements of the transition series in the
periodic table.
Concept for virtual lab • Magnetic properties
UNIT-III : FIRST TRANSITION SERIES 12 Hrs.
Preparation, properties and uses - Titanium compounds - titanium dioxide, titanium tetrachloride -
Chromium compounds - chromous acetate, chromic oxide, chrome alum, potassium chromate,
potassium dichromate, chrome red, chromyl chloride. Iron compounds - ferrous sulphate, Mohr’s
salt, potassium ferrocyanide and ferricyanide, Prussian blue and Turnbull’s blue - rusting of iron -
Nickel compounds - nickel sulphate, nickel dimethyl glyoximate - Copper compounds - copper
sulphate, verdigris - alloys of copper.
Concept for virtual lab
• Colour reactions of Cr, Fe, Ni and Cu
68
UNIT-IV : SECOND AND THIRD TRANSITION SERIES 12 Hrs.
Preparation, properties and uses - Molybdenum compounds - molybdenum blue, Ammonium
molybdate - Tungsten bronze - Platinum compounds - chloroplatinic acid, complexes of platinum
- Mercury compounds - mercurouschloride,mercuric chloride, mercuric sulphide, mercuric iodide,
millon’s base, Nessler’s reagent-amalgams.
Concept for virtual lab
• Colour reactions of Mo and Hg
UNIT-V : LANTHANIDES AND ACTINIDES 12 Hrs.
General discussion - occurrence - isolation - separation techniques - oxidation states - lanthanide
contraction - colour - magnetic and spectral properties - actinides - general properties - comparison
of lanthanides and actinides.
Concept for virtual lab
• Lanthanide contraction
TEXT BOOK(S)
Puri B.R., Sharma L.R., Kalia K.C, Principles of Inorganic Chemistry, 31st, Delhi, Milestone
Publishers and distributors, 2010.
REFERENCE BOOK(S)
Atkins P., Overton T., RourkeJ.,Weller M., Armstrong. F. Shriver & Atkins’, Inorganic Chemistry,
4th, New Delhi, Oxford University Press, 2006.
Lee.J.D, A New Concise Inorganic Chemistry, 5th, London, ELBS, 2002, Chapters: (UNIT II, III,
IV &V).
Pradeep T, Nano: The Essentials, New Delhi, McGraw Hill Education, 2009, Chapters: (UNIT I).
CHE4403CM INTRODUCTION TO CHEMINFORMATICS
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the different types of 2D and 3D molecular representations
• identify the database models
• describe the applications of various databases
• classify the various datamining techniques
COURSE OUTLINE :
UNIT-I : CHEMICAL REPRESENTATION OF MOLECULES 12 Hrs.
History and Evolution of cheminformatics, Use of cheminformatics, Prospects of cheminformatics,
Representation of Chemical Compounds-Line Notations-WLN, ROSDAL, SMILES, SMARTS,
SYBYL, InCHI-Basics of Graph Theory- Matrix Representations-Adjacency, Distance, Atom-
Connectivity and Bond Matrix-Connection Table- Various File Formats-Structure of Molfiles, Sdfiles
and PDB -Library and Toolkits-Special Notations of Chemical Structures-Markush Structures-
Fragment Coding-Fingerprints, hashed fingerprints, hash codes-Representation of 3D structures-Z-
Matrix- Representation of Chemical Reactions- Different electronic effects; Reaction classification.
69
UNIT-II : DATABASE DESIGN & THEIR MANAGEMENT 12 Hrs.
Database Concepts- Structure Query Language, Design of Chemical Databases, Data Abstraction;
Data Models; Instances & Schemes; E-R Model - Entity and entity sets; Relations and relationship
sets; E-R diagrams; Reducing E-R Diagrams to tables; Network Data Model: Basic concepts;
Hierarchical Data Model: Basic Concepts; Metadatabases; Indexing and Hashing; Basic concepts;
Text Databases; Introduction to Distributed Database Processing, Data Security. Interfacing
programs with databases
UNIT-III : DATABASES 12 Hrs.
Sources, contents, design, Accessibility and use-Chemical database-PUBCHEM, CHEMBANK,
DRUGBANK, JCHEM, IUPAC, CAS Registry, ZINC, MOLTABLE, ChemExper, ChemSpider-
Literaturedatabase-PUBMED-Biological database-PRIDE, chemPDB, KEGG, Ligand Info,
GenBank, NCI
UNIT-IV : DATAMINING AND CHEMICAL STRUCTURE SEARCHING 12 Hrs.
Datamining: Introduction – Aspects of data mining-Techniques of Data mining – Multi dimensional
models – cube – star – snowflakes – classification techniques – K-nearest neighbour – Decision
tree –– Bayesian classifier – Introduction to neural network.
Molecular structure Searching techniques – Full structure, Super structure, Substructure
and Similarity searching methods - similarity based on 2D fingerprints - Tanimoto and Tversky,
Dice Coefficient, Cosine, Euclidean distance- Properties of similarity and distance coefficient.
UNIT-V : COMBINATORIAL CHEMISTRY 12 Hrs.
Principle of combinatorial chemistry – synthesis methods- Split-mix, parallel- diversed and focused
libraries- library enumeration- combinatorial library design stratergies- approaches to product based
library design-Molecular Scaffolds- Rule of five, Druglikeliness, Leadlikeliness, Drug design and
combinatorial libraries– case studies.
TEXT BOOK(S)
Jiawen Han and MichelineKamber, Data Mining-Concepts and Techniques, Second Edition,
Elsevier publication, 2006, Chapters: (Unit IV).
Johann Gasteiger (ed.), Thomas Engel (ed.), Chemoinformatics: A Textbook, Weinheim, Wiley
VCH, 2003, Chapters: (Unit I,IV).
Leon A. & Leon M, Database Management System, Chennai, Vikas Publishing House, 2002,
Chapters: (Unit II).
REFERENCE BOOK(S)
Andrew R. Leach, Valerie J. Gillet, An Introduction to Chemoinformatics, revised edition,
Netherland, Springer, 2007.
Larsen, Textbook of Drug Design and Discovery, 3rd edition, London and New York, Taylor and
Francis, 2004.
CHE4501CM CHEMICAL THERMODYNAMICS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk. On successful completion of the course, the student will be able to
• classify the various types of solids based on symmetry elements.
• correlate the type of colloids with its properties.
• identify the fundamental concepts of thermodynamics
• relate and interpret the various laws of thermodynamics
• recognize the terms involved in statistical thermodynamics
70
COURSE OUTLINE :
UNIT-I : FIRST LAW OF THERMODYNAMICS 15 Hrs.
Terms and concepts - systems, boundary, surroundings - macroscopic properties - intensive and
extensive - state variables - thermodynamic processes - reversible and irreversible processes -
nature of work and heat - pressure - volume work, isothermal, reversible and irreversible
expansion, work done in reversible expansion, internal energy - first law of thermodynamics -
enthalpy of a system - molar heat capacity - Joule Thomson effect - adiabatic expansion and work
done.
UNIT-II : THERMOCHEMISTRY 15 Hrs.
Zeroth Law of thermodynamics -Thermochemistry - exothermic and endothermic reactions -
thermochemical equations, enthalpy of a reaction, Variation of enthalpy of reaction with
temperature - different types of enthalpy of reaction - Hess’s law and applications, bond energy-
measurement of heat of reaction.
Concepts for Virtual Lab
• Fundamentals of thermodynamics(different processes)
• Joule Thomson experiment
• Phase transition and energy change
• Bomb calorimeter
UNIT-III : SECOND LAW OF THERMODYNAMICS I 15 Hrs.
Limitations of the first law - Spontaneous processes and criteria of spontaneity - entropy-second
Law - Standard Entropy, entropy of formation, cyclic processes, heat engine , efficiency - Carnot
cycle - carnot theorem, other forms of second law - entropy from Carnot cycle - entropy change -
irreversible process, for an ideal gas, during change of phase, free energy -free energy and work
function, variation of free energy with temperature and pressure, isothermal change in free energy,
Gibbs - Helmholtz equation and its importance -Criterion for a spontaneous process
Concepts for Virtual Lab
• Spontaneous/ non spontaneous processes
• Entropy change
• Carnot cycle
UNIT-IV : SECOND LAW OF THERMODYNAMICS II 15 Hrs.
ClausiusClapeyron equation and its application - van’t Hoff isotherm and isochore, derivations of
expressions for lowering of vapour pressure, osmotic pressure, elevation in boiling point and
depression in freezing point - fugacity and activity, chemical potential and its physical significance -
Gibbs - Duhem equation -Third Law of thermodynamics -Nernst heat theorem - third law of
thermodynamics - determination of absolute entropies of solids, liquids and gases -absolute
entropies of elements and compounds - experimental verification of third law - limitations to the
third law - entropy changes in chemical reactions.
UNIT-V : STATISTICAL THERMDYNAMICS 15 Hrs.
Introduction to Statistical Thermodynamics - macro and micro states - ensembles -
thermodynamical probability according to Maxwell-Boltzmann, Bose-Einstein and Fermi - Dirac
statistics - most probable distributions.
Concepts for Virtual Lab
• Colligative properties
• Probability and statistics
• Micro and macro states
• Ensembles
71
COLLOIDAL STATE Colloids - types of colloids - lyophillic and lyophobic sols and their
characteristics - preparation - dispersion - aggregation - purification - dialysis - optical properties -
kinetic properties - Electrical properties of colloids - gold number - stability of sols - associated
colloids - cleansing action of soaps and detergents - emulsions - gels - applications of colloids.
Concepts for Virtual LabPeptization, Electrodialysis, electro osmosis, coagulation,
surfactants, cleaning action of soaps and detergents, emulsion, gels, ultramicroscope, Tyndall
effect, Brownian movement .
TEXT BOOK(S)
ArunBahl, Bahl B.S. and Tuli G.D, Essentials of Physical Chemistry, New Delhi, S.Chand and
Co. Ltd, 2009, Chapters: (Unit I-V).
REFERENCE BOOK(S)
Atkins.P.W, Physical Chemistry, 8th, New York, Oxford University Press, 2006..
Puri.B.R, Sharma.L.R and Pathania.S, Principles of Physical Chemistry, 46th, New Delhi, Vishal
Publishing Co., 2012.
WEBSITE(S) :
http://amrita.vlab.co.in/?sub=2&brch=193&sim=1255&cnt=1
CHE0301CP EXPERIMENTAL ORGANIC CHEMISTRY
(Lab)
LEARNING OUTCOME : 6 Hrs./Wk.
On successful completion of the course, the student will be able to
• analyse the functional groups present in the given organic compound.
• synthesize industrially important compounds.
• apply the green principles in the preparation of organic compounds.
COURSE OUTLINE :
EXPERIMENTS / LAB : 90 Hrs.
A. REACTIONS
Study of the effects on the rates of SN2 reactions
a. Structure of the Alkyl Halide
b. Steric Effects
c. Leaving Group
ORGANIC SYNTHESIS
d. Synthesis of Phenacetin; The Williamson Ether Synthesis
e. Synthesis of Diazonium Dyes
GREEN SYNTHESIS
f. Aldol condensation/Benzoin Condensation
g. Benzilic acid rearrangement
QUALITATIVE ANALYSIS OF THE FOLLOWING ORGANIC COMPOUNDS
Identification of nature and elements present
72
Preparation of derivatives
• Phenol
• Aldehydes
• Ketones
• Carboxylic acids
• Esters
• Nitro compounds
• Amine
• Amide
• Diamide
• Carbohydrates (mono- and di-saccharides)
REFERENCE BOOK(S)
Donald L Pavia, Gary M.Lampman, George S Kritz, Organic Chemistry – A Lab Manual, New
Delhi, Sengage Learning, 2009.
Furniss B.S.et al, Vogel’s Textbook of Organic Chemistry, 5th, London, ELBS, 1989.
Gnanapragasam N.S, Ramamurthy G, Organic Chemistry Lab Manual, Chennai, S.Viswanathan
(Printers and Publishers) PVT.LTD, 2013.
WEBSITE(S) :
http://www.umsl.edu/~orglab/
CHE4201CP EXPERIMENTAL INORGANIC CHEMISTRY
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the acid and basic radicals
• analyse the salt mixture qualitatively
• discuss the physico-chemical principles involved in the analysis
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
SEMI MICRO ANALYSIS INVOLVING GREEN PRINCIPLES
Qualitative analysis of Acid radicals
• CO32-, NO3-, CH3 COO-, Cl-, Br-, I-, SO4[sup2-, PO4
3-, BO33-,F-, C2O4
-2, CrO42-, S2O3
2-
,C4H4O62-
• Qualitative analysis of Basic radicals
o Pb2+, Bi3+, Cu2+, Cd2+, Sb3+, Fe3+, Al3+, Cr3+,Co2+, Ni2+,Zn2+, Mn2+, Ba2+, Sr2+, Ca2+, Mg2+,
NH4+, K+
• Qualitative analysis of salt mixture - Analysis of a salt mixture containing three anions and
three cations, inclusive of rare earths with atleast one interfering anion.
REFERENCE BOOK(S)
Jeffery, G.H.. Basset J and others, Vogel’s Textbook of Quantitative Chemical Analysis, 5th
edition, London, ELBS, 1989.
Pass G. & Sutcliffe H, Practical Inorganic Chemistry, 2nd edition, London, Chapman & Hall Ltd,
1979.
73
Ramanujam V.V, Inorganic Semi Micro Qualitative Analysis, Chennai, The National Publishing
Company, 1990.
WEBSITE(S) :
http://web.mst.edu/~gbert/qual/qual.html
http://www.dartmouth.edu/~chemlab/chem3-5/qual_cat/full_text/procedure.html
http://www.dartmouth.edu/~chemlab/chem3-5/qual_an/overview/procedure.html
74
Evaluation Pattern
(UG)
Sem Course Code
Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
I CHE1201FS FUNCTIONAL ENGLISH FOR CHEMISTS
AUCHE TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
I CHE1402CM GENERAL CHEMISTRY
AUCHE TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
I CHE1302FT BASICS OF CHEMISTRY
AUCHE LT 2 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 60 -- -- 2.00 --
II CHE2201FS DATA HANDLING AND PRESENTATION
AUCHE TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
II CHE2502CM CHEMISTRY OF ALIPHATIC HYDROCARBONS
AUCHE TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II CHE2202CP SEPARATION AND PURIFICATION TECHNIQUES
AUCHE LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
III CHE3401CM
INTRODUCTION TO ORGANIC REACTION MECHANISM
AUCHE TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III CHE3402CM BEHAVIOUR OF GASES AND LIQUIDS
AUCHE TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
75
III CHE3501CM CHEMISTRY OF s- AND p- BLOCK ELEMENTS
AUCHE TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III CHE3201CP EXPERIMENTAL PHYSICAL CHEMISTRY
AUCHE LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV CHE4401CM
CHEMISTRY OF ORGANIC COMPOUNDS WITH OXYGEN FUNCTIONALITY
AUCHE TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV CHE4402CM CHEMISTRY OF TRANSITION ELEMENTS
AUCHE TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV CHE4403CM INTRODUCTION TO CHEMINFORMATICS
AUCHE TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV CHE4501CM CHEMICAL THERMODYNAMICS
AUCHE TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV CHE0301CP EXPERIMENTAL ORGANIC CHEMISTRY
AUCHE LA -- 6 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV CHE4201CP EXPERIMENTAL INORGANIC CHEMISTRY
AUCHE LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV CHE4201SP CHEMINFORMATICS LAB
AUCHE LA -- 2 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
76
Courses offered to other Departments (UG)
Sem Course Code
Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
I CHE1401AA FUNDAMENTALS OF ORGANIC CHEMISTRY
AUPHY TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
I CHE1402AA GENERAL CHEMISTRY FOR BIOLOGISTS - I
SUBTE TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II CHE2201NI ENVIRONMENTAL CHEMISTRY
ALLM TH 2 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II CHE2401AA BASICS OF CHEMISTRY FOR BIOLOGISTS
AUZOO TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II CHE2402AA GENERAL CHEMISTRY FOR BIOLOGISTS - II
SUBTE TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II CHE2403AT FUNDAMENTALS OF CHEMISTRY FOR BIOLOGISTS
AUBOT LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 100 -- -- 3.00 --
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
77
DEPARTMENT OF BOTANY
PREAMBLE :
To equip the learners to face the current challenges in Higher Education, the Department of Botany revised
the Undergraduate curriculum to fit into the Integrated Curricular Model that the college evolved, in 2013.
The course profile, the course content & the evaluation pattern of the first two semesters were passed in
the Academic Council meeting held on April 3, 2013 (Appendix “AU”).
The department is now presenting the course profile, course content & evaluation pattern for Semesters III
& IV of the Undergraduate programme of 2013 batch.
As the hours for Part I and II have increased to 6, the modified course profile, course content & evaluation
pattern for Semesters I & II of 2014 batch are being presented.
B.Sc. (Special) Botany (Specialization in Industrial Microbiology) - Aided
Course Profile
Sem. Course Code Course Title Hrs./
Week Credit Passed in
2014 Batch
I PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
BOT1201FS COMMUNICATION SKILLS FOR BOTANY - I 2 2
BOT1302FT ALGAE AND FUNGI 3T + 1L 3
BOT1402CT BRYOPHYTES, PTERIDOPHYTES AND GYMNOSPERMS 4T + 1L 4
ZOO1401AT ANIMAL DIVERSITY 4T + 1L 4
VBC1001FV HEALTHY TRANSITION FROM ADOLESCENCE TO
ADULTHOOD
2 --
Total 30 19
II PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
BOT2201FS COMMUNICATION SKILLS FOR BOTANY - II 2 2
BOT2502CM PLANT SYSTEMATICS 5 5
CHE2403AT FUNDAMENTALS OF CHEMISTRY FOR BIOLOGISTS 3T + 2L 4 AU-2013 as
CHE2403SA
BOT2202CP LAB FOR PLANT SYSTEMATICS 3 2
ELECTIVE ENVIRONMENTAL ELECTIVE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
Total 30 22
2013 Batch
III BOT3501CM BIOCHEMISTRY 5 5
BOT3502CM PLANT PHYSIOLOGY 5 5
BOT3503CM DEVELOPMENTAL BOTANY AND PLANT BREEDING 5 5
BOT3401AT BIOLOGICAL TECHNIQUES AND COMPUTER APPLICATION 4T + 1L 4
BOT3201CP LAB FOR BIOCHEMISTRY, PHYSIOLOGY AND
DEVELOPMENTAL BOTANY
4 2
ELECTIVE NON-MAJOR ELECTIVE 2 2
VOCATIONAL COURSE 2 2
78
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
CLUB / ACADEMIC ADVISING 1 --
Total 30 26
IV BOT4201SS HERBAL COSMETICS 2 2
BOT4402CM BIOFERTILIZERS AND PLANT PATHOLOGY 4 4
BOT4403CM ENVIRONMENTAL BIOLOGY 4 4
BOT4404CM FUNDAMENTALS OF MICROBIOLOGY 4 4
BOT4401CT HORTICULTURE 3T + 1L 4
BOT4201CP LAB FOR ENVIRONMENTAL BIOLOGY 3 2
BOT4202CP LAB FOR FUNDAMENTALS OF MICROBIOLOGY, PLANT
PATHOLOGY AND BIOFERTILIZERS
4 2
ELECTIVE NON-MAJOR ELECTIVE 2 2
VBC0201FV /
VBC0202FV
WOMEN’S STUDIES /
HUMAN RIGHTS AND DUTIES
2 2
CLUB / ACADEMIC ADVISING 1 --
Total 30 26
Other Courses offered by the Department
Sem. Course Code Course Title Offered
To
Hrs./
Week Credit Passed in
I BOT1402AT FUNDAMENTALS OF BOTANY AUZOO 4T + 1L 4
II BOT2201NI BIODIVERSITY – CONSERVATION AND
MANAGEMENT
ALLM 2 2
BOT1201FS COMMUNICATION SKILLS FOR BOTANY - I
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• enhance the vocabulary
• apply functional grammar in Botany
• use correct pronunciation
• improve the communication skills
COURSE OUTLINE :
UNIT-I : FUNCTIONAL GRAMMAR THROUGH BOTANY 7 Hrs.
Essential rules of English grammar and usage. Use of articles, prepositions, adjectives, adverbs,
verbs, nouns, singular, plural, modals, words often confused.
UNIT-II : BOTANICAL VOCABULARY 7 Hrs.
Words commonly misspelt, word formation using prefix and suffix, synonyms and antonyms,
Substitution of words, Pronunciation of botanical terms and scientific terms
79
UNIT-III : SENTENCE SKILLS 8 Hrs.
Tenses, sentence improvement, sentence arrangement, sentence completion , sentence fill ups
and spotting errors.
UNIT-IV : COMMUNICATION SKILLS 8 Hrs.
Basics of communication – Communicative process, Seven C’s of communication, types of
communication -Verbal, non verbal, Barrier to effective communication, etiquette and mannerism.
REFERENCE BOOK(S)
Gopalan R and V Rajagopalan, English for Competitive Examination, Chennai, Vijay Nicole
imprint private limited, 2007.
Jack. C.R, Language and Communication, Chennai, Orient Longmann Ltd, 1987.
Jain B.B, A Comparative book on English Grammars, Agra Sep, UpkarPrakashan, 2010.
Judith Verity, Succeeding at Interviews, Chennai, Viva Books Pvt. Ltd, 2000.
Krishna Mohan, Developing Communication Skills, New Delhi, Macmillan India Ltd, 1998.
ShaliniAgarwal, Essential Communication Skills, New Delhi, Ane Books Pvt. Ltd, 2013.
WEBSITE(S) :
http://botanydictonary.org
www.botany.com/index.16.htm
http://ontologi.es/biol/botany.htm/
BOT1302FT ALGAE AND FUNGI
(Lab cum Theory)
LEARNING OUTCOME : 3T + 1L
Hrs./Wk.
On successful completion of the course, the student will be able to
• describe the structure and reproduction of different forms of algae and fungi.
• recognize the diversity, complexity and the economic value of algae & fungi
• prepare suitable micro slides of selected life forms in algae & fungi
COURSE OUTLINE :
UNIT-I : CLASSIFICATION (UPTO ORDER LEVEL) OF ALGAE, GENERAL
CHARACTERISTICS AND ECONOMIC IMPORTANCE
12T Hrs./Wk.
Classification of algae based on Fritsch, General characteristics of algae
Economic importance of Algae - food, medicine, biofertilizer, alginic acid and agar, diatomite.
Harmful effects of algae – Algal blooms &Cyanotoxins.
UNIT-II : STRUCTURE AND LIFE CYCLE OF THE FOLLOWING 12T Hrs./Wk.
Cyanophyceae – Oscillatoria
Chlorophyceae– Volvox, Oedogonium
Bacillariophyceae – Diatoms
Phaeophyceae – Sargassum
Rhodophyceae – Gracilaria
UNIT-III : CLASSIFICATION (UP TO ORDER LEVEL) OF FUNGI, GENERAL
CHARACTERISTICS AND ECONOMIC IMPORTANCE
12T Hrs./Wk.
Classification of fungi by Alexopolous, General characteristics of fungi
Economic importance of fungi
Role of fungi in Medicine, Industry, Agriculture & food
Mycotoxins - Aflatoxins, mushroom toxins
12T Hrs./Wk.
80
UNIT-IV : SALIENT FEATURES, STRUCTURE AND LIFE CYCLE OF THE FOLLOWING
Phycomycetes - Albugo
Ascomycetes - Saccharomyces
Basidiomycetes - Peziza
Deuteromycetes - Cercospora
Lichen:classification based on habitat, thallus, thallus structure – homothallic &
heterothallic,reproduction – types Usnea
UNIT-V : LAB 12L Hrs./Wk.
Microscopic observation of
Cyanophyceae – Oscillatoria
Chlorophyceae – Volvox, Oedogonium
Bacillariophyceae – Diatoms
Phycomycetes - Albugo
Ascomycetes - Saccharomyces
Deuteromycetes -Fusarium
Micropreparation of thallus of
Phaeophyceae – Sargassum
Rhodophyceae – Gracilaria
Basidiomycetes - Agaricus
TEXT BOOK(S)
Pandey B.P, College Botany, I, New Delhi, S, Chand & Company Ltd, 2010.
REFERENCE BOOK(S)
Alexopoulos C.J. and C.W.Mims, Introductory Mycology, New Delhi, Wiley Eastern Limited,
1979.
Pandey S.N. and P.S.Trivedi, A text book of Algae, New Delhi, Vikas Publishing House Pvt Ltd,
2001.
Sharma O.P, Textbook of Algae, New Delhi, Tata McGraw Hill- Publishing Co.Ltd, 2011.
Smith G.M, Cryptogamic Botany, Algae and Fungi, I, New Delhi, Tata McGraw Hill Publishing Co.
Ltd, 1986.
Vashishta B.R. and A.K.Sinha, Fungi, NewDelhi, S.Chand& Co. Ltd, 2010.
Vashishta B.R., Sinha A.K., Singh V.P, Algae, New Delhi, S.Chand& Co, 2010.
BOT1402AT FUNDAMENTALS OF BOTANY
(Lab cum Theory)
LEARNING OUTCOME : 4T + 1L Hrs./Wk.
On successful completion of the course, the student will be able to
• understand the diversity of plants
• describe the floral organization and economic importance of selected families
• predict the internal structure, organization of plant parts & plant functioning
• develop skills in sectioning and designing simple experiments.
COURSE OUTLINE :
UNIT-I : PLANT DIVERSITY 15T Hrs./Wk.
Classification of plant kingdom – general characteristics, thallus structure and reproduction of the
following.
Algae –Chlorella, Gracilaria
81
Fungi –Agaricus
Bryophyte – Marchantia
Pteridophyte – Selaginella
Gymnosperms – Pinus
UNIT-II : MORPHOTAXONOMY 15T Hrs./Wk.
Morphology of flowering plants – root, stem. leaf, flower, fruit.
Bentham &Hooker classification. Study of selected families.
Polypetalae – Annonaceae
Gamopetalae – Cucurbitaceae
Monoclamydae – Euphorbiaceae
Monocot – Poaceae
UNIT-III : PLANT ANATOMY 15T Hrs./Wk.
Tissues (simple & complex), primary structure of stem (dicot – Tridax, monocot - Grass), root (Dicot
– Bean, monocot – Grass) and leaf (dorsiventral – Hibiscus, isobilateral - Grass)
UNIT-IV : PLANT PHYSIOLOGY 15T Hrs./Wk.
Water absorption (Passive), Ascent of sap (cohesion tension theory),
Transpiration (stomatal), Mineral nutrition – macro nutrients (NPK & their physiological role)
Photosynthesis (light & dark reactions) Respiration (Glycolysis &Kreb’s cycle)
Physiological role of phytohormones (Auxin, GA, cytokinin, ABA)
UNIT-V : LAB 15L Hrs./Wk.
1. Microscopic observation of the following forms
• Algae –Chlorella, Gracilaria
• Fungi –Agaricus
• Bryophyte – Marchantia
• Pteridophyte – Selaginella
• Gymnosperms – Pinus
2.Morphological observation of root, stem, leaf, flower and fruit
3.Dissection & technical description of floral parts of the following families
• Polypetalae – Annonaceae
• Gamopetalae – Cucurbitaceae
• Monoclamydae – Euphorbiaceae
• Monocot – Poaceae
4.Sectioning & microscopic observation of stem, root and leaf of mentioned plants.
5.Osmosis, Ringing experiment (Demo), Effect of light intensity, wavelength and CO2 concentration
on photosynthesis.
TEXT BOOK(S)
Devlin R.M and Witham F.H, Plant Physiology, New Delhi, CBS Publishers and Distributors,
1986.
Narayanaswamy R.V., Rao. K.N and Raman. A, Outlines of Botany, Madras, S.ViswanathanPvt
Ltd, 1992.
REFERENCE BOOK(S)
Pandey B.P, College Botany, I, New Delhi, S, Chand & Company Ltd, 2010.
Pandey B.P, Taxonomy of Angiosperms, New Delhi, S.Chand& Co Ltd, 2007.
Pandey S.N., &Misra S.P, Taxonomy of Angiosperms, New Delhi, Ane Books India, 2008.
Pandey, B.P, Plant Anatomy, New Delhi, S.Chand& Company Ltd, 2010.
82
BOT1402CT BRYOPHYTES, PTERIDOPHYTES AND GYMNOSPERMS
(Lab cum Theory)
LEARNING OUTCOME : 4T + 1L Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the diversity
• interpret the complexity and
• illustrate the economic importance of Bryophytes, Pteridophytes and Gymnosperms
• prepare suitable micropreparations of selected life forms in Bryophytes, Pteridophytes and
Gymnosperms
COURSE OUTLINE :
UNIT-I : GENERAL CLASSIFICATION 15T Hrs./Wk.
General Classification of the following ( upto order level )
Bryophytes - Engler&Rothmaler (1951 )
Pteridophytes - Smith ( 1955 )
Gymnosperms - Sporne (1965)
Economic importance of the Bryophytes, Pteridophytes& Gymnosperms
UNIT-II : BRYOPHYTES 15T Hrs./Wk.
Structure & life history of the following
Marchantia
Anthoceros
Polytrichum
UNIT-III : PTERIDOPHYTES 15T Hrs./Wk.
Structure & life history of the following
Psilotum
Lycopodium
Selaginella
Stelar evolution in pteridophytes
UNIT-IV : GYMNOSPERMS 15T Hrs./Wk.
Structure & life history of the following
Pinus
Gnetum
No developmental studies in Bryophytes, Pteridophytes and Gymnosperms
UNIT-V : LAB 15L Hrs./Wk.
1. Marchantia - Thallus,Gemma cup, archigoniophore, antheridiophore, sporophyte
2. Anthoceros- Thallus , capsule(Sporophyte)
3. Polytrichum: Thallus , capsule(Sporophyte)
4. Lycopodium-Root, strobilus
5. Selaginella – Stem, rhizophore, root and strobilus
6. Pinus -Pollen grain, ovule, male flower,
7. Gnetum-Ovule
TEXT BOOK(S)
Pandey B.P, College Botany, volume II, New Delhi, S. Chand & Company Ltd, 2001.
REFERENCE BOOK(S)
Sharma O.P, Pteridophytes, New Delhi, S. Chand & Co, 1992.
Smith G.M, Cryptogamic Botany, Bryophytes and Pteridophytes (II), New Delhi, Tata McGrawHill
Publishing Co. Ltd, 1989.
83
Sporne K.R, The Morphology of Gymnosperms, London, Hutchinson University Lib, 1965.
Vashishta B.R., Sinha A.K., Adarsh Kumar, Bryophytes, New Delhi, S.Chand& Co, 2011.
Vashishta B.R., Sinha A.K., Anil Kumar, Pteridophyta, New Delhi, S.Chand& Co, 2010.
Vasishta P.C., Sinha A.K., Anil Kumar, Gymnosperms, New Delhi, S.Chand& Co, 2006.
BOT2201FS COMMUNICATION SKILLS FOR BOTANY - II
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire basic skills in listening, speaking, reading & writing
• apply the language effectively in describing the botanical concepts
• develop interpersonal skills.
COURSE OUTLINE :
UNIT-I : GROUP COMMUNICATION & LISTENING SKILLS 8 Hrs.
Application of English language in learning Botany, fluency development, conversation, idea
generation techniques – creative thinking, brain storming, idea generating tools- Listening skills-
listening process, barriers to effective listening & guidelines for effective listening.
UNIT-II : PRESENTATION SKILLS 8 Hrs.
Bioconversation – dialogues, role play, public speaking, thematic letter writing, paragraph, essay,
précis writing, note taking tips, reflective, critical thinking, problem solving & substitution of words.
Preparation and presentation of PPT.
UNIT-III : REPORT PREPARATION & INTERVIEW SKILLS 7 Hrs.
Lab, OSS, field trip report, learning of concepts, writing methodology for an experiment,
observation and interpretation. Preparation for an interview & writing an impressive resume.
UNIT-IV : FOUNDATION SKILLS IN SCIENTIFIC WRITING AND INTERPRETATION 7 Hrs.
Description of laboratory glassware, cells, tissues, organelles, sectioning skills and preparation of
lab records.
TEXT BOOK(S)
ShaliniAgarwal, Essential communication skills, New Delhi, Ane Books Pvt. Ltd, 2013.
REFERENCE BOOK(S)
Agarwal R.S, Quantitative Aptitude, New Delhi, S. Chand & Co, 2003.
AgatheRavet. Haevermans, The art of Botanical drawing, An introductory guide, USA, Timber
Press, 2008.
Day R.A, Scientific English, A guide for scientists and other professionals, New York, University
press, 1995.
Fry.R, Your first interview, New Delhi, Pearson Education, 2003.
Jack. C.R, Language and Communication, Chennai, Orient Longmann Ltd, 1987.
Judith Verity, Succeeding at Interviews, Chennai, Viva Books Pvt. Ltd, 2000.
Krishna Mohan, Developing Communication Skills, New Delhi, Macmillan India Ltd, 1998.
84
BOT2201NI BIODIVERSITY – CONSERVATION AND MANAGEMENT
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the essential components and concepts of biodiversity
• recognize the threats and challenges of biodiversity
• explain the various methodologies adopted for biodiversity conservation
• discuss international and legal policies on environmental protection
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO BIODIVERSITY 7 Hrs.
Genetic diversity, species diversity, ecosystem diversity, agrobiodiversity. Biodiversity in India –
India as a mega diversity nation
UNIT-II : LOSS OF BIODIVERSITY & ITS CONSERVATION 8 Hrs.
Causes, factors, severe threats to biodiversity – hot spots, endangered plants & animal species,
endemic species, vulnerable, rare, threatened. Objectives, Importance & value of biodiversity
conservation, India’s efforts for conservation of biodiversity – in situ and ex-situ conservation of
biodiversity. afforestation.
UNIT-III : ENDANGERED ENVIRONMENT 7 Hrs.
Population growth and its impact on environment (Air, Water & Soil) green house effect & climate
change, acid rain, ozone depletion, disasters (natural & man-made)
UNIT-IV : ENVIRONMENT PROTECTION LAWS AND MOVEMENT. 8 Hrs.
Environmental Protection Act - Air act, Water act, Pollution Control Act (State) Wildlife Protection
act, Forest Conservation act, Biodiversity Act, 2002, Significance & Organizations associated with
Environmental Movement.
TEXT BOOK(S)
Arvind Kumar, A text book of Environmental Science, New Delhi, APH Publishing corporation,
2009.
Bharucha E, Text book of Environmental Studies for Undergraduate courses, Hyderabad,
Universities Press (India) Pvt. Ltd, 2005.
Krishnamurthy K.V, Textbook of Biodiversity, USA, Science Publishers, 2003.
Sharma P.D, Ecology & Environmental Studies, Meerut, Rastogi Publications, 2004.
REFERENCE BOOK(S)
Agarwal K.C, Environmental Biology, Bikaner, Nidi publication Ltd, 2001.
Heywood V.H. and Waston R.T, Global Biodiversity Assessment, New York, Cambridge
University Press, 1995.
Jadhav H. and Bhosale V.M, Environmental Protection and Laws, Delhi, Himalaya Publication
House, 1995.
Kumar U. and Asija M.J, Biodiversity – Principles and Conservation, JodhpurIndia, Agrobios,
2000.
85
BOT2502CM PLANT SYSTEMATICS
(Theory)
LEARNING OUTCOME : 5
Hrs./Wk.
On successful completion of the course, the student will be able to
• explain the principles of systematics
• describe the distinctive features of selected families
• recall the economic value of the plants in the cited families
COURSE OUTLINE :
UNIT-I : MORPHOLOGY OF PLANT PARTS AND HISTORY OF CLASSIFICATION 15 Hrs.
Morphology of root, stem, leaf, inflorescence flower and fruit, History of classification –
Theophrastus, Linnaeus, Bentham and Hooker, and Engler and Prantle
UNIT-II : PRINCIPLES OF TAXONOMY 15 Hrs.
Principles of Taxonomy – Minor and Major categories, rules and recommendations, ICBN, author
citation scientific naming of plants.
Dichotomous key preparation – indented key – Field and herbarium techniques.
Numerical taxonomy & Chemotaxonomy
UNIT-III : STUDY OF THE LOCALLY AVAILABLE FLORA OF POLYPETALAE WITH THEIR
ECONOMIC IMPORTANCE AND PHYLOGENETIC RELEATIONSHIP
15 Hrs.
Study of the locally available flora of Polypetalae
Polypetalae – Annonaceae, RutaceaeCaesalpiniaceae, Rosaceae,&Cucurbitaceae
UNIT-IV : STUDY OF THE LOCALLY AVAILABLE FLORA OF GAMOPETALAE WITH THEIR
ECONOMIC IMPORTANCE AND PHYLOGENETIC RELEATIONSHIP
15 Hrs.
Study of the locally available flora of Gamopetalae
Gamopetalae – Asteraceae, Asclepiadaceae, Convolvulaceae, Acanthaceae&Lamiaceae
UNIT-V : STUDY OF THE LOCALLY AVAILABLE FLORA OF MONOCHLAMYDEAE AND
MONOCOTYLEDONS WITH THEIR ECONOMIC IMPORTANCE AND PHYLOGENETIC
RELEATIONSHIP
15 Hrs.
Study of the locally available flora of Monochlamydeae and Monocot families
Monochlamydeae –Amarantaceae, Euphorbiaceae
Monocot – Orchidaceae, Liliaceae&Poaceae.
TEXT BOOK(S)
Narayanaswamy R.V., Rao. K.N and Raman. A, Outlines of Botany, Madras, S.ViswanathanPvt
Ltd, 1992.
Pandey B.P, Taxonomy of Angiosperms, New Delhi, S.Chand& Co Ltd, 2007.
Pandey S.N &Misra S.P, Taxonomy of Angiosperms, New Delhi, Ane Books India, 2008.
Verma B.K, Introduction to Taxonomy of Angiosperms, New Delhi, PHI Learning Pvt. Ltd, 2011.
REFERENCE BOOK(S)
Gamble J.S and Fischer C.E.C, Flora of the Presidency of Madras, I – III, W.C.London, Adlard&
Son Limited, 2011.
Jeffrey C, An introduction to Plant taxonomy, New Delhi, Allied publishers Private Limited, 1982.
Lawrence G.H.M, Taxonomy of Vascular plants, New York, The Mac Milan Co, 1965.
Sambamurty A.V.S.S, Taxonomy of Angiosperms, New Delhi, I.K. International Pvt. Ltd, 2005.
86
BOT2202CP LAB FOR PLANT SYSTEMATICS
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• describe the distinctive features of selected families
• collect & prepare plant herbarium following standard format
• assign plants to their respective families and prepare a dichotomous key
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
1. Morphology of root , stem , leaf , inflorescence , flower and fruit – Observation,
identification and recording the above mentioned plant parts
2. Dissection of floral parts of families mentioned in the theory syllabus.
3. Identification of their respective families and their economic importance.
4. Identification of families using Gamble.
5. Preparation of indented key
6. Submission of 20 herbarium sheets of weed plants available in the college campus.
REFERENCE BOOK(S)
Gamble J.S and Fischer C.E.C, Flora of the Presidency of Madras, I – III, W.C.London, Adlard&
Son Limited, 2011.
Jeffrey C, An introduction to Plant taxonomy, New Delhi, Allied publishers Private Limited, 1982.
Lawrence G.H.M, Taxonomy of Vascular plants, New York, The Mac Milan Co, 1965.
Sambamurty A.V.S.S, Taxonomy of Angiosperms, New Delhi, I.K. International Pvt. Ltd, 2005.
BOT3501CM BIOCHEMISTRY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire a deeper understanding of the structure and functioning of the biomolecules
• apply the concepts of thermodynamics in the biological system
• relate the basic concepts and designs of metabolic reactions that take place in the biological
systems
COURSE OUTLINE :
UNIT-I : THERMODYNAMICS AND CARBOHYDRATES 15 Hrs.
Introduction-basic concepts of laws of thermodynamics, Concept of free energy - biological
oxidation reduction reactions - high energy compounds – ATP. Monosaccharides – Classification,
structure, isomerism, ring structure of glucose – physical and chemical properties of
monosaccharides. Disaccharides – Structure of sucrose, Oligo and polysaccharides – Starch,
homo and hetero polysaccharides
UNIT-II : PROTIENS 15 Hrs.
Structure , classification and properties of aminoacids Formation and structure of peptides
Conformation of proteins. Classification and types of proteins, their structure and role, denaturation
15 Hrs.
87
UNIT-III : LIPIDS
Structure, classification and properties of fatty acids and their derivatives. Fats-structure, hydrolysis
and ß oxidation Phospholipids-types, structure and occurrence Non - phosphorylated lipids – types,
structure and occurrence.
UNIT-IV : NUCLEIC ACIDS 15 Hrs.
Structure of bases, nucleosides and nucleotides. Structure – Watson and Crick model of DNA and
its properties. Structure and types of RNA.
UNIT-V : BIOCATALYSTS 15 Hrs.
Nomenclature, classification and properties of enzymes Enzyme catalysis – mechanism & co-
factors in enzyme catalysis Enzyme inhibition- Competitive ,Non competitive , Allosteric and
Feedback inhibition. Enzyme kinetics - Michaelis-Menton Kinetics, Line-Weaver Burk plot.
TEXT BOOK(S)
Lehninger L.A., Nelson K.L., Cox M.M, Principles of Biochemistry, 5, New York, Worth
Publishers, 2010.
REFERENCE BOOK(S)
Devlin M. Thomas, Text book of Biochemistry with clinical correlations, 2006, A John Wiley &
Sons Inc. Publication, USA, ISBN: 6.
Elliot W.H., Elliot D., Biochemistry and Molecular Biology,, 1997, Oxford University Press, USA.
McKee Trudy and McKee.R.James,,Biochemistry and Introduction, 1996, Wm. C. Brown
Publishers, USA.
Stryer L, Biochemistry, 2007, W.H. Freeman Publishers,, New York, ISBN: 4.
Voet Donald, Voet G. Judith, Biochemistry, 3, USA,, A John Wiley & Sons Inc. Publication,, 2004..
West,E.S., Todd W.R Mason H.S. and Bruggen J.T.V., Text Book of Biochemistry, New Delhi,
Oxford and IBH Publishing Co. Pvt. Ltd, 1995.
BOT3502CM PLANT PHYSIOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• relate the role & movement of water and solutes in plants
• explain the mechanism & the role of photosynthesis in plants
• analyze the mechanism & the role of respiration
• relate the effects of plant movements and phytohormones on growth & development of plant
COURSE OUTLINE :
UNIT-I : WATER RELATIONS 15 Hrs.
Diffusion, gaseous exchange, osmosis, Plasmolysis, absorption of water, ascent of sap (cohesion-
tension theory), transpiration – types, mechanism of stomatal movements, factors affecting
transpiration, Mineral nutrition- role of macro & micro nutrients, passive & active transport of ions,
translocation of organic solutes – Munch hypothesis.
UNIT-II : PHOTOSYNTHESIS IN PLANTS 15 Hrs.
Photosynthetic pigments, action & absorption spectra, Red drop, Emerson enhancement effect.
Photosystems, Light reaction – cyclic & Non cyclic photophosporylation, dark reaction, C4 cycle –
photorespiration. CAM, factors affecting photosynthesis.
15 Hrs.
88
UNIT-III : RESPIRATION
Respiratory substrates, RQ, Glycolysis, Kreb’s cycle, fermentation, Pentose phosphate pathway,
anaerobic respiration, factors affecting respiration.
UNIT-IV : PLANT MOVEMENTS & PHYTOHORMONES 15 Hrs.
Plant growth – definition, phases of growth of plant, Plant movements – autonomous and paratonic.
Phytohormones and their role – Auxins, Gibberellins, Cytokinins, ABA. Ethylene
UNIT-V : REPRODUCTIVE GROWTH AND PHYSIOLOGY OF SEEDS 15 Hrs.
Flowering - Photoperiodism and Vernalization, morphological and physiological changes that occur
during fruiting. Seed dormancy & germination – causes, methods of breaking dormancy,
physiological changes that occur during germination. Senescence, circadian rhythm.
TEXT BOOK(S)
Noggle and Fritz, Introductory Plant Physiology, 2, New Delhi, Prentice Hall of India Private
Limited, 2010.
REFERENCE BOOK(S)
Devlin R.M and Witham, Plant Physiology, New Delhi, F.H CBS Publishers and Distributors,
1986.
Leopald Carl A, Plant Growth and Development, New York, McGraw Hill Book Company, 1964.
Salisbury B. and Ross F, Plant Physiology, 4, New Delhi, CBS Publishers and Distributors, 2007.
BOT3503CM DEVELOPMENTAL BOTANY AND PLANT BREEDING
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• illustrate the structure, function of the reproductive organs and changes associated with seed
development
• discuss the procedures of plant breeding programmes
• assess the practical achievements in the development of new crop varieties
COURSE OUTLINE :
UNIT-I : MICROSPOROGENESIS AND MEGASPOROGENESIS 15 Hrs.
Microsporangium – T.S of a tetrasporangiate anther – Anther Wall – Structure , Nuclear behaviour
in tapetal Cells, Sporogenous tissue. Male Gametophyte – Vegetative and Generative Cell,
Formation of Sperm, Pollen Wall – Palynology, NPC system. Megasporangium – Types of Ovules –
Integuments, Nucellus, Megasporogenesis – Female Gametophyte, Types of Embryosac, –
Nutrition of Embryo sac. Pseudo embryosac&perisperm.
UNIT-II : POLLINATION AND FERTILIZATION 15 Hrs.
Pollination – Anther dehiscence, Pollen transfer. Fertilization – Pollen germination, Pollen tube
growth, Entry of pollen tube into the embryo sac, Pollen tube discharge, Fusion of gametes, Double
fertilization
UNIT-III : ENDOSPERM, EMBRYO AND POLYEMBRYONY 15 Hrs.
Endosperm - origin, types- free nuclear (coconut), cellular, helobial and ruminate endosperm,
function of endosperm. Embryo: Embryogeny, Development and structure of dicot
(Ceratocephalusfalcatus)and monocot (Triticum) embryo,suspensor, nutrition of embryo.
Polyembryony – causes, experimental induction, classification. Apomixis, Parthenocarpy – genetic,
environmental & chemically Induced.
15 Hrs.
89
UNIT-IV : SCOPE OF PLANT BREEDING AND METHODS OF CROP IMPROVEMENT
Scope of Plant breeding, Plant introduction and acclimatization –, Plant quarantine measures,
present organizations and their functions, utilization of introduced materials. Selection – Mass,
Pureline& Clonal selection – Definition, characters, production, importance, field technique,
advantages & disadvantages, achievements.
UNIT-V : METHODS OF BREEDING 15 Hrs.
Hybridization – emasculation, bagging, crossing, labeling, harvesting hybrid seeds, raising F1
generation, back cross method, single cross, double cross, three way cross, top cross, multiple
cross and synthetic cross, effect of hybridization on cross pollinated crops – Heterosis – mutation
breeding – role of mutants in improvement of crop – artificial induction of mutation, gamma garden.
Achievements in crop breeding in India with reference to Rice.
TEXT BOOK(S)
Bhojwani S.S. and Bhatnagar S.P, The Embryology of Angiosperms, 5th revised, New Delhi,
Vikas Publishing House Pvt. Ltd, 2008.
Chaudhari H. K, Elementary Principles of Plant Breeding, New Delhi, Oxford & IBH Publishing
Co Pvt Ltd, 1992.
REFERENCE BOOK(S)
Acquaah George, Principles of Plant Genetics and Breeding, USA, Black well Publishing Ltd,
2007.
Maheswari, P, An Introduction to the Embryology of Angiosperms, New York, McGrawHill,
2002.
Mohanan, K.V, Essentials of Plant Breeding, New Delhi, PHI Learning Private Limited, 2010.
Pandey, B.P, Embryology of Angiosperms, New Delhi, S. Chand & Company Ltd, 1995.
Poehlman. J. M and Borthakur. D, Breeding Asian Field Crops, New Delhi, Oxford & IBH
Publishing Co, 1969.
Sharma J.R, Principles and Practice of Plant Breeding, New Delhi, Tata McGraw Hill Publishing
Co Ltd, 1994.
BOT3401AT BIOLOGICAL TECHNIQUES AND COMPUTER APPLICATION
(Lab cum Theory)
LEARNING OUTCOME : 4T + 1L Hrs./Wk.
On successful completion of the course, the student will be able to
• describe the basic principles & working mechanism of various instruments used in Biological
research
• develop skills in the use of techniques & methodology relevant to the execution of a research
project
• distinguish data manipulations and display data as line graphs, histograms, charts and three
dimensional graphs
• relate the role of computers in biological research
COURSE OUTLINE :
UNIT-I : MICROSCOPY 15T Hrs./Wk.
Bright field (Review), Phase Contrast, Dark field, fluorescence microscope and Electron
microscopy. (Transmission and Scanning) – scanning probe, atomic force microscope
15T Hrs./Wk.
90
UNIT-II : SEPARATION & CHROMATOGRAPHIC TECHNIQUES
Counter Current Distribution, partition adsorption chromatography, Paper, Ascending, Desending&
circular, Thin layer & Column chromatography. HPLC, Gas chromatography. Electrophoresis -
Paper, Polyacrylamide, Agarose and immuno electrophoresis.
UNIT-III : pH METRY & COLORIMETRY 15T Hrs./Wk.
pHmetry:- pH indicators- Buffer- Calomel and glass electrode, Henderson- Hasselbach equation-
releated problems. Colorimetry:- Beer and Lamber’t law, Absorption spectrum - spectrophotometer
- UV- visible, Fluorescence spectrophotometer.
UNIT-IV : CENTRIFUGATION & SPECTROSCOPY 15T Hrs./Wk.
RCF, Sedimentation coefficient, Types of Rotors Differential, Ultra & density gradient – Zonal
&isopycnic centrifugation. Flame photometer & AAS.
UNIT-V : LAB - COMPUTER APPLICATIONS 15L Hrs./Wk.
1. MS – Excel: - basics (Review) Working with Excel– Rearranging worksheets – Excel
Formatting Tips and Techniques – Organizing large projects – An introduction to functions
– Excels chart features – Working with Graphics in Excel – Introduction to Excels
command macros – Using worksheets as Databases -Automating “What – if” projects –
Auditing and Troubleshooting worksheets.
2. Application of Excel in the statistical analysis of biological data.
TEXT BOOK(S)
Boyer R.F, Modern Experimental Biochemistry, California, the Benjamin/ cummings Publishing
company, Inc, 2000.
Mansfied R, The Compact Guide to Microsoft and Office applications, New Delhi, Tata
McGraw Hill Publications, 1994.
REFERENCE BOOK(S)
Gube J and Cheung G, Straight to the point, Microsoft Excel 2003, New Delhi, Firewall Media,
2006.
Jayaraman J, Laboratory Manual in Biochemistry, New Delhi, New Age international publishers,
1999.
Keith Wilson and John walker, Practical Biochemistry- Principles & techniques, New York,
Cambridge university press, 2005.
Mansfield R, Excel for windows 95 for Busy people, New Delhi, Tata McGraw-Hill,publishing
company Ltd, 1997.
Nelson S.L, Excel-A Quick reference of more than 3000 Microsoft Excel Tasks, New Delhi,
terms & Tricks Firewall Media, 2002.
Palanichamy, S and Manoharan, M, Statistical Methods for Biologists, Palani, Palani Paramount
Publications, 1991.
Plummer.D.T, An Introduction to Practical Biochemistry, New Delhi, Tata McGraw Hill
Publishing Company Ltd, 1999.
SundarRao, P.S.S, and Richard, J, An Introduction to Biostatistics, England, Prentice Hall
International Inc, 1996.
91
BOT3201CP LAB FOR BIOCHEMISTRY, PHYSIOLOGY AND DEVELOPMENTAL
BOTANY
(Lab)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• prepare solutions used in experiments accurately
• design simple experiments, collect the data, scientifically interpret and extrapolate the obtained
data
• apply the various techniques and skills to understand the biochemical aspects of plants
• describe the reproductive structures of angiospermic plants
COURSE OUTLINE :
EXPERIMENTS / LAB : 60 Hrs.
BIOCHEMISTRY
1. Preparation of solutions – Molar, Molal, Normal, & Percentage solution
2. pHmetry – measurement of pH of different solutions using pH meter.
3. Colorimetry – Complementary colour. Verification of Beer’s law.
4. Qualitative and quantitative estimation from plant samples for the following:
A. Glucose - Anthrone method
B. Protein - Biuret method
C. Amino acid - Ninhydrin method
D. Lipid - Gravimetric method, Sudan III
5. Chromatographic techniques – paper (circular - dye mixture; Ascending-Aminoacid
mixture), TLC– separation of dye mixture. Column chromatography – Separation of
chlorophyll pigments (Demonstration)
PHYSIOLOGY
6. Potato osmoscope
7. DPD – Plasmolytic method
8. Stomatal frequency
9. Ringing experiment
10. Determination of RQ using respirometer and Smith Fermentation experiment.
11. Effect of light intensity, CO2 concentration and wavelength on the rate of
photosynthesis, Absorption spectrum.
DEVELOPMENTAL BOTANY
12. Microscopic observation of C.S. of anther
13. Microscopic observation of ovules
14. Embryo mounting (Tridax / Achyranthus)
REFERENCE BOOK(S)
Jayaraman. J, Laboratory Manual in Biochemistry, New Delhi, Wiley Eastern Limited, 1992.
Palanivelu P, Laboratory Manual for Analytical Biochemistry & Separation Techniques,
Madurai, School of Biotechnology, Madurai Kamaraj University, 2000.
Palvannan T, Shanmugam S. and Sathish Kumar T, Laboratory manual on Biochemistry,
bioprocess & Microbiology, Chennai & Hyderabad, Scitech publications (India) Pvt. Ltd, 2005.
Pandey, B.P, Embryology of Angiosperms, New Delhi, S. Chand & Company Ltd, 1995.
Plummer D.T, An Introduction to Practical Biochemistry, New Delhi, Tata McGraw Hill
Publishing Company Limited, 1999.
Sadasivam S. and Manickam A, Biochemical Methods for Agricultural Sciences, New Delhi,
Wiley Eastern Ltd, 1992.
92
BOT4201SS HERBAL COSMETICS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• record the significance of plants in beauty therapy
• identify the useful effect of and natural products in maintaining a healthy body
• prepare herbal beauty formulations
COURSE OUTLINE :
UNIT-I : Definition 7 Hrs.
basic principles, unique features of herbs, useful herbs, botanical name of herbs.
UNIT-II : Basic anatomy of skin and hair, type of skin & hair, diseases of skin and hair 8 Hrs.
• Pimples
• Dry skin
• Dark circle
• Hyper pigmentation
• Hypo pigmentation
• Dandruff
UNIT-III : Methods of preparation of herbal formulation 8 Hrs.
• herbal hair oil
• scrubs
• face packs
• hair packs
UNIT-IV : Traditional methods of preparation of herbal formulation 7 Hrs.
Traditional methods of preparation of herbal formulation – kajal, kumkum, face packs, hair pack,
hair oil.
TEXT BOOK(S)
Asha Ram, Herbal Indian perfumes and cosmetics, Delhi, India, Sri Satguru publications, 2002.
ParveshHanda, Be your own beautician, New Delhi, Pustakmahal, 2011.
BOT4402CM BIOFERTILIZERS AND PLANT PATHOLOGY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• relate the various microbes used as Biofertilizers
• identify their role in the maintenance of soil fertility
• illustrate the various methods of mass cultivation and quality control involved in biofertilizer
production
• discuss the etiology, symptoms, transmission and management practices of plant diseases
93
COURSE OUTLINE :
UNIT-I : FREE LIVING & SYMBIOTIC NITROGEN FIXERS 12 Hrs.
Isolation, Identification, Characterization, Nitrogen fixing mechanism & Assimilation, Mass
Production, Quality control & applications of Azotobacter, Rhizobium &Nostoc
UNIT-II : AZOSPIRILLUM & MYCORRHIZAE 12 Hrs.
Associative symbiont – Azospirillum
Arbuscularmycorrhizae – types, taxonomy, occurrence and distribution
UNIT-III : MICROBIAL DISEASES OF CROPS 12 Hrs.
Transmission (Direct and indirect methods), Causative organism, Symptoms and control measures
for
Bacterial disease: Citrus canker.
Fungal disease: Tikka disease of groundnut
Viral disease: Tobacco mosaic.
Mycoplasmal disease: Little leaf of Brinjal
Algal disease: Red rust of Guava
Nematode infection: Root knot
UNIT-IV : PLANT PROTECTION 12 Hrs.
Exclusion, eradication, chemical methods, immunization
UNIT-V : BIOLOGICAL CONTROL 12 Hrs.
Biopesticides (Bacterial, Fungal and Viral), Biological control of weeds, pathogens.
TEXT BOOK(S)
Mehrotra R.S, Plant Pathology, New Delhi, Tata McGraw Hill Publishing Company Limited, 2003.
Sambamurthy A.V.S.S, Text book of Plant Pathology, New Delhi, I.K. International Pvt. Ltd,
2009.
SubbaRao N.S, Biofertilizers in Agriculture and Forestry, 3 Revised, New Delhi, Oxford & IBH
Publishing Co Pvt Ltd, 1997.
REFERENCE BOOK(S)
Mahanta, Fundamentals of Agricultural Microbiology, New Delhi, Oxford & IBH Publishing Co,,
1994.
Postgate J, Nitrogen Fixation, 3, Cambridge, Cambridge University Press, 1998.
Sharma K.A, Biofertilizers for sustainable Agriculture, Jodhpur, Agrobios, 2003.
Sharma R.A., Totawat K.L., Maloo S.R. &Somani L.L, Biofertilizer technology, Udaipur, Agrotech
Publishing company, 2004.
SubbaRao N.S, Bioferilizers in Agriculture, 2, New Delhi, Oxford & IBH Publishing Co Pvt Ltd,
1988.
SubbaRao N.S, Soil Micro organisms and Plant Growth, New Delhi, Oxford & IBH Publishing
Co.Pvt Ltd, 1977.
SubbaRao N.S, Soil Microbiology, New Delhi, Oxford & IBH Publishing Co Pvt Ltd, 2000.
BOT4403CM ENVIRONMENTAL BIOLOGY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to • describe the components and functioning of different ecosystem. • analyze the factors influencing plants and microbes • relate the different types of interaction seen among plants and microbes and their role in sustaining
the ecosystem • analyze and evaluate their role in eco sustainability in the light of national and global environmental
issues
94
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO ECOLOGY & ECOSYSTEM 12 Hrs.
Definition, branches, scope, historical background – abiotic and biotic components of aquatic and
terrestrial ecosystem, Ecological pyramids, food chain, food web, energy flow, productivity and
measurement.
UNIT-II : ECOLOGICAL FACTORS 12 Hrs.
Classification, climatic factors – light, temperature, precipitation, atmospheric humidity. Edaphic
factors – soil, soil aeration, soil water, soil nutrients, soil temperature, soil organisms.
UNIT-III : BIOTIC FACTORS & POPULATION INTERACTION 12 Hrs.
Neutralism, Commensalism, Synergism, Mutualism, Competition, Amensalism, Antagonism,
Parasitism and Predation. Microbe - microbe interaction, Plant - microbe and animal - microbe
interaction.
UNIT-IV : PLANT COMMUNITIES & BIOGEOCHEMICAL CYCLES 12 Hrs.
Characteristics and structure of communities, Process of succession - Hydrosere, Xerosere.
Biogeochemical cycles – Definition, classification, Carbon, Water, Oxygen, Nitrogen, Sulphur and
Phosphorus cycles.
UNIT-V : CLIMATE CHANGE –GLOBAL AND LOCAL ISSUES 12 Hrs.
Climate change – perceptions – Unsustainable consumption pattern, methane emissions, low
agricultural production, rise in sea level, energy efficiency and conservation, renewable energy.
Natural disasters- Earthquakes, cyclones, floods. Carbon sinks, Ecological footprint, Climate
change and loss of biodiversity, Sustainable development - Global and local issues, Solid waste
management – Composting, Sewage treatment. Pollution case studies.
TEXT BOOK(S)
Arvind Kumar, A Text Book of Environmental science, New Delhi, A P H Publishing Corporation,
2009.
Singh. H.R, Environmnetal Biology, New Delhi, S. Chand and company Ltd, 2009.
REFERENCE BOOK(S)
Atlas. R.M and Bartha. R, Microbial Ecology: Fundamentals and Applications, California, The
Benjamin / Cummings Publishing Company, Inc, 2000.
Bhachura E, Text book of Environmental studies for under graduate students, Hyderabad,
India, Universities Press(India) Pvt Ltd, 2005.
Das. R. R, Environmental Studies, New Delhi, Paragon International Publishers, 2006.
Misra. D.D, Fundamental concepts in Environmental studies, New Delhi, S. Chand & company
Ltd, 2009.
Misra. S. P and Pandey.S. N, Essential Environmental studies, New Delhi, Ane Books India,
2008.
BOT4404CM FUNDAMENTALS OF MICROBIOLOGY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• recall the history of microbiology
• categorize the techniques used in control, isolation, and identification of microbes
• describe and differentiate the various types of microbes.
• explain the structure, reproduction and growth of bacteria and viruses
95
COURSE OUTLINE :
UNIT-I : HISTORY & CLASSIFICATION OF MICROBES 12 Hrs.
Early developments (Anton Van Leeuwenhoek, Needham, Robert Koch, John Tyndall, Louis
Pasteur, Schroeder, Brefeld, Petri, Hesse, Winogradsky, Beijerink, Flemming, Waksman, Edward
Jenner, Joseph Lister, Francesco Redi). General characteristics - Bacteria &Archaea,
Cyanobacteria, Mycoplasma, Actinomycetes [Classification – Bergey`s (IX edition- upto order level]
and virus.
UNIT-II : STRUCTURE & REPRODUCTION OF VIRUS
12 Hrs.
Virus – General characteristics, structure, classification, symmetry, lytic and lysogenic cycles.
UNIT-III : ULTRA STRUCTURE OF BACTERIA & REPRODUCTION 12 Hrs.
Ultra structure of bacterial cell - Gram +ve& Gram –ve. Staining – mechanism of staining, Simple,
Differential (Gram stain & Acid- fast) Negative staining, Endospore staining. Bacterial growth-
continuous & synchronous culture– Factors affecting growth, Determination of bacterial growth –
Direct method - Haemocytometer, Viable plate count - Indirect method – Turbidity, Motility-hanging
drop technique, Reproduction – Fission. Sporulation.
UNIT-IV : STERILIZATION 12 Hrs.
Sterilization – Disinfectant, sanitizer – ideal disinfectant, mechanism of action and application of
Physical agents (temperature – dry heat- incineration and hot air oven, wet heat- boiling,
pasteurization, tyndallisation, autoclave, desiccation, osmotic pressure, radiation - UV and filtration)
chemical agents (Phenol, Alcohol, Halogens, Heavy metals & Formaldehyde)
UNIT-V : CULTIVATION OF MICROBES 12 Hrs.
Nutritional requirements, nutritional types, Media – types and preparation, culture Methods (streak,
lawn, stab, slant, liquid) - pure culture – methods and maintenance. Cultivation of algae, fungi and
virus
TEXT BOOK(S)
Pelczar J.M., Chan E.C.S. and Kreig. R.N, Microbiology, 13th Reprint, New Delhi, Tata McGraw
Hill Publishing Company Ltd,, 2008.
REFERENCE BOOK(S)
Atlas R.M, Microbiology - Principles of Microbiology, Missouri, Mosby Year Book Inc, 2000.
Black J, Microbiology - Principles and Explorations, 7, New York, Prentice Hall International,
Inc, 2007.
Brock T.D, Biology of Microorganisms, 9, Carbondale, Southern Illinois University, 2000.
Prescott L.M., Harley J.P. and Klein D.A, Microbiology, 3, Chicago, W.M.C. Brown Publishers,
1996.
Salle A.J, Fundamental Principles of Bacteriology, 7, New Delhi, Tata McGraw Hill Publishing
Company Ltd, 1997.
BOT4401CT HORTICULTURE
(Lab cum Theory)
LEARNING OUTCOME : 3T + 1L Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the basic concepts of horticulture
• illustrate the techniques involved in plant growing
• develop skills in plant growing and maintenance
96
COURSE OUTLINE :
UNIT-I : BASIC PRACTICES IN HORTICULTURE 12T Hrs./Wk.
Horticulture - scope and importance. Plant containers, Preparation of pot mixture - individual and
group. Irrigation - surface, sub, spray and drip irrigation - Objectives and effects. Methods of
pruning – heading back, thinning out. Training - open centre, central leader and espalier.
Transplanting methods and factors influencing the plant recovery.
UNIT-II : PROPAGATION 12T Hrs./Wk.
Propagation by seed - Seed testing & sowing. Vegetative propagation – Cuttage, layerage (simple,
& air), grafting (tongue), budding (T). Manuring –organic, chemical and biofertilizers. Control of
weeds - definition, effects and methods.
UNIT-III : ORNAMENTAL GARDENING 12T Hrs./Wk.
Garden implements – uses. Ornamental gardening– principles of garden making, ornamental
garden and its parts. Lay out of ornamental garden. Establishment and maintenance of lawn,
Rockery.
UNIT-IV : OLERICULTURE 12T Hrs./Wk.
Principles, climate, soil and site selection, manuring, irrigation, Cultivation of Amaranthus. Kitchen
garden– simple plan. Pomology – planning, lay out and planting of orchards.
UNIT-V : LAB 12L Hrs./Wk.
• Garden implements • Preparation of pots, transplanting, pruning • Propagation – cuttage,
layerage, grafting, budding, division and separation • Ornamental gardening – flower bed, hanging
pots, observation of cut flowers • Kitchen garden – Layout
BOT4201CP LAB FOR ENVIRONMENTAL BIOLOGY
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop the skills to analyze and collect data
• report the obtained ecological data
• interpret and relate plant and microbial life to the environmental conditions.
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
1.Study of vegetation in the campus by
▪ Quadrat method
▪ Line transect,
▪ Belt transect method.
2.Physical parameters of water:
pH, Temperature, Turbidity,
3.Chemical paratmeters of water
Acidity, Alkalinity, Dissolved oxygen,
BOD, COD and salinity.
4.Biotic and abiotic components of pond ecosystem
5.Bacteriological analysis of water sample
Presumptive, confirmed and completed tests, IMVIC tests.
REFERENCE BOOK(S)
Cappucino, James G and Sherman Natalie ,Microbiology – A Laboratory Manual, 3, California,
The Benjamin / Cummings Publishing Company Inc, 1992.
97
Gunasekaran.P, Laboratory Manual in Microbiology, New Delhi, New Age International (P)
Limited Publishers, 1995.
Kannan. N, Laboratory Manual in General Microbiology, TamilNadu, Palani Paramount
Publications, 1996.
Manivasakam, N, Industrial Effluents – Origin, Characteristics, Effects, Analysis & Treatment,
Coimbatore, Sakthi Publications, 1987.
Trivedi. P.R and Gurdeep Raj, Environmental Water and Soil Analysis, New Delhi, Akashdeep
Publishing House, 1992.
BOT4202CP LAB FOR FUNDAMENTALS OF MICROBIOLOGY, PLANT PATHOLOGY
AND BIOFERTILIZERS
(Lab)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• prepare media for cultivation of bacteria and fungi
• demonstrate basic techniques involved in handling of glassware, isolation & cultivation of microbes
• prepare slides for staining & identification of microbes
• demonstrate biocontrol of phytopathogens
COURSE OUTLINE :
EXPERIMENTS / LAB : 60 Hrs.
1. Laboratory precautions.
2. Cleaning, Handling of glassware.
3. Sterilization –moist heat, dry heat & radiation.
4. Preparation of media – medium for the cultivation of
• Bacteria – Nutrient broth & Nutrient Agar
• Fungi - Martins Rose Bengal Agar
• Actinomycetes – Kuster’s Agar
• Algae – BG 11
5. Isolation of microbes from air, water and soil.
6. Culture methods - spread plate, pour plate, streak plate, stab & slant culture.
7. Staining techniques: Simple, Gram’s staining
8. Isolation of phytopathogen
9. Biocontrol of pathogen by Trichoderma( Dual culture)
10. Isolation of Azotobacter, Rhizobium, Azospirillum
11. Effect of commercially available bioinoculants (Azospirillum) on plant growth
(Morphometric analysis of plants)
REFERENCE BOOK(S)
Aneja K.R, Experiments in Microbiology, Plant Pathology and Biotechnology, Revised fourth
edition, New Delhi, New age international Ltd, 2009.
Cappuccino J.G., and Sherman N, Microbiology - A Laboratory Manual, 3, California, The
Benjamin/ Cummings Publishing Company, Inc, 2009.
Cappuccino, J.G, and Sherman, N, Microbiology, A Laboratory Manual, 3, California, The
Benjamin/ Cummings Publishing Company, Inc,, 1992.
98
Claws C.W, Understanding Microbes: Laboratory Text Book for Microbiology, New York, W.H.
Freeman Co, 1988.
Gunasekaran, P, Laboratory Manual in Microbiology, New Delhi, New Age International (P)
Limited, 2007.
Jha D.K, Laboratory manual on Plant Pathology, New Delhi, Pointer publishers Jaipur,
2004.Publishers, 1995.
Seeley H.W.Lee.J.J.Jr and Vandemark.P.J, Microbes in Action, New York, W.H. Freeman Co,,
1990.
99
Evaluation Pattern
(UG)
Sem Course Code Bat- ches
Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
I BOT1201FS 1 COMMUNICATION SKILLS FOR BOTANY - I AUBOT TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
I BOT1302FT 1 ALGAE AND FUNGI AUBOT LT 3 1 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
I BOT1402CT 1 BRYOPHYTES, PTERIDOPHYTES AND GYMNOSPERMS
AUBOT LT 4 1 -- -- -- 2 30 1 10 -- -- 1 20 60 40 100 -- -- 3.00 --
II BOT2201FS 1 COMMUNICATION SKILLS FOR BOTANY - II AUBOT TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
II BOT2502CM 1 PLANT SYSTEMATICS AUBOT TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II BOT2202CP 1 LAB FOR PLANT SYSTEMATICS AUBOT LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
III BOT3501CM 1 BIOCHEMISTRY AUBOT TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III BOT3502CM 1 PLANT PHYSIOLOGY AUBOT TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III BOT3503CM 1 DEVELOPMENTAL BOTANY AND PLANT BREEDING
AUBOT TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III BOT3401AT 1 BIOLOGICAL TECHNIQUES AND COMPUTER APPLICATION
AUBOT LT 4 1 -- -- -- 2 30 1 10 -- -- 1 20 60 40 100 -- -- 3.00 --
III BOT3201CP 1 LAB FOR BIOCHEMISTRY, PHYSIOLOGY AND DEVELOPMENTAL BOTANY
AUBOT LA -- 4 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
IV BOT4201SS 1 HERBAL COSMETICS AUBOT TH 2 -- -- -- -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV BOT4402CM 1 BIOFERTILIZERS AND PLANT PATHOLOGY AUBOT TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV BOT4403CM 1 ENVIRONMENTAL BIOLOGY AUBOT TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV BOT4404CM 1 FUNDAMENTALS OF MICROBIOLOGY AUBOT TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
100
IV BOT4401CT 1 HORTICULTURE AUBOT LT 3 1 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
IV BOT4201CP 1 LAB FOR ENVIRONMENTAL BIOLOGY AUBOT LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
IV BOT4202CP 1 LAB FOR FUNDAMENTALS OF MICROBIOLOGY, PLANT PATHOLOGY AND BIOFERTILIZERS
AUBOT LA -- 4 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
Courses offered to other Departments (UG)
Sem Course Code Bat- ches
Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
I BOT1402AT 1 FUNDAMENTALS OF BOTANY AUZOO LT 4 1 -- -- -- 2 30 1 10 -- -- 1 20 60 40 100 -- -- 3.00 --
II BOT2201NI 1 BIODIVERSITY – CONSERVATION AND MANAGEMENT
ALLM TH 2 -- -- -- -- 2 45 2 15 1 15 -- -- 75 40 40 -- -- 1.00 --
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
101
DEPARTMENT OF ZOOLOGY
PREAMBLE :
To equip the learners to face the current challenges in Higher Education, the Department of Zoology
revised the Undergraduate curriculum to fit into the Integrated Curricular Model that the college evolved, in
2013. The course profile, the course content & the evaluation pattern of the first two semesters were
passed in the Academic Council meeting held on April 3, 2013 (Appendix “AU”).
The department is now presenting the course profile, course content & evaluation pattern for Semesters III
& IV of the Undergraduate programme of 2013 batch.
As the hours for Part I and II have increased to 6, the modified course profile, course content & evaluation
pattern for Semesters I & II of 2014 batch are being presented.
The Post Graduate course profile and course content were revamped based on the students' need for
equivalence certificate.
B.Sc. (Special) Zoology (Specialization in Biotechnology) - Aided
Course Profile
Sem. Course Code Course Title Hrs./
Week Credit Passed in
2014 Batch
I PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
ZOO1201FS COMMUNICATIVE SKILLS FOR ZOOLOGISTS - I 2 2 AU-2013 as
ZOO1101FS
BOT1402AT FUNDAMENTALS OF BOTANY 4T + 1L 4
ZOO1302FT INVERTEBRATA – I 3T + 1L 3
ZOO1401CT INVERTEBRATA-II 4T + 1L 4
VBC1001FV HEALTHY TRANSITION FROM ADOLESCENCE TO
ADULTHOOD
2 --
Total 30 19
II PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
CHE2401AA BASICS OF CHEMISTRY FOR BIOLOGISTS 5 4 AU-2013 as
CHE2401SA
ZOO2201FS COMMUNICATIVE SKILLS FOR ZOOLOGISTS - II 2 2 AU-2013 as
ZOO2101FS
ZOO2301CM CELL BIOLOGY 4 3
ZOO2403CT CHORDATA 3T + 1L 4
ELECTIVE ENVIRONMENTAL ELECTIVE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
Total 30 22
2013 Batch
III MATQ3431AA / APPLIED MATHEMATICS FOR BIOLOGISTS / 5 4
MATQ3432AA MATHEMATICS FOR BIOLOGISTS
ZOO3501CM BIOCHEMISTRY 5 5
ZOO3502CM GENETICS 5 5
102
ZOO3201CP LAB IN GENETICS 4 2
ZOO3302CP LAB IN CELL BIOLOGY & BIOCHEMICAL TECHNIQUES 5 3
ELECTIVE NON-MAJOR ELECTIVE 2 2
VOCATIONAL COURSE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
CLUB / ACADEMIC ADVISING 1 --
Total 30 24
IV ZOO4401CM MOLECULAR BIOLOGY 4 4
ZOO4501CM ANIMAL PHYSIOLOGY 5 5
ZOO4502CM IMMUNOLOGY 5 5
ZOO4201CP LAB IN PHYSIOLOGY AND ENVIRONMENTAL BIOLOGY 4 2
ZOO4201SP LAB IN BASIC CLINICAL DIAGNOSTICS 2 2
ZOO4302CP LAB IN MOLECULAR BIOLOGY AND IMMUNOLOGY 5 3
ELECTIVE NON-MAJOR ELECTIVE 2 2
VBC0201FV /
VBC0202FV
WOMEN’S STUDIES /
HUMAN RIGHTS AND DUTIES
2 2
CLUB / ACADEMIC ADVISING 1 --
Total 30 25
Other Courses offered by the Department
Sem. Course Code Course Title Offered
To
Hrs./
Week Credit Passed in
I ZOO1401AT ANIMAL DIVERSITY AUBOT 4T + 1L 4
II ZOO2201NI ENVIRONMENTAL BIOLOGY ALLM 2 2
M.Sc. - Aided
Course Profile
Sem Course Code Course Title Hrs./
Week Credit
I PGZ1527M PHYSIOLOGY 5 5
PGZ1528M BIOCHEMISTRY 5 5
PGZ1529M MICROBIOLOGY 5 5
PGZ1423P LAB IN MICROBIOLOGY 5 4
PGZ1424P LAB IN PHYSIOLOGY & BIOCHEMISTRY 5 4
VALUE BASED COURSES 2 1
LIBRARY 2
CLUB 1
Total 30 24
II PGZ2526M MOLECULAR BIOLOGY 5 5
103
PGZ2527M GENETICS AND EVOLUTION 5 5
PGZ2528M IMMUNOLOGY 5 5
PGZ2322P LAB IN IMMUNOLOGY 4 3
PGZ2323P LAB IN MOLECULAR BIOLOGY 4 3
ELECTIVE 4 4
VALUE BASED COURSES 2 1
LIBRARY 1
Total 30 26
III PGZ0621M PROJECT 2 0
PGZ3522M rDNA TECHNOLOGY 4T + 2L 5
PGZ3424M STATISTICAL TOOLS IN BIOLOGICAL RESEARCH 4 4
PGZ3425M PLANT AND MICROBIAL BIOTECHNOLOGY 4 4
PGZ3523O /
PGZ3524O
IMMUNOTECHNOLOGY /
MOLECULAR DIAGNOSTICS AND FORENSICS
5 5
PGZ3423P LAB IN BIOTECHNOLOGY 4 4
ELECTIVE 4 4
CLUB 1
Total 30 26
IV PGZ0621M PROJECT 8 6
PGZ4421M BIODIVERSITY,IPR AND BIOSAFETY 4 4
PGZ4524M ANIMAL BIOTECHNOLOGY 5 5
PGZ4527M DEVELOPMENTAL BIOLOGY 5 5
PGZ4525O /
PGZ4526O
ECONOMIC ENTOMOLOGY /
ANIMAL BEHAVIOUR
5 5
LIBRARY/SEMINAR 2
CLUB 1
Total 30 25
Other Courses offered by the Department
Sem Course Code Course Title Offer To Hrs./
Week Credit
ALL PGZ0422D WILDLIFE IN INDIA ALLM -- 4
ALL PGZ0424D NATURE WATCH ALLM -- 4
ALL PGZ0425D GREEN TECHNOLOGY ALLM -- 4
II PGZ2423E NUTRITION, HEALTH AND CHILD CARE ALLM 4 4
III PGZ3422E HUMAN REPRODUCTIVE BIOLOGY ALLM 4 4
104
ZOO1302FT INVERTEBRATA – I
(Lab cum Theory)
LEARNING OUTCOME : 3T + 1L Hrs./Wk.
On successful completion of the course, the student will be able to
• differentiate diversity of the invertebrates.
• illustrate the basic plan of structure and classification of invertebrates.
• identify economically important invertebrates and explore the avenues to apply this knowledge
COURSE OUTLINE :
UNIT-I : SYSTEMATICS 12T Hrs./Wk.
- Classification of animal kingdom – different grades of organization. PHYLUM PROTOZOA –
Characteristic features, classification upto classes, type study: Amoeba.Sporozoan parasite -
Plasmodium- development and life cycle. Biological significance of protozoans.
UNIT-II : PHYLUM: PORIFERA 10T Hrs./Wk.
Characteristics and classification upto classes based on complexity, structure of simple sponge
(Ascon type), canal system
UNIT-III : PHYLUM: COELENTERATA 11T Hrs./Wk.
Characteristics and classification upto classes, type study;Obelia- alternation of generations,
polymorphism. Coral wealth of India.
UNIT-IV : PHYLUM: HELMINTHES 12T Hrs./Wk.
Characteristics and classification upto classes. Fasciola hepatica and Ascaris lumbricoides - life
cycle and parasitic adaptations. Helminth parasites in man- Tape worm, Guinea worm, Hook worm
and Filarial worm (brief overview).
UNIT-V : LAB 15T Hrs./Wk.
SPOTTERS & SLIDES: PROTOZOA – Amoeba, Paramecium – entire, Foraminifera, Opalina.
PORIFERA – Observation of spicules. COELENTERATA – Obelia– entire, medusa, Hydra –
budding, Aurelia, Corallium rubrum, Physalia. HELMINTHES – Taenia solium – entire and scolex,
Fasciola hepatica – entire, Ascaris male & female, L.S of Ascaris.
TEXT BOOK(S)
Jordan, E.L., & Verma, P.S, Invertebrate Zoology, New Delhi: Chand and Co., 2009.
REFERENCE BOOK(S)
Ayyar, E., & Ananthakrishnan T.N, A Manual of Zoology,Invertebrata1(Part I), 5th ed., Vol 1,
Chennai, S.Viswanathan Printers and Publishers, 1982.
Barnes, R.D, Invertebrate Zoology, 5th ed., London, W.B.Saunders Co., 1986.
Kotpal R.L, Coelenterata, 7th ed., Meerut, India, Rastogi Publications, 2003.
Kotpal, R.L, Modern Text Book of Zoology – Invertebrates, 10th ed., Meerut,India, Rastogi
Publications, 2009.
ZOO1401CT INVERTEBRATA-II
(Lab cum Theory)
LEARNING OUTCOME : 4T + 1L Hrs./Wk.
On successful completion of the course, the student will be able to
• differentiate diversity of the invertebrates.
• illustrate the basic plan of structure and classification of invertebrates.
• identify economically important invertebrates and explore the avenues to apply this knowledge.
105
COURSE OUTLINE :
UNIT-I : PHYLUM: ANNELIDA 12T + 3L Hrs.
Characteristics and classification upto classes, structure and organization of earthworm,
vermiculture and its applications.
UNIT-II : PHYLUM: ARTHROPODA 12T + 3L Hrs.
General characters and classification upto classes – Prawn – type study.
UNIT-III : CLASS INSECTA - SOCIAL INSECTS 12T + 3L Hrs.
Ants, Termites, Honeybee, Wasps.
UNIT-IV : PHYLUM: MOLLUSCA 12T + 3L Hrs.
Characteristics and classification upto classes, Type study – Pila, Pearl oyster culture.
UNIT-V : PHYLUM: ECHINODERMATA 12T + 3L Hrs.
Characteristics and classification upto classes, Type study - Asterias, larval forms of echinoderms.
EXPERIMENTS / LAB :
LAB:
1. Earthworm – Demonstration of digestive system, lateral hearts and nervous system
2. Diversity of mouth parts of insects - cockroach, honey bee, mosquito and any other
relevant insect.
3. Mounting of appendages of prawn
4. Larval forms of Echinoderms (slides)
5. Spotters: Limulus, Pila, Asterias.
6. Field visit
TEXT BOOK(S)
Jordan, E.L., &Verma, P.S., Invertebrate Zoology, Multicolor revised ed., New Delhi: Chand and
Co., 2009.
REFERENCE BOOK(S)
Ayyar, E., & Ananthakrishnan,T.N., A Manual of Zoology - Invertebrata – (Part II), 5th revised
ed., Vol 2., Chennai, S. Viswanathan, Printers and Publishers, 2003.
Barnes, R.D., Invertebrate Zoology, 5th ed., London, W.B. Saunders Co., 1986.
Kotpal, R.L, Echinodermata, 5th ed., Meerut, India, Rastogi Publications, 2003.
Kotpal, R.L., Modern Text Book of Zoology - Invertebrates, 10th ed., Meerut, India, Rastogi
Publications, 2009.
ZOO2201NI ENVIRONMENTAL BIOLOGY
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• differentiate the concepts and principles of inter-relationship between organisms and their
environment
• explain how energy and materials are transferred through the ecosystem
• organize activities pertaining to environmental management and prevention of environmental
pollution based on the awareness created.
COURSE OUTLINE :
UNIT-I : 7 Hrs.
Concept and principles of an ecosystem: An introduction to biotic and abiotic factors - pond as an
ecosystem, energy relationships in an ecosystem.
106
UNIT-II : 7 Hrs.
Community Ecology - Biogeochemical cycles (Phosphorus cycle and Nitrogen cycle)
UNIT-III : 7 Hrs.
Habitat ecology: Adaptations of lentic, Lotic and Littoral organisms
UNIT-IV : 9 Hrs.
Human impact on Air, water and land pollution abatement. Sustainable environmental
management: solid waste disposal, and sewage sludge disposal.
TEXT BOOK(S)
Agarwal V.K., and Verma P.S., Environmental Biology: Principles of Ecology, Reprint, New
Delhi,India: Chand (S.) & Co., Ltd., 2006.
REFERENCE BOOK(S)
Arceivala, S.J, Waste water Treatment for Pollution Control, 2nd ed., New Delhi, Tata McGraw
Hill Publishing Company Limited, 2000.
Joseph, K., and Nagendran, R, Essentials of Environmental Studies, New Delhi, Pearson
Education Pvt. Ltd., 2004.
Molles, M.C.,, Ecology Concepts and Applications, 1st ed., New York, WCB McGraw Hill
Company, 1999.
WithGott, J., and Brennan,, Environment, 2nd ed., San Francisco,, Pearson Education, Inc.,
Publishing as Benjamin Cummings,, 2007.
ZOO2301CM CELL BIOLOGY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• define the cell as a structural and functional unit of life.
• cell organelles compare the structure and functions of various.
• interpret cell organization.
COURSE OUTLINE :
UNIT-I : CELL MEMBRANE AND TRANSPORT 12 Hrs.
Cell as the basic unit of living organism – cell theory, prokaryotic and eukaryotic cells. Structure of
plasma membrane (fluid mosaic model). Functions of plasma membrane – facilitative diffusion,
active transport mechanism.
UNIT-II : INTRACELLULAR COMPARTMENTS – I 12 Hrs.
Structure and functions of Endoplasmic reticulum,Golgi complex,Lysosomes.
UNIT-III : INTRACELLULAR COMPARTMENTS – II 12 Hrs.
Mitochondria-structure and functions. Nucleus: Structure – nuclear membrane, pore complex,
nucleolus, chromatin; euchromatin, heterochromatin, functions.
UNIT-IV : CELL CYCLE AND DIFFERENTIATION 12 Hrs.
Cell cycle stages and regulation – checkpoints. Cell division: mitosis, mitotic apparatus, meiosis,
difference between mitosis and meiosis; Cytoskeleton- microtubules, actin filaments and
intermediate filaments.
UNIT-V : CELL ORGANIZATION AND CELL DEATH 12 Hrs.
Cell organization into tissues and organs- glandular, epithelial, muscle, nerve and connective
tissues – structure and function (brief account) - Cell ageing and death - apoptosis– cellular
changes.
107
TEXT BOOK(S)
Alberts B, Johnson A, Lewis J, Raff M, Roberts K and Walter .P, Essential Cell Biology, 3rd ed.,
New York: Garland Science Publishers, 2004.
REFERENCE BOOK(S)
Alberts B, Johnson A, Lewis J, Raff M, Roberts K and Walter .P., Molecular Biology of the Cell,
5th ed., New York, Garland Science Publications, 2008.
Becker W.M, Kleinsmith L.J and Hardin .J, The World of the Cell, 6th ed., London, Pearson
Education Inc., 2011.
De Robertis E.D.P. and De Robertis E.M.F, Cell and Molecular Biology, 8th ed., Indian Reprint,
New Delhi, B.I Publications Pvt Ltd, 2011.
Johnson K.E., The Medical Series for Independent Study- Histology and Cell Biology,
Baltimore, Williams and Wilkins, 1991.
Lewin B, Cassimeris L, Lingappa R.V. and Plopper G, Cells, 2nd ed., London, Jones and Bartlett
Publishers, 2007.
Swanson C.P. and Webster P.L, The Cell, 5th ed., New Delhi, Prentice Hall of India Pvt. Ltd, 1990.
ZOO2403CT CHORDATA
(Lab cum Theory)
LEARNING OUTCOME : 3T + 1L Hrs./Wk.
On successful completion of the course, the student will be able to
• recogonize the beauty and value of diverse vertebrate organisms
• compare and contrast characteristic features of lower vertebrates to human organization.
• organize entrepreneurial ventures to support life and enhance standard of living.
COURSE OUTLINE :
UNIT-I : DIVISION: PROCHORDATES 12T Hrs./Wk.
Classification upto classes; Cephalochordata: Type study: Amphioxus; Urochordata: Special
features of Tunicates; Hemichordata: Special features of Balanoglossus; Agnatha – Petromyzon;
Chordate and vertebrates characteristics; systems and skeleton comparison of vertebrates. LAB :
PROCHORDATES: Ascidia, Amphioxus – section - Petromyzon - entire.
UNIT-II : CLASS: PISCES 12T Hrs./Wk.
Classification upto orders;Gnathostomata: Type study: Scoliodon; lung fishes; fish migration;
parental care in fishes LAB: PISCES: Shark - demonstration of digestive, arterial and urino –
genital system dissection; placoid scale mounting.
UNIT-III : CLASS: AMPHIBIA 14T Hrs./Wk.
General feature and classification up to orders with emphasis on newts and Apoda; Type Study:
Rana hexadactyla(Frog); Parental care in amphibians; neoteny. LAB: AMPHIBIA: Frog dissection
(Virtual lab), Ichthyophis, Salamandra, Axolotl, Hyla, Bufo CLASS: REPTILIA: General features
and classification upto orders; Type study: Calotes versicolor (Garden lizard); Poison apparatus;
identification of poisonous and non-poisonous snakes; economically important south Indian
reptiles. LAB: REPTILIA: Calotes (Virtual lab).
UNIT-IV : CLASS: AVES 11T Hrs./Wk.
General features and classification upto orders; Type study: Columba livia (Pigeon); Birds as
‘glorified reptiles’, flightless birds, migration of birds, beak and feet adaptation. LAB: AVES: Pigeon
- dissection (Virtual lab); Bird watcher’s diary (migratory and non-migratory birds) - to be submitted
at the end of the course.
108
UNIT-V : CLASS: MAMMALIA 11T Hrs./Wk.
General features and classification upto orders; Type study: Oryctolagus cuniculus (Rabbit);
Adaptive radiation in mammals; economic importance. LAB: Bat ( aerial adaptation), whale (
aquatic adaptation), cat ( terrestrial adaptation); Visit to a Sanctuary / Zoo/ Museum.
TEXT BOOK(S)
Jordan E.L. and Verma P.S, Chordate Zoology, New Dlhi: S. Chand and Co., 1998.
REFERENCE BOOK(S)
Ayyar, E., A Manual of Zoology - Invertebrata – (Part II), Chennai, S. Viswanathan Pvt. Ltd.
(Reprint), 2000.
Jhingran V.G, Fish and Fisheries of India, 2nd ed., Hindustan Publishers, 1998.
Kotpal R.L., Modern Textbook of Zoology - Vertebrates, Rastogi Publ., Meerut, 2000.
ZOO3501CM BIOCHEMISTRY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• explain biochemical basis of processes that occur in human body.
• express the role of macromolecules and their metabolism.
• apply concepts learnt in clinical diagnosis.
COURSE OUTLINE :
UNIT-I : CARBOHYDRATES 18 Hrs.
Introduction-basic concepts and designs-Laws of thermodynamics- biological oxidations-high
energy compounds.Monosaccharides- structure, isomerism, ring structure of glucose - physical and
chemical properties of monosaccharides, Oligo and polysaccharides-homo and hetero
polysaccharides –Glycolysis – Citric acid cycle and electron transport chain. Role of carbohydrates
in living systems.
UNIT-II : PROTEINS 15 Hrs.
Structure, classification and properties of amino acids - Naturally occurring peptides and their
functions -Conformation of proteins and denaturation -Classification of proteins, their structure and
role. Biosynthesis and degradation of aminoacids
UNIT-III : LIPIDS 12 Hrs.
Structure, classification and properties of fatty acids and their derivatives - Fats - structure and
hydrolysis – Lipogenesis and beta oxidation of fatty acids - Role of lipids in living systems.
UNIT-IV : NUCLEIC ACIDS 15 Hrs.
Structure of bases-nucleosides and nucleotides - Structural conformation and properties of DNA
and RNA – Biosynthesis and degradation of nucleic acids. Role of nucleic acids in living systems.
UNIT-V : VITAMINS AND BIOCATALYSTS 15 Hrs.
Vitamins- Fat soluble and Water solublevitamins. Types and properties of enzymes - factors
affecting enzyme action,enzyme inhibition. Enzyme catalysis –catalytic mechanisms.
TEXT BOOK(S)
Conn E.E.P.K., Stumpf.G.,Bruening.R. and Doi .H., Outlines of Biochemistry, New York: John
Wiley & Sons, 2006.
REFERENCE BOOK(S)
Elliot W. H., Elliot.D.C., Biochemistry and Molecular Biology, India, Oxford University Press,
2013.
109
Lehninger L.A., Nelson D.L., Cox, M.M., Principles of Biochemistry, 4th ed., London, Worth
Publishers, 2014.
McKee .T and McKee.R.J, Biochemistry an Introduction, 4th ed., Philadelphia, USA,
Wm.C.Brown Publishers, 2013.
Stryer.L, Biochemistry, 7th ed., New York, W.H.Freeman publishers, 2012.
West, E.S., Todd.W.R.,Mason.H.S and Bruggen. J.T.V., Text Book of Biochemistry, New Delhi,
Oxford and IBH Publishing, Co. Pvt. Ltd., 1995.
ZOO3502CM GENETICS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• interpret the basic principles of heredity and their application in life situations.
• comprehend application of genetics in animal and plant breeding.
• relate principles of heredity to various genetic disorders in man and animals.
COURSE OUTLINE :
UNIT-I : MENDEL'S WORK, DEVIATIONS AND SEX DETERMINATION 15 Hrs.
Review of Mendel’s work-Mono andDihybrid ratios; Deviant Mendelian Monohybrid and Dihybrid
ratios, Linkage and Crossing over, Mapping of Chromosomes; Sex Determination - Bipotential
nature of organisms, Role of external and internal environments, Chromosomal mechanism –
Gynandromorphism.
UNIT-II : QUANTITATIVE GENETICS,SEX LINED INHERITANCE AND CYTOPLASMIC
INHERITIANCE
17 Hrs.
Polygenic Inheritance - Skin pigmentation in man, Height and weight, ear length in maize/wheat
and spotting in mice; Multiple alleles - Blood grouping in man, coat colour in rabbit and Eye colour
in Drosophila - Related problems; Sex-linked inheritance in man (Colour blindness and Hemophilia)
and Drosophila (eye colour) – problems; Maternal inheritance - Coiling of shell, kappa particles,
milk factor and plastid inheritance.
UNIT-III : MICROBIAL AND MOLECULAR GENETICS 15 Hrs.
DNA as genetic material –One gene one enzyme concept; Chromosomal abberations and ploidy;
Mutation a) Spontaneous mutation b) induced c) Molecular basis d) types of mutation e) Mutagens
- their modes of action; Genetic recombination in bacteria.
UNIT-IV : HUMAN GENETICS 13 Hrs.
Simple Mendelian Traits; Pedigree analysis; Twin studies; Contribution of twins in understanding
Genetics; Inborn errors of metabolism and syndromes; Hereditary diseases, their mode of
inheritance; Eugenics and genetic counseling.
UNIT-V : PUPULATION GENETICS 15 Hrs.
Hardy – Weinberg theorem -derivation; Factors affecting gene frequencies; Application of genetics
in animal and plant breeding; problems.
TEXT BOOK(S)
Tamrin R.H, Principles of Genetics, 7th ed., India: Tata McGraw Hill Pub., 2007.
REFERENCE BOOK(S)
Gardner E, Principles of Genetics, 5th ed., India, John Wiley and sons Inc., 1975.
Griffiths A.J.F, Wessler S.R, Carroll S B, Doebley J, Introduction to Genetic Analysis, New York,
W.H.Freeman & Company, 2012.
110
Klug W.S and Cumming M.R, Essentials of Genetics, 7th ed., New Delhi, India, Replica Press
Pvt. Ltd., 2003.
Pierce B.A., Genetics – A Conceptual Approach, 4th ed., New York, W.H.Freeman and Co.,
2012.
Sinnot E. W, Dunn L.C. and Dobzhansky T., Principles of Genetics, 5th ed. Reprint,, New Delhi,
Tata Mc Graw Hill Pub. Co. Ltd., 2004.
Strickberger W., Genetics, 2nd ed., London, Macmillan Pub. Co. Inc., 1978.
Winchester A.M., Genetics, 3rd ed., New Delhi, Oxford and IBH Pub. Co., 1967.
ZOO3201CP LAB IN GENETICS
(Lab)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply the basic principles of Genetics.
• recall the concepts of human and microbial Genetics.
• explain pedigree trees and solve problems
COURSE OUTLINE :
EXPERIMENTS / LAB : 0 Hrs.
DROSOPHILA GENETICS
1. Culture of Drosophila
2. Study of Drosophila - Isolation of virgin flies, life cycle and observation of giant
chromosomes.
3. Inheritance of eye color
HUMAN GENETICS
4. Simple Mendelian traits and pedigree analysis
5. Multiple alleles - blood grouping
6. Observation of Barr body
7. Polygenic inheritance with reference to height and weight – statistical analysis.
MICROBIAL GENETICS
8. Bacterial mutagenesis - physical (UV) - survival curve
9. Plasmid - encoded antibiotic resistance in different strains.
10. Phage infection and plaque formation.
REFERENCE BOOK(S)
Jayaram K. and Jayaraman R, Laboratory Manual in Molecular Genetics, New Delhi, Wiley
Eastern Ltd., 1979.
Jayaraman K. and Krishnaswamy.S, Genetics – Experiments with Drosophila, Madurai, Printed
at Galaxy, 1973.
Miller H.J,, A Short Course in Bacterial Genetics –A Laboratory Manual and Handbook for
E.coli and Related Bacteria, New York, Cold Spring Harbour Laboratory Press, 1992.
Sinnot E. W, L.C.Dunn and T. Dobzhansky, Principles of Genetics, 4th ed., New Delhi, Tata Mc
Graw Hill Pub. Co. Ltd., 1973.
Winchester A.M, Genetics, 3rd ed., New Delhi, Oxford and IBH Pub.Co., 1967.
111
ZOO3302CP LAB IN CELL BIOLOGY & BIOCHEMICAL TECHNIQUES
(Lab)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• discover the wonder of cells under a microscope.
• analyze biochemical parameters of biological samples.
• apply concepts in clinical diagnosis.
COURSE OUTLINE :
EXPERIMENTS / LAB : 0 Hrs.
1. Microscopy – basics, handling and cell measurement.
2. Observation of mitotic chromosomes.
3. Observation of meiotic chromosomes.
4. Observation of cells (prokaryote and eukaryote) and tissues (connective, cartilage,
muscle).
5. Preparation of solutions - Percentage, normality, molarity, molality and ppm
6. pHmetry – Titration curve of acetic acid.
7. Colorimetry – Verification of Beer – Lambert’s law.
8. Qualitative analysis of carbohydrates.
9. Qualitative analysis of amino acids and proteins.
10. Quantitative estimation of carbohydrates – Folin-Wu method.
11. Quantitative estimation of protein – Lowry’s method.
12. Separation of amino acids – paper chromatography.
13. Enzyme activity – effect of substrate concentration
REFERENCE BOOK(S)
Celis.J.E., Cell Biology –A Laboratory Manual, 2nd ed., New York, Academic Press, 1998.
Gasque E.C., A Manual of Laboratory Experiences in Cell Biology, First Indian Reprint, New
Delhi, Universal Bookstall, 1990.
Palanivelu P., Analytical Biochemistry and separation techniques – A laboratory manual for
B.Sc.& M.Sc. students, 2nd ed., Madurai, Kalaimani printers, 2001.
Plummer T.D, An Introduction to Practical Biochemistry, 4th ed., Europe, Mc Graw Hill Book
Company, 2000.
Shanmugam G., Cell Biology – A Laboratory Manual, Madras, Macmillan India Ltd., 1988.
Wilson K. and Kenneth H.G., A Biologists Guide to Principles and Techniques of Practical
Biochemistry, 3rd ed., Cambridge, UK, Cambridge University Press, 1992.
ZOO4401CM MOLECULAR BIOLOGY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• relate genes to functions at molecular level.
• identify molecular interactions in gene expression and control.
• apply concepts learnt in research.
112
COURSE OUTLINE :
UNIT-I : CHROMOSOME STRUCTURE AND TRANSPOSABLE ELEMENTS 12 Hrs.
Structure and organization – bacteria and eukaryotic chromosomes – chromatin, histones,
centromere and telomere – Gene structure and architecture – Introns and Exons, repetitive DNA,
gene duplication, pseudogenes.Transposable elements – mechanism of transposition –
transposable elements in bacteria and eukaryotes– transposition via DNA and RNA intermediates.
UNIT-II : DNA REPLICATION AND RECOMBINATION 12 Hrs.
Semi - conservative replication, enzymes and proteins – prokaryotic and eukaryotic replication.
Recombination and DNA repair mechanisms - models and enzymes involved in recombination,
types of DNA repair.
UNIT-III : TRANSCRIPTION AND TRANSLATION 14 Hrs.
Transcription apparatus – process of bacterial and eukaryotic transcription. RNA processing – Pre -
mRNA, polyadenylation, capping, splicing, editing. Genetic code – degeneracy, reading frame,
mechanism of translation, post - translational modification of proteins – chaperones and protein
folding, glycosylation, cleavage – Proteomics.
UNIT-IV : CONTROL OF GENE EXPRESSION 12 Hrs.
Operon – structure – inducible and repressible operons – Lac operon. Catabolite repression – Trp
operon, Attenuation.regulation in eukaryotes – methylation, histone modification, role of activators,
enhancers, Basic concepts of RNA interference.
UNIT-V : SIGNAL TRANSDUCTION 10 Hrs.
Receptors, Signaling pathways – types, G protein - coupled receptor, receptor protein tyrosine
kinase - second messengers, intracellular enzyme cascade.
TEXT BOOK(S)
Twyman R.M., Advanced Molecular Biology, 4th ed., New Delhi: Viva books Pvt.Ltd, 1998.
REFERENCE BOOK(S)
Alberts B, Johnson A, Lewis J, Raff M, Roberts K, Walter P., Molecular Biology of the Cell, 5th
ed., UK, Garland Science Publishers, 2008.
Brown, T.A., Genomes 3, 3rd ed., UK, Garland Science Publishers, 2007.
Cooper G.M., The Cell –Molecular approach, Washington DC, ASM Press, 1997.
Marks, F, Klingmuller, U, Decker, K.M,, Cellular Signal Processing, Garland Science, USA,
Taylor & Francis Group LLC, 2009.
Watson, J.D, Baker, T.A., Bell, S.P, Gann, A, Levine, M, Losick, R., Molecular Biology of the
Gene, 5th ed., USA, Pearson Education Inc., 2004.
ZOO4501CM ANIMAL PHYSIOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• relate structure and function in various grades of animals.
• identify the mechanisms of functioning of various organ systems.
• recognise the fundamental unity in their physiological function.
COURSE OUTLINE :
UNIT-I : NUTRITION 15 Hrs.
Types of feeding – particulate and liquid, digestion and absorption of carbohydrate, protein and fat,
cellulose digestion in ruminants. RESPIRATION Respiratory organs,respiratory pigments, oxygen
and carbon-di-oxide transport, dissociation curves, respiratory quotient, respiratory control.
113
UNIT-II : THERMOREGULATION 15 Hrs.
Poikilotherms and homeotherms, physiological adaptations, thermostat, hibernation and
aestivation. OSMOREGULATION AND NITROGEN EXCRETION Osmoconformers and
osmoregulators with specific examples, osmotic and ionic balance, acid-base balance, types of
excretory organs, nitrogen excretion patterns, ornithine cycle.
UNIT-III : CIRCULATION 12 Hrs.
Pulmonary and systemic, blood composition, coagulation, types of heart, haemodynamic principles,
cardiovascular regulation.
UNIT-IV : NEUROSENSORY MECHANISMS 18 Hrs.
Mechano, photo and chemoreceptors and their physiology, structure of neuron, synapse,
mechanism of impulse conduction, chemical transmitters – acetylcholine, adrenaline,
neuromuscular junction, EFFECTORS: Ultra structure of skeletal muscle and mechanism of muscle
contraction.
UNIT-V : ENDOCRINE MECHANISMS 15 Hrs.
Hormones in crustaceans and insects, hormones in metabolism in mammals, hormones in color
change in reptiles, hormones in mammalian reproduction.
TEXT BOOK(S)
Nielson S.K, Physiology, 5th ed, New York: Cambridge press, 1990.
REFERENCE BOOK(S)
Eckert R. and Randall D., Animal Physiology, 2nd ed., New York, CBS publishers and
distributors, 1987.
Hoar W.S.,, General and Comparative Animal Physiology, India, New Delhi, Prentice Hall, 1967.
Strand F.L., Physiology – A regulatory Approach System, Meerut, Macmillan publishing
company, 1983.
ZOO4502CM IMMUNOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• explain basic principles of Immunology
• compare the intricate functions of effector cells and relate them to human health
• develop concepts and apply in relevant areas of study
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO IMMUNE SYSTEM 15 Hrs.
Historical perspectives, innate and adaptive system-. Organs and cells involved in immune
response
UNIT-II : ANTIGEN - ANTIBODY INTERACTION 15 Hrs.
Antigen, antibody types- structure and characterization- class switching, genetic diversity of
antibody production, Factors involved in Antigen – antibody interaction, hybridomatechnology.
UNIT-III : TYPES OF IMMUNE RESPONSE 15 Hrs.
a)Cellular immune response: T cellreceptor- maturation, activation and differentiation in immune
response- cytokines. b)Humoral immune response: B cell activation and proliferation, clonal
selection, antibody production
UNIT-IV : MHC-H2 AND HLA 15 Hrs.
Tissue typing, MHC- Its role in immune regulation and disease association; Immune response in
infectious diseases- bacterial, viral infections Immune response to tumours
114
UNIT-V : HYPERSENSITIVITY REACTIONS 15 Hrs.
Type I, II, III, IV, Autoimmunity and related immunological disorders and Immuno deficiency-
AIDS,Vaccines.
TEXT BOOK(S)
Coico.R. & Sunshine.G, Immunology –A Short course: John Wiley & Sons Inc. publication, 2009.
REFERENCE BOOK(S)
Coleman. R.M., Lombard M.F., Sicard R.E. and Rencricca N.J., Fundamental Immunology, 3rd
ed., Iowa, Wm.C.Brown Publishers, 1994.
Goldsby. R.A., Kindt T.J. Osborne B.A., Kuby., Immunology, 4th ed., New York, W.H. Freeman
and Co, 2000.
Male, D, Brostoff. J, Roth D.B, Roitt. I ,, Immunology, 7th ed., London, Mosby Elsevier, 2006.
Stites D.P, Terr A.I &Parslow T.G, Basic and Clinical Immunology, UK, Prentice Hall Publishing,
1994.
Tizard, I.R., Immunology – An Introduction, 4th ed., Canada, Saunders College Publishing,
2007.
Weir DM, Stewart J, Immunology, 8th ed., New York, Pearson Professional Ltd, 1997.
ZOO4201CP LAB IN PHYSIOLOGY AND ENVIRONMENTAL BIOLOGY
(Lab)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop practical knowledge about enzyme kinetics.
• identify and compare the functioning of various receptors.
• assess pollution status of their immediate environment.
COURSE OUTLINE :
EXPERIMENTS / LAB : 60 Hrs.
EXPERIMENTS – PHYSIOLOGY
1. Enzymatic hydrolysis of starch.
2. Effect of temperature on the opercular activity of fresh water fish.
3. Plasticity of pulse rate and heart beat in human.
4. Analysis of nitrogenous wastes in fish and mammal.
5. Haemin crystal mounting.
6. Uric acid crystal mounting.
7. Demonstration of diagnostic tools – ECG, EEG, Angiogram and dialysis.
8. Study of sensory receptors – mechano, olfactory and photoreceptors.
EXPERIMENTS – ENVIRONMENTAL BIOLOGY
9. Study of physical factors – temperature, humidity, light, wind velocity, current, soil profile,
substrate analysis.
10. Analysis of water quality – pH, CO2, O2, ammonia, phosphate, salinity and alkalinity in
water samples.
11. Measurement of primary productivity – light and dark bottle method.
12. Population study using yeast.
13. Estimation of biological oxygen demand.
115
14. Analysis of fresh water plankton.
15. Study of ecological succession – quadrate analysis.
16. Survey on pollution - related problems in Madurai city.
REFERENCE BOOK(S)
Alison L.B., Ecology of Fresh Water, London, Heimemamm Educational books Ltd, 1971.
Charles K.S., Animal Ecology, USA, Prentice Cliffs, N.J, 1961.
Eugene P.O., Fundamentals of Ecology, 3rd ed., USA, W.B.Saunderscom.Ltd, 1971.
Hoar, W.S, A Laboratory companion, General and comparative Physiology, New Delhi,
Prentice Hall, 1967.
Jeyaraj N., and MahadevanA., Animal Physiology Manual, Tamilnadu, Arte Publishers, 1994.
Michael.P,, Ecological Methods for Field and Laboratory Investigations, New Delhi, Tata
McGraw Hill publishing company Ltd, 1984.
Rastogi, S.C., Experimental Physiology, New Delhi, Wiley Eastern Ltd., 1982.
ZOO4201SP LAB IN BASIC CLINICAL DIAGNOSTICS
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• interpret the principles of clinical screening.
• relateclinical conditions to the results obtained.
• applyconcepts in clinical diagnosis.
COURSE OUTLINE :
EXPERIMENTS / LAB : 30 Hrs.
READING EXERCISE:Lab safety and regulation – first aid – clinical laboratory records – specimen
collection – preparation of reagent Solutions & Laboratory Calculations.
1. Haematological tests
a. Hb estimation
b. ESR
c. Bleeding and clotting time
d. RBC and WBC count
e. differential WBC count
2. Biochemical Tests
Estimation of
a. Glucose
b. Protein
c. Albumin
d. Urea
e. Bilirubin
f. Triglycerides
g. Cholesterol and
h. Enzymes (LDH, SGOT, SGPT)
3. Clinical pathology
a. Urine analysis – visual urine attributes, sediment examination,
b. Pregnancy test
116
c. Semen analysis
d. Observation of pathogenic microbes – by visiting a clinical laboratory.
REFERENCE BOOK(S)
Godkar B.P. and Godkar D.P., Textbook of Medical Laboratory Technology, 2nd ed., India, Jay
Kay Book Shop, 2008.
Harold.V., Practical Clinical Biochemistry, 4th ed., Delhi, CBS Publishers, 1996.
HawksB.O.L., Physiological Chemistry, 14th ed., New York, McGraw Hill Book Company, 1965.
ZOO4302CP LAB IN MOLECULAR BIOLOGY AND IMMUNOLOGY
(Lab)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• relate the principles of molecular interactions in different techniques.
• acquire hands-on training in various techniques and apply them in research and diagnostics.
• relate the techniques to otherrelevant areas of study.
COURSE OUTLINE :
EXPERIMENTS / LAB : 75 Hrs.
Review: Safety precautions in Molecular Biology and Immunology lab.
1. Isolation of genomic DNA from E. coli and mammalian tissue
2. Isolation of plasmid DNA
3. Electrophoretic separation of DNA and elution.
4. Estimation of DNA by DPA method
5. Determination of Tm value of isolated DNA.
6. Transformation.
7. Study of lymphoid organs in chick/mice – Demonstration
8. Isolation of T and B lymphocytes and identification by E-Rosette method
9. Raising polyclonal antibodies in fish to antigen BSA
10. Immunoassay – Single radial immunodiffusion
11. Immunoelectrophoresis/ ELISA – Demonstration
REFERENCE BOOK(S)
Hudson. L and Hay.F.C, Practical Immunology, 3rd ed., London, Blackwell Publishing, 1989.
Mehra, N.K and Gupta. S.K, A Handbook of practical and clinical Immunology, 2nd ed., 3 vol.,
NewDelhi, CBS Publishers, 1992.
Stites.D.P and Terr. A.I, Basic clinical Immunology, 7th ed., UK, Prentice – Hall International Ltd,
1991.
Talwar.G.P and Gupta. S.K, A Handbook of practical and clinical Immunology, 2nd ed.,
NewDelhi, CBS Publishers, 1992.
117
M.Sc. - Zoology with Specialization in Biotechnology
PGZ0422D WILDLIFE IN INDIA
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• Understand the importance of wildlife diversity in India
• Realize the need for sustainable development
• Create an awareness on wildlife conservation and their importance
COURSE OUTLINE :
UNIT-I : Wildlife Profile 12 Hrs.
Introduction – Historical aspects – Wildlife Profile in India – Faunal diversity, Brief outline,
geographical patterns, megadiversity regions, hotpots (Western ghats, Eastern Himalayas)
Importance of wildlife in India – economic and medical importance, scientific and ecological
importance, aesthetic and recreational importance, ethical importance
UNIT-II : Status and loss of Wild life 12 Hrs.
Vanishing wilderness- causes of depletion and premature extinction of wild species. Root causes of
wildlife depletion and extinction- habitat loss and fragmentation- commercial hunting and poaching-
exotic species - global climate change and pollution, overexploitation, economic policies, global
trading systems, unsustainable natural resource consumption
UNIT-III : In situ Conservation strategies 12 Hrs.
National parks, sanctuaries, zoos, Biosphere reserves, Project tiger, project elephant, crocodile
conservation, Introduction and conservation of cheetah Role of indigenous community / tribal
communities in conservation (case studies). Role of NGO’s in conservation - Wildlife Society of
Orissa(Orissa), Rhino Foundation for Nature (Assam), Friends of Forests (Maharashtra), North
Eastern Society for Preservation of Nature and Wildlife (West Bengal), Nature's Beckon (Assam),
Nature Conservation Society Amravati (Maharashtra), The Friends of the Doon (Uttaranchal) and
Bali Nature and Wild Life Conservation Society (West Bengal). Ecotourism in India ( Brief outline).
UNIT-IV : Ex situ Conservation strategies 12 Hrs.
Germplasm storage, cell and Tissue culture techniques , cryopreservation, DNA banks, gene
banks, seed banks and pollen banks
UNIT-V : Legal aspects and wildlife management 12 Hrs.
Wildlife management- Role of vegetation and water supply manipulation, role of sport hunting in
managing wildlife population Legislations- Wildlife protection act, Indian forest act, wildlife act,
endangered species act, national and international conventions and agencies, Indian wildlife board,
CITES, TRIPS, WWF, IUCN and Red Data Book
TEXT BOOK(S)
Tylermiller G, ‘Living in the Environment – Principles, Connections and Solutions', 11th Ed,
Toronto: Broke cole publishers, 1999.
REFERENCE BOOK(S)
Balakrishna seshadri, ‘The Twilight of India’s Wildlife’, John baker publishers oxford university
press, 1969.
Kumar U., and Asija M.J, ‘Biodiversity – Principles and Conservation’, Agrobios,Jodhpur,India,
Agrobios, 2000.
Roma mukherjee, Environmental Management and Awareness issue, New delhi, Sterling
publisher, 2002.
118
WEBSITE(S) :
• www.wildlywise.com/wlf_index.htm
• www.wildlifeindia.co.uk/
• www.indianholiday.com/...wildlife.../wildlife-conservation-in-india/ - United States
• www.wild-india.com/ Wildlife Communities
• www.wpsi-india.org/
• www.indianwildlifeportal.com/wildlife-conservation/
PGZ0424D NATURE WATCH
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• To improve the skill of observation to learn from the nature
• To understand and appreciate the behavioral adaptation among animals
• To realize the importance of human commitment in conserving nature
COURSE CONTENT
COURSE OUTLINE :
UNIT-I : 12 Hrs.
Introduction – Basic ecological principles, Eco-balance, Food web, Food Chain, Animal
Interactions. Biodiversity – Genetic diversity – Species Diversity, Ecosystem diversity, Loss of
diversity
UNIT-II : 12 Hrs.
Characteristics of Terrestrial ecosystem, Adaptation of flora and fauna. Biomes-Tundra – Taiga –
Temperate Rain forest – Deciduous forest – Grassland, Desert- Savannah
UNIT-III : 12 Hrs.
Characteristics of Aquatic ecosystem – Adaptation of flora and fauna. Aquatic – Marine,
Freshwater, Estuarine habitat, Coral reefs and Mangrooves. Observation and documentation of
local floral and faunal Diversity
UNIT-IV : 12 Hrs.
Social behavior of Animals- Honeybees, Penguins,Bower birds, Primates- Territoriality, Insects-
Communication, Division of labor and Altruism. Birds-Courtship, Parentalcare.Primates threat,
aggression, feeding,Reproductive behavior, parental care.
UNIT-V : 12 Hrs.
Humans in the Environment –decline in Biological Diversity, Deforestation, Atmospheric pollutants,
Global warming. Conservation Strategies – In Situ –National Parks, Wild life sanctuaries, Biosphere
Reserves, Ex Situ- Reclamation and Cryopreservation.
REFERENCE BOOK(S)
Dilger W.C, Scientific American – Resource library- Reading in the Life Science, Vol.6, San
Francisco, W.H.Freeman & Company, 1969.
GrierJ.W, Biology of Animal Behavior, St.Louis,Missouri, Times Mirror/Mosby publishing, 1984.
Gush D.G.M.W,, Elements of Ethology,A Text book for agricultural and veterinary students,
London, Chapman & Hall, 1983.
Kumar U.,Asija M.J, Biodiversity – Principles & Conservation, 1st Agro bios, India, New Delhi,
2000.
119
Mader S.S, Biology, 4th ed, Melbourne,Australia, WMC Brown Pub, 1993.
Solomon E.P, Berg L.R,Martin D.W, Biology, 5th ed, New York, Saunders College publishing,
1999.
PGZ0425D GREEN TECHNOLOGY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• Understand the concepts and applications of green technology
• Appreciate the potentials of natural resources
• Understand the importance of sustainable development
COURSE OUTLINE :
UNIT-I : GREEN TECHNOLOGY: VISION AND DEVELOPMENT 12 Hrs.
Introduction – Vision – Scope – Agriculture, Food technology and Environmental applications, Bio
ethics & Safety
UNIT-II : PLANTS AND GREEN TECHNOLOGY 12 Hrs.
Phytoremediation of polluted air – Land & Soil and water; Plants in combating radiological pollution;
Drugs from plants; Vetriver Grass
UNIT-III : AGRICULTURE AND GREEN TECHNOLOGY 12 Hrs.
Vermiculture for sustainable agriculture & safe food – solid wastes management using earthworms
– Vermifiltration – Vermi stabilization. Genetically modified plants and their related ethical issues.
UNIT-IV : MICROBES AND GREEN TECHNOLOGY 12 Hrs.
Microbes in service of mankind – microbial remediation of contaminated lands and water,
Management of waste water and solid wastes.
UNIT-V : IMPACT OF GREEN TECHNOLOGY ON SOCIOECONOMICAL, ENVIRONMENTAL
AND HUMAN HEALTH ASPECTS
12 Hrs.
Biopesticides – Biofertilizers – Bioenergy and Biofuels – Bio gas – Bio plastics
TEXT BOOK(S)
Chatterji.A.K, ‘Introduction to Environmental Biology', New Delhi: Prentice Hall of India Pvt. Ltd,
2002.
Fulekar, ‘Envrionmental Biotechnology’, N.D: Oxford Publication, 2005.
Sinha.R & Sinha .R, ‘Environmental biotechnology’, Jaipur, India: Aavishka Publishers,
Distributors, 2008.
REFERENCE BOOK(S)
Bruce.A & Pagreyman .J, ’Forest Products Biotechnology’, Taylor & Francies, 2003.
Chawla, ‘Biotechnology and Human life’, Pearl Books, 2005.
Glazer.A & Nikaido., ‘Microbial Biotechnology’,, ‘Microbial Biotechnology’, IInd
Edition,Fundamentals of applied microbiology, Cambridge University Press, 2007.
Pandy.A, ‘Concise Encyclopedia of Bioresource Technology’, USA, Haworth Press, 2005.
120
PGZ0426D ENVIRONMENTAL MANAGEMENT
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• appreciate the interrelationships among living organisms in nature and the delicate balance that
exist in the ecosystem
• correlate man’s unplanned activities in the name of development with upsets in this balance
• find career options in Pollution Control Boards, Government and Non Governmental Agencies
involved in Environmental management
• Create awareness in the local community about waste management and power conservation
COURSE OUTLINE :
UNIT-I : INTRODUCTION 15 Hrs.
The Environment - What is Environment? Impacts on the Environment Human impact on the
environment – Global impact – Acid rain, ozone depletion, global warming; Ecosystem impact –
pollution, Impacts on human and animal health, loss of biodiversity – Case studies – Sustainable
management Waste produced – types of waste: Municipal Solid waste, Radioactive waste,
Industrial waste, Bio Medical Waste. Introduction to nanotechnology
UNIT-II : WASTE MANAGEMENT 15 Hrs.
Physical operations for waste treatment-screening, shredding, Densification, Dewatering,
Pelletisation, Evaporation; Chemical processes for waste treatment-Precipitation, Disinfection,
Adsorption, Ion exchange, Incineration, Chemical Oxidation, Solidification; Biological process of
waste management. Aerobic and Anaerobic processes, Activated sludge process, Biofilters,
Composting, Biomethanation Nanobiosensors – Environmental monitoring & monitoring of
industrial processes
UNIT-III : STANDARD AND TOOLS OF MANAGEMENT 15 Hrs.
Standards – Ambient standards, Emission Standards, Minimum National Standards (MINAS),
International standards; Tools for Environmental Management – EIA – Process and Status in India;
Environmental Risk Assessment – Hazard identification, Dose-response assessment, Exposure
assessment and Risk characterization; Environmental auditing Nanomaterials in environment –
nanopollution, risk assessment
UNIT-IV : ALTERNATIVE SOURCES OF ENERGY 15 Hrs.
Primary sources of energy: Renewable (hydropower, wood & animal residues) and Non renewable
(origin, production, utilization and impacts). Secondary sources of energy – Solar energy –
technology and its applications, Wind energy, Geothermal energy, Bio-energy, Ocean energy, Tidal
& Wave energy, Hydrogen energy, Nuclear energy – Safety measures Nanobased eco-friendly fuel
cells
UNIT-V : ENVIRONMENTAL INSTITUTIONS AND LEGISLATIONS 15 Hrs.
EPA, Water & Air acts, BD related legislation-WPA, CITES TRIPS; National Environmental policy,
Ministry of Environment and Forests, Central and State Pollution control boards and Non –
Governmental Organizations – UN Charter
TEXT BOOK(S)
Joseph, K and R Nagendran, Essentials of Environmental Studies, 1st ed: Pearson Education
Publishers, 2004.
REFERENCE BOOK(S)
Adds, J, E. Larkcom and R. Miller, The organism and the environment, 2nd ed, Thomas Nelson
and sons Publications, 1997.
121
Balaji S, Nanobiotechnology, Chennai, MJP Publishers, 2010.
Chapman, J.L and Reiss M.J, Ecology – Principles & Applications, 2nd ed, Cambridge
University Publishers, 1995.
Cunningham, W.P and Saigo B.W, Environmental Science: a global concern, 5th ed, Wm. C.
Brown Publication, 1990.
Nyamadzi Z, A reference handbook of nanotoxicology, New Delhi, Dominant publishers and
distributors, 2008..
Poole C.P., and Owens F.J, Introduction to Nanotechnology, New Delhi, John Wiley & Sons,
2006.
Shanmugam S, Nanotechnology, Chennai, MJP Publishers, 2010.
Sharma, B.K, Environmental chemistry, 6th ed, GOEL publishing house, 2001.
PGZ1527M PHYSIOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• differentiate the functional organization of different systems of the vertebrate body
• comprehend the physical principles involved in biological processes
• relate disruptions in physiological mechanisms to disorders in humans.
COURSE OUTLINE :
UNIT-I : DIGESTION 15 Hrs.
Micronutrients and macronutrients and their role, epithelial transport, digestion, absorption and
assimilation of nutrients with special emphasis on the role of enzymes and hormones, metabolic
homeostasis
UNIT-II : RESPIRATION 15 Hrs.
Hemoglobin and myoglobin in respiration, storage and transport of O2 and CO2, O2 dissociation
curves (Review). Respiratory quotient and regulation of respiration, factors affecting respiration,
oxygen debt, Respiration at high altitude, undersea and outer space. Circulation – Composition of
blood and physiology of blood clotting (Review), conduction of heartbeat, stroke volume, heart rate,
cardiac output, electrocardiogram, myocardial infarction and coronary arterial diseases.
UNIT-III : EXCRETION 15 Hrs.
Acid-base regulation, structure of nephron and juxtaglomerular apparatus, physiology of urine
formation (Review). Counter current multiplier system, osmoregulatory adaptations - osmotic
stress. Neuronal conduction – Central nervous system, Hypothalamo - Pituitary- Gonadal axis,
biophysics of impulse conduction, diffusion and mobility of ions – resting potential, action potential,
synapse, neurotransmitters and their role, electroencephalography.
UNIT-IV : MUSCLE CONTRACTION 15 Hrs.
Ultra structure of skeletal muscle (Review). Motor proteins – myosin and actin, electromechanical
coupling, energy for contraction, neuromuscular junction, electromyography.
UNIT-V : SENSORY PERCEPTION 15 Hrs.
i) Optics of vision, Ultra structure and neural function of retina, photoreceptors, color vision, visual
abnormalities and correction. ii) Mechanics of audition, transmission of sound waves, function of
organ of Corti. iii) Mechanics of tactile, olfactory and gustatory reception.
TEXT BOOK(S)
Strand, F. L., Physiology, 2nd ed, New York: Macmillan press, 1983.
122
REFERENCE BOOK(S)
Alberts B., Bray D., Lewis J., Watson J.D, Molecular Biology of the Cell, 2nd ed, GarlandU.S.A,
1989.
Eckert R. and Randall D, Animal Physiology – Mechanisms and Adaptations, New Delhi, CBS
Pub.and Distributors, 2000.
Guyton and Hall, Text Book of Medical Physiology, 9th ed., U.P. India, W.B.Saunders Company,
1999.
Larsen R.P., Kronenberg H. N., Melmed S., Polonsky K.S, William’sTextbook of Endocrinology,
10th ed.,, U.S.A, W. B. Saunders Company, 2003.
Schmidt- Nielsen K, Animal Physiology, 5th ed., UK, Cambridge University Press, 2002.
PGZ1528M BIOCHEMISTRY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the molecular logic of the living state.
• comprehend the hierarchy in the molecular organization in relation to its function.
• compare the breakdown and synthetic processes at cellular level.
COURSE OUTLINE :
UNIT-I : INTRODUCTION 12 Hrs.
History, scope, matrix of life, non-covalent interactions – role of water, ionic equilibrium, acid, base
and buffers.Carbohydrate and Glycobiology: Basic chemistry of carbohydrates (review).
Oligosaccharides, polysaccharides and glyco-conjugates, proteo-glycans, glyco-proteins and glyco-
lipids.
UNIT-II : METABOLISM 15 Hrs.
Basic concepts and designs; Bioenergetics and thermodynamics – Concept of free energy, delta G
- energy rich compounds, oxidation-reduction reaction and redox potential Enzymes: Classification
and factors influencing enzyme activity (review) – enzyme kinetics, catalytic strategies, isozymes,
ribozymes and regulatory enzymes
UNIT-III : CARBOHYDRATE METABOLISM 18 Hrs.
Glycolysis and citric acid cycle (review) – Oxidative phosphorylation- electron transport chain and
its regulation, HMP shunt, Gluconeogenesis, Glycogenolysis and glycogenesis. Aminoacids,
Peptides and Proteins: Amino acid chemistry and primary structure (review), peptides – levels of
protein structure: Three dimensional structure of proteins – secondary a & ß forms, tertiary and
quarternary structure – fibrous and globular proteins; protein folding and denaturation.
UNIT-IV : BIOSYNTHESIS OF AMINOACIDS 15 Hrs.
Overview of Nitrogen metabolism – Biosynthesis and degradation of amino acids; Lipids:
Classification of lipids – lipid bilayer, the composition and architecture of membrane, lipid as
signals, cofactors and pigments. Lipid metabolism: Oxidation of fatty acids(review), ketone
bodies, biosynthesis of fatty acids, membrane phospholipids, cholesterol, steroids and isoprenoids.
UNIT-V : STRUCTURE AND BIOSYNTHESIS OF NUCLEOTIDES 15 Hrs.
Basic chemistry of Nucleic acids - Structure, properties and types of DNA and RNA. Biosynthesis
and degradation of nucleic acids.
TEXT BOOK(S)
Nelson D.L., Cox M.M, Lehninger’s Principles of Biochemistry, 5th ed, New York: W.H.
Freeman and Company, 2010.
123
REFERENCE BOOK(S)
Berg J.M, Tymoczko J.L, Stryer.L, Biochemistry, 7th ed., New York, W.H. Freeman and company,
2012.
Champe.P.C and Harvey. R.A, Lippincott’s illustrated reviews: Biochemistry, Philadelphia,
Lippincott-Raven publishers, 1994.
Devlin.M.T, Text book of Biochemistry with clinical correlations, 7th ed., USA, Macmillan
Company, 2011.
Elliot W.H. and Elliot D.C., Biochemistry and Molecular Biology, London, Oxford University
Press, 1997.
Satyanarayana U. and Chakrapani U., Biochemistry, Kolkata, Books and Allied (P) Ltd., 2012.
Trudy Mc. and James Mc. R, Biochemistry an Introduction, U.S.A, Wm.C.Brown Publishers,
1996.
Voet D. and Voet J.G., Biochemistry, 3rd ed., U.S.A, John Wiley and sons, Inc., 2004.
PGZ1529M MICROBIOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the diversity, economic and clinical significance of microbes
• create awareness among the community about the communicable diseases caused by bacteria
and viruses
• apply concepts in microbiological clinical labs
COURSE OUTLINE :
UNIT-I : THE DIVERSITY OF THE MICROBIAL WORLD 15 Hrs.
Introduction – history – scope, ribotyping and its applications.,Bergey’s manual of systematic
bacteriology. Archaebacteria – Archeal cell wall, taxonomy – Phylum Crenarcheota, Euryarcheota,
Halobacteria, Thermoplasms, Sulphate reducing archae – economic importance of microbes .
UNIT-II : MICROBIOLOGY AND ULTRASTRUCTURE OF BACTERIA 15 Hrs.
Viewing of microorganisms – Microscopy – Fluorescence, dark and light field, Electron-
transmission-scanning, Phase-Contrast, Confocal, Scanning probe microscopes – Principles and
uses – Micrometry. Ultra structure of Bacterial cell membranes and cytoplasmic matrix – inclusion
bodies – Cell wall structure – Gram Positive and Gram Negative bacteria, Protein secretion,
external cell wall components – Capsules, Flagella.
UNIT-III : MICROBIAL NUTRITION, GROWTH AND METABOLISM 15 Hrs.
The common nutrition requirements – culture media, Isolation of pure culture – growth curve,
continuous and synchronous culture of bacteria – effect of environmental factors on growth –
pH,oxygen,temperature,salinity. Microbial metabolism –Breakdown of glucose – Entner-Doudoroff
Pathway – Fermentation – Yield of ATP in glycolysis and aerobic respiration –– Peptidoglycan
synthesis – Nitrogen fixation, Photosynthesis – Light reaction in Eukaryotes and Cyanobacteria.
UNIT-IV : VIRUSES & MICROBIAL AND VIRAL DISEASES 15 Hrs.
A. Introduction – general characteristics – Cultivation – Purification – Classification,
Bacteriophages – Replication of DNA and RNA phages – lysogeny, Viruses of Eukaryotes
– Replication of Animal and Plant Viruses – Insect Viruses, Viroids and Prions.
B. Normal microflora – Host-Parasite Interactions – Virulence factors – Gnotobiotic and
Nosocomial infections, STD – Syphilis, , Air, food and water borne diseases –
Tuberculosis, Hepatitis, Dengue,– Pathogenesis, Diagnosis, Prophylaxis and control.
124
UNIT-V : FOOD MICROBIOLOGY & ANTIMICROBIAL CHEMOTHERAPY 15 Hrs.
A. Microbial flora of fresh foods – Microbial spoilage of foods – Preservation – aseptic
handling – physical, chemical and radiation factors. Industrially important organisms –
Microbiology of fermented foods – dairy, alcoholic beverages, bread and fermented plant
products.
B. Dawn of chemotherapy – General characters and classification of antibiotics – Factors
influencing the effectiveness of antibiotics – Mode of action – antibiotic resistance- MRSA,
NDM -1
TEXT BOOK(S)
WilleyJ.M., SherwoodL.M., WoolvertonC.J, Prescott’s Microbiology, 8th ed., Boston: McGraw Hill
Inc, 2011.
REFERENCE BOOK(S)
Davis B.D., Dulbecco R., Eison H.N.,Ginberg H.S, Microbiology, 4th ed., USA, Harper and Row,
1990.
Garrity G.M, Bergey’s Manual of systematic Bacteriology, 2nd ed., New York, Springer-Verlag,
2001.
Ingraham J.L., Ingraham C.A, Introduction to Microbiology, 3rd ed., Australia, Thomson
Brooks/Cole, 2004.
Pelczar M.J, Schan E.C., Krieg, Microbiology concepts and applications, Boston, McgrawHill
Inc., 2004.
PresscottL.M.,Harley K.P., D.A, Microbiology, 5th ed., Boston, McGraw Hill Inc, 2005.
PGZ1423P LAB IN MICROBIOLOGY
(Lab)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• Understand the principles and procedures of basic microbiological techniques
• Acquire basic skills in culturing microbes, their identification and characterization
• Appreciate the significance of microbial behavior in relation to the environment
COURSE OUTLINE :
EXPERIMENTS / LAB : 75 Hrs.
1. General rules and Laboratory Regulations
2. Methods of sterilization and culture media preparation
3. Techniques for isolating pure culture
a. Streak plate method
b. Spread plate method
c. Pour plate method
4. Morphological study of microorganisms
a. Gram staining
b. Endospore staining
5. Biochemical characterization of microorganisms
Exo enzymes
• Starch hydrolysis
• Casein hydrolysis
• Gelatin hydrolysis
125
Endo enzymes
• Carbohydrate fermentation
• Catalase test
IMViC test
• Indole production
• Methyl Red
• Voges proskauer
• Citrate utilization
Hydrogen sulphide test
Urease test
Triple Sugar Iron test
Identification of Unknown bacterial Culture
Antiseptic and Disinfection function
• Assay with antimicrobial chemical agents
• Microbial Antibiosis
Soil microbiology
• Isolation of Rhizobium
• Isolation of Pseudomonas
Food microbiology
• Bacteriological testing of milk
• Standard analysis of drinking water
Titration of Bacteriophage
REFERENCE BOOK(S)
Cappucino J.G, Sherman N., Microbiology – A Laboratory Manual, 6th ed., Singapore, Pearson
education, 2002.
Garrity G.M., Bergy’s Manual of systematic bacteriology, 2nd ed., Newyork, Springer – Verlag,
2001.
Gunasekaran P., Laboratory Manual in Microbiology, New Age international (P) Ltd., publishers,
1996.
Kale V.V and Bhusari K.P., Practical Microbiology – Principles and techniques, Mumbai,
Himalaya publishing house, 2005.
Seeley H.W, Paul J.R, Vandemark J.J, Lee J.J, Microbes in action – A Lab Manual of
Microbiology, 4th ed., U.S.A., W.H.Freeman and company, 1991.
PGZ1424P LAB IN PHYSIOLOGY & BIOCHEMISTRY
(Lab)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• analyze biochemical parameters of biological samples.
• acquire practical knowledge about enzyme kinetics.
• apply knowledge of analytical techniques in research.
126
COURSE OUTLINE :
EXPERIMENTS / LAB : 75 Hrs.
1. Preparation of solutions(Molarity, Molality, Normality,Percentage, PPM).
2. Buffer Preparation and determination of pH
3. Centrifugation – Density gradient
4. Principles and application of sphygmomanometer, Kymograph, Haemoglobinometer and
Spectrophotometer.
5. Enzyme Kinetics – Effect of enzyme concentration and substrate concentration on enzyme
activity.
6. Separation of compounds by thin layer chromatography and column chromatography.
7. Estimation of bile salts and pigments.
8. Estimation of respiratory quotient in fish with reference to temperature
9. Estimation of calcium in milk by Atomic absorption spectrophotometry and Flame
photometry.
10. Biochemical analysis of urea, creatinine and cholesterol
Visit to a research lab
REFERENCE BOOK(S)
Celis.J.E, Cell Biology – A Laboratory Manual, 3rd ed., New York, Academic Press, 2006.
Cromwell L.,Weibell F.J and Pfeiffer E.A, Biomedical Instrumentation and Measurements, 2nd
ed., New Delhi, Prentice – Hall of India Private Limited, 2007.
Jayaraman .J, Laboratory Manual in Biochemistry, New Delhi, New age International publishers,
2004.
Nigam S.C. and Omkar, Experimental Animal Physiology and Biochemistry, 1st ed., New
Delhi, New Age International (p) Ltd.,Publishers, 2006.
Palanivelu P, Analytical Biochemistry and separation techniques – A laboratory manual for
B.Sc&M.Sc students, 2nd ed., Madurai, Kalaimani printers, 2001.
Plummer T.D, An Introduction to Practical Biochemistry, 4th ed., Europe, Mc Graw Hill Book
Company, 1990.
Rastogi S.C, Experimental Physiology, New Delhi, Wiley Eastern limited, 1982.
Wilson K. and Kenneth H.G.,, A Biologists Guide to Principles and Techniques of Practical
Biochemistry, 3rd ed., Cambridge, UK, Cambridge University press, 1992.
PGZ2526M MOLECULAR BIOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• explain concepts of biology at molecular level
• comprehend the molecular mechanisms of a cell
• apply the basic concepts to solve problems at molecular level
COURSE OUTLINE :
UNIT-I : GENOME ORGANIZATION AND GENOME REPLICATION 12 Hrs.
Central dogma of Molecular Biology - Prokaryotic genome – Genetic organization of prokaryotic
and eukaryotic genome, organelle genome Genome replication: Theories and models, enzymology
and mechanism of replication in Prokaryotes and eukaryotes
127
UNIT-II : RECOMBINATION 16 Hrs.
Molecular mechanism of transformation, Conjugation and Transduction – mapping of genes.
Recombination - Types and Models – enzymes involved in recombination – mechanism of
recombination - Role of Rec protein in recombination in E coli.
UNIT-III : TRANSCRIPTION AND TRANSLATION
17 Hrs.
DNA binding proteins – DNA–Protein Interaction in transcription initiation –Synthesis of RNAin
prokaryotes and eukaryotes - Regulation – Splicing, RNA interference, Role of tRNA – ribosome –
mechanism of translation in prokaryotes and eukaryotes – Molecular chaperones and protein
folding – turnover.
UNIT-IV : MOLECULAR MECHANISM OF SIGNAL TRANSDUCTION 15 Hrs.
Receptors: Transmembrane- G-proteins, TGF ß, cytokine, tyrosine kinases, signal transducers –
cyclic AMP, inositol tri phosphate, calcium ions, diacyl glycerol; Signaling pathways: G-protein
coupled pathway, Tyrosine Kinase pathway.
UNIT-V : GENOMIC AND PROTEOMIC TOOLS 15 Hrs.
Genome annotation, Comparative transcriptomics - DNA microarray, differential display, Protein
sequencing, Mass spectrometry - MALDI-TOF, 2D Gel electrophoresis, cation-exchange and
reverse phase chromatography, isotope-coded affinity tags (ICAT), BLAST and FASTA tool.
TEXT BOOK(S)
Brown T.A, Genomes 3, 3rd ed., U.S.A: Wiley-Liss Pub, 2007.
REFERENCE BOOK(S)
Friefelder D, Molecular Biology, 2nd ed., New Delhi, Narosa Pub. House, 2003.
Lesk.A, Introduction to Bioinformatics, 3rd ed., London, Oxford Pub, 2008.
Lewin B, Genes IX, UK, Pearson-Prentice Hall, 2004.
Lodish H.,Berk A., Matsudaira P., Kaiser C.A., Krieger M., Scott M.P., Zipursky S.L., Darnell, J.,
Molecular Cell Biology, 5th ed., New York, W.H.Freeman & Co., 2004.
Weaver .R, Molecular Biology, 3rd ed., London, WCB/Mc Graw-Hill Pub, 2005.
PGZ2527M GENETICS AND EVOLUTION
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the genetic processes which form the basis of evolution
• relate principles of Genetics and Evolution.
• interpret the theory of natural selection, the basis of heredity and variation, population structure and
genetics, and mechanisms of speciation.
COURSE OUTLINE :
UNIT-I : INTRODUCTION 13 Hrs.
Father of genetics, Mendel’s work and his contributions, gene interactions, alteration in gene
expression, Mendelian and non-Mendelian traits, inheritance patterns, genetic disorders
UNIT-II : MUTATION AND EVOLUTION 15 Hrs.
Mutation – mutagenesis (direct, indirect and site-directed) – mutagens - physical, chemical and
biological (transposon, mu phage) – types of mutation – biochemical and molecular basis of
mutation – mutation rates – repair mechanisms - defects in DNA repair and inherited human
diseases – cancer
UNIT-III : GENETIC RECOMBINATION AND EVOLUTION 15 Hrs.
128
Linkage, recombination and chromosomal mapping - Origin, acquisition of new genes – duplication
and rearrangement, introns, evolutionary significance of site specific recombination and
transposition of DNA, regulatory genes and evolutionary consequences - Chromosomal variations
– Mosaic genes – Evolution of multi-gene families.
UNIT-IV : EVOLUTION:INTROUDCTION,EVIDENCES AND THEORIES 16 Hrs.
a. Molecular and biological evolution – Origin of life and species – Organic evolution –
Lamarckism, Darwinism, Neo Darwinism. , present state of evolution.
b. Direct: Fossils – palaeontological evidences – dating methods, types of fossils,
significance, Geological time scale, molecular clock.
c. Indirect: Micro and Macro evolution, comparative anatomy, biogeographical, adaptive
radiation, punctuated equilibria.
d. Selection in action - Speciation – causes and modes – geographical and reproductive
isolation, Co speciation.
UNIT-V : POPULATION GENETCS AND HUMAN EVOLUTION 16 Hrs.
a. Foundations of population genetics – genetic variation – coalescent theory (genetic drift) –
neutral theories (genetic drift, neutral evolution, molecular clock, tests of neutrality) - Gene
pool – Hardy Weinberg equilibrium and factors affecting the equilibrium, Founder principle,
genetic polymorphism.
b. Primates – origin of apes – human evolution (history, anatomical changes, evidences,
genus Homo, behaviourial modernity, cultural evolution, current human evolution).
TEXT BOOK(S)
Brown, T.A, Genomes 3, 3rd ed., New York: Wiley – Liss, 2007.
Stebins, L.G, Processes of organic evolution, New Delhi: Prentice Hall India Private Ltd., 1979.
REFERENCE BOOK(S)
Jha, A.P, Genes and Evolution, Bangalore, Macmillan India Ltd., 1993.
Lewin B, Genes VIII, UK, Oxford University press, 2004.
Ridley, M., Evolution, 3rd ed., USA, Blackwell Publishing Co., 2004.
Strickberger, M.W, Evolution, Boston, USA, Jones and Bartlett Publishers, 1994.
Stringer.C., Andrews .P, The Complete World of Human Evolution, London, Thames and
Hudson Publishers, 2005.
PGZ2528M IMMUNOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• differentiate the principles of Immunology.
• compare T and B cell and other effector mechanisms.
• relate immunological aspects to human health disorders.
COURSE OUTLINE :
UNIT-I : INTRODUCTION 15 Hrs.
History, introduction and overview, innate immunity – barriers; acquired immunity – cells involved,
humoral and cell-mediated immunity; lymphoid organs –primary and secondary; immunogens and
antigens –characteristics, classes of antigens Antibody structure, function and Genetic
basis:Antibody – classification and characterization, structure; biological properties, kinetics of
antibody response, Genetic basis of antibody structure, Genetic events in the synthesis of
129
immunoglobulin chains, organization and rearrangement of light and heavy chains, isotype
switching, generation of antibody diversity, Ag-Ab interactions (immunoassays not included)
UNIT-II : MAJOR HISTOCOMPATIBILITY COMPLEX (MHC) AND ANTIGEN
PROCESSING AND PRESENTATION
15 Hrs.
General organization of MHC, structure, MHC polymorphism, MHC and disease susceptibility.
Antigen Processing and Presentation: Role of APC’s, the cytosolic and Endocytic pathways. T-cell
receptor: Structure of T cell receptors, organization and rearrangement of TCR genes, TCR
complex Tand B cell maturation, activation and differentiation:T cell maturation, activation and
differentiation, B cell maturation, activation and proliferation, Humoral response, regulation of B cell
development. Tolerance – induction in immature and mature T & B cells.
UNIT-III : CYTOKINES AND COMPLEMENT 15 Hrs.
Properties, Cytokine receptors, Cytokine secretion by TH subsets, Cytokine related disease.
Complement: Functions, components, activation and regulation, Biological consequences of
complement activation and Complement deficiencies Cell mediated effector mechanisms:
General properties of effector T cells, Cytotoxic T cells, NK cells, ADCC
UNIT-IV : IMMUNE RESPONSE TO INFECTIOUS DIESEASE 15 Hrs.
Viral, bacterial, Protozoan diseases. Hypersensitivity reactions:Type I – Ig E mediated reaction,
type II – Ab mediated cytotoxic reaction, type III immune complex mediated reactions, type IV –
delayed type hypersensitivity reactions AIDS and other Immunodeficiencies and Autoimmunity:
Primary and Secondary immuno-deficiencies- AIDS. Autoimmunity – organ specific and systemic
diseases, Mechanism for induction of Autoimmunity.
UNIT-V : TRANSPLANTATION IMMUNOLOGY AND TUMOR IMMUNOLOGY 15 Hrs.
Immunological basis of graft rejection, clinical manifestation of Graft rejection, Histocompatibility
Testing, HLA typing – HLA 1 & 2, cross matching, serological and cellular methods. General and
specific immunosuppressive therapy, Clinical transplantation, Tumor Immunology: Tumor antigens,
classification, immune responses to tumors, surveillance, tumor diagnosis and therapy.
TEXT BOOK(S)
Goldsby. R.A., Kindt T.J. Osborne B.A., Kuby Immunology, 4th ed., New York: W.H. Freeman
and Co., 2000.
REFERENCE BOOK(S)
Coico R. and Sunshine G, Immunology – A Short course, Canada, John Wiley & Sons Inc.
publication, 2009.
Coleman. R.M., Lombard M.F., Sicard R.E. and Rencricca N.J., Fundamental Immunology, 3rd
ed., Iowa, Wm.C.Brown Publishers, 1994.
Male, D, Brostoff. J, Roth D.B, Roitt. I, Immunology, 7th ed., UK, Mosby Elsevier, 2006.
Rao C.V, Immunology –A Textbook, India, Narosa Publishing House Ltd., 2008.
Stites D.P, Terr A.I &Parslow T.G, Basic and Clinical Immunology, UK, Prentice Hall Publishing,
1994.
Tizard I.R, Immunology – An Introduction, 4th ed., UK, Saunders College Publishing, 2007.
PGZ2322P LAB IN IMMUNOLOGY
(Lab)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• To learn and develop skills in basic immunological techniques
• To gain practical knowledge and understand the basic principles and Procedures of immunological
techniques
• To appreciate the working of sensitive immunological techniques
130
COURSE OUTLINE :
EXPERIMENTS / LAB : 60 Hrs.
1. Routes of immunization and bleeding techniques.
2. Dissection of lymphoid organ and preparation of single cell suspension.
3. Purification of serum immunoglobulin.
4. Raising anti-BSA antibodies in rabbit.
5. Antibody titration by Passive Haemagglutination.
6. Separation of lymphocytes from peripheral blood and counting in Haemocytometer.
7. Separation of T and B-lymphocytes by nylon wool column method/E-Rosette Method.
8. Hypersensitivity –Footpad thickening in mice.
9. Complement mediated hemolysis.
10. Immunodiffusion techniques.
11. Rocket immunoelectrophoresis.
12. Demonstration of ELISA and immunoblot.
REFERENCE BOOK(S)
Hudson L and Hay FC, Practical Immonology, 3rd ed., London, Blackwell Publishing, 1989.
Mehra,N.K. and Gupta S.K., A Handbook of Practical and Clinical Immunology, 2nd ed., 3
vols., New Delhi, CBS Publishers, 1993.
Stities, D.P and Terr A.I., Basic Clinical Immunology, 7th ed., UK, Prentice-Hall International Ltd.,
1991.
Talwar, G.P. and Gupta S.K., A Handbook of Practical and Immunology, 2nd ed., New Delhi,
CBS Publishers, 1992.
PGZ2323P LAB IN MOLECULAR BIOLOGY
(Lab)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire basic knowledge and training on some techniques in molecular studies
• recognizethe role of recombination
• apply their knowledge in the field of research at molecular level
COURSE OUTLINE :
EXPERIMENTS / LAB : 60 Hrs.
1. Transformation of E.coli using plasmid DNA
2. Chemical mutagenesis
3. UV mutagenesis
4. Restriction and modification.
5. Preparation of lambda DNA – plate and liquid lysis methods.
6. Conjugation.
7. Transduction
8. Isolation and estimation of Total RNA
9. Separation of proteins by SDS-PAGE
10. BLAST and FASTA analysis
REFERENCE BOOK(S)
Glover D.M, DNA cloning – A Practical approach, Vol. I and II, England, IRL press, 1995.
Glover D.M., and Hames B.D, DNA cloning – a practical approach – core techniquies, 2nd ed.,
New York, IRL Press, 1995.
131
Miller J.H, A short course in Bacterial Genetics – Laboratory manual, U.S.A., Cold Spring
Harbour laboratory press, 1992.
SambrookJ.,Fritsch .E.F and Maniatis . T, Molecular cloning- A laboratory manual, 2nd ed., New
York, CSH pub, 1989.
PGZ2423E NUTRITION, HEALTH AND CHILD CARE
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• know the functions of food and their nutritive value.
• identify the nutritional requirements for different age groups.
• organize the home effectively, giving proper care to family members.
COURSE OUTLINE :
UNIT-I : FOOD AND ITS FUNCTIONS 12 Hrs.
Role of nutrients, Nutritional classification of foods - Macro and micronutrients - sources, daily
requirements, BMR, Calorific value of food; BMI, balanced diet.
UNIT-II : NUTRITIONAL REQUIREMENTS FOR DIFFERENT AGE GROUPS AND
NUTRITIONAL DEFICIENCEIS
12 Hrs.
Nutritional requirements - Infants, children, adolescence, adults, elderly, pregnant and lactating
women, for diabetes and hypertension.Malnutrition – over nutrition – under nutrition, effects of
excess nutrients.Nutrition - related diseases- Protein energy malnutrition, diabetes, hypertension,
mineral deficiency diseases, vitamin deficiency diseases, bulemia, anorexia nervosa.
UNIT-III : SPECIAL DIETS AND FOOD HYGIENE 12 Hrs.
Diet for different sicknesses - fever, diabetes, diarrhoea, jaundice, hypertension, typhoid, chicken
pox.Food standards- AGMARK, BIS, FPO, ISI, FDA, IO. Food adulteration- Types of
adulterants, their effects and preventive measures; Food Addition and food fortification. Food
spoilage - Types, causes and preventive measures. Food preservation – methods – curing,
canning, freezing and drying.
UNIT-IV : PROBLEMS ASSOCIATED WITH PREGNANCY, CARE DURING PREGNANCY 12 Hrs.
Pregnancy tests, common complaints, preparation during pregnancy. Antenatal visits, nutrition,
physical care and hygiene at various stages of pregnancy. Surrogate mothers, twins, test tube
babies, stem cell banks. Family welfare programmes
UNIT-V : NEINATAL AND POSTNATAL CARE 12 Hrs.
Care of the new born - Breast feeding – colostrum, its composition and importance; weaning and
supplementary feeding: birth defects, common diseases of baby, childhood care (from 0-5 years)
National Immunization schedule; Government programmes in child care (Maternity and child health
services and Integrated child development services).
TEXT BOOK(S)
Park J. E. and Park K., Text Book of Preventive and Social Medicine, 21st ed., Jabalpur, India:
Banarsidas Bhanot Publishers, 2011.
REFERENCE BOOK(S)
Begum R., A Text book of Food, Nutrition and Dietetics, 2nd revised ed., New Delhi, Sterling,
1997.
Fenwick E., The Complete Book of Mother and Baby Care, Switzerland, DorlingKinderselyLtd.,
1995.
Rayner C., Baby and Young Child Care, Berkshire, Purnell, 1984.
Srilakshmi B., Dietetics, New Age international, New Delhi, 1997.
Swaminathan M., Food and Nutrition, Vol III, Bangalore, The Bangalore Printing, 1990.
132
PGZ3424M STATISTICAL TOOLS IN BIOLOGICAL RESEARCH
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• design the methodology of research work
• differentiate the various statistical principles.
• apply appropriate statistical tools in their research work.
COURSE OUTLINE :
UNIT-I : INTRODUCTION 12 Hrs.
A. i)Selecting a problem and designing the methodology of the work –ii) collection of literature
- primary, secondary, tertiary sources –iii) Research proposal
B. i) Collection of data -Methods involved – primary data, secondary data, survey –
Questionnaire, interviews. ii) Sampling techniques – types of sampling – random and non
random sampling. iii) Classification and tabulation of data. iv) Research report writing.
UNIT-II : FREQUENCY DISTRIBUTION, MEASURES OF CENTRAL TENDENCY &
DISPERSION
12 Hrs.
A. Diagrammatic representation – bar diagrams, pie diagrams, scatter diagram or dot diagram
–graphical representation – line graph, line of best fit, range chart, graphs of frequency
distribution.
B. Mean, Mode, Median – Range, semi quartile range deciles, percentiles and quartiles –
Mean deviation, standard deviation, and variance-Quartile deviation – co-efficient of
variation
UNIT-III : PROBABILITY & THEORETICAL DISTRIBUTION 12 Hrs.
A. Definition – events-addition, product theorem-conditional probability – Bayer’s theorem
B. Binomial and Normal distribution-Binomial probability-normal distribution-symmetry and
kurtosis, proportions of a normal curve-Z score, assessing normality, confidence limits.
UNIT-IV : CORRELATION, REGRESSION & CHI-SQUARE TEST 12 Hrs.
Positive and negative correlation –correlation co-efficient-linear regression and testing the
significance of regression – Pearson’s correlation co-efficient-co-efficient of determination.
UNIT-V : HYPOTHESES TESTING – t TEST AND ANALYSIS OF VARIANCE 12 Hrs.
A. The t-distribution and t-tests –two tailed and one tailed hypothesis –null hypotheses-one
sample t-test, paired and unpaired t-tests.
B. Single factor ANOVA-ANOVA with two treatments – F-test
C. MS-EXCEL & SPSS PACKAGE
TEXT BOOK(S)
Khan IA and Khanum, A- Fundamentals of Biostatistics, 2nd revised ed., India: Ukaaz
publications, 2004.
Kothari.C.R., Research Methodology – Methods and Techniques, 2nd ed., New Delhi: New Age
International (P) Ltd., 2007.
REFERENCE BOOK(S)
Campbell R.C., Statistics for Biologists, 3rd ed., Cambridge, Cambridge University Press, 1990.
Daniel,W.W., Biostatistics: A Foundation for analysis in the health sciences, 7th ed., New
York, John Wiley and sons, 2005.
Dunn.O.J., Basic Statistics, 2nd ed., NewYork, John Wiley and sons, 1977.
133
Dutta .N.KR., Fundamentals of Biostatistics, 1st ed., New Delhi, Kanishka Publications, 2002.
Misra.B.N. and Misra.M.K., Introductory Practical Biostatistics, Calcutta, NayaPrakash, 1983.
Rosner.B, Fundamentals of Biostatistics, 5th ed., USA, Duxbury Thomson Learning, 2000.
Ross.S.M., Introduction to Probability and Statistics for Engineers and Scientists, New York,
Johnwiley and sons, 1987.
Selvin.S., Biostatistics, 1st ed., Singapore, Pearson Education, 2005.
Zar.J.H., Biostatistical Analysis, 4th ed., Singapore, Peatam Education, 2004.
PGZ3425M PLANT AND MICROBIAL BIOTECHNOLOGY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the basic principles and techniques in tissue culture and fermentation technology.
• relate the tissue culture techniques and the mechanism of creating genetically modified plants.
• identify potential career options in the field of tissue culture.
COURSE OUTLINE :
UNIT-I : PLANT BIOTECHNOLOGY 12 Hrs.
INTRODUCTION Plant genomes (DNA, chromatin and chromosome structure), genome size and
organization, plant systems with biotechnological implications – Arabidopsis, a model plant;
Arabidopsis Genome Sequencing Initiative. Plant tissue culture requirements – explant – media –
macronutrients, micronutrients, organic supplements, vitamins, growth regulators (regular and
unusual), callus induction and culture, totipotency.
UNIT-II : TISSUE CULTURE 12 Hrs.
vegetative tissue culture: leaf, shoot and root culture – reproductive tissue culture: anther and
pollen culture, ovary and ovule culture, embryo culture, organogenesis, embryogenesis, protoplast
isolation and fusion, cybridization, somaclonal and gametoclonal variation – applications.
Agricultural applications – Micropropagation, synthetic seeds, gene conservation banks,
construction of transgenic plants, bacterial / viral resistance, drought resistance and herbicide
resistance in plants- Genetically Modified plants and their uses: Golden rice, tobacco, papaya,
Flavr-Savr tomato, potato, banana, soyabean. Plant-microbe interactions, Biopharming and plant
neutraceuticals; microbial insecticide – Bacillus thuringiensis- Applications.
UNIT-III : MICROBIAL BIOTECHNOLOGY 12 Hrs.
INTRODUCTION An historical perspective – basic principles in bioprocess, methods of
fermentation – batch, continuous and fed-batch systems – scaling up and down processing,
selection of strains – major types of organisms used in fermentation – bacteria, yeast, fungi, plant
cells, algae, mammalian cell culture. Isolation and screening of industrially important microbes –
improvement of strains for increased yield and other desirable characters – selection of mutants –
regeneration, secondary metabolite production (biotransformation) – enzymes, antibiotics, vitamin
B12, edible vaccines.
UNIT-IV : BIOPROCESS AND EXPRESSION SYSTEMS 12 Hrs.
Importance of oxygen in fermentation systems. Production of proteins in bacteria and yeast –
introduction of DNA into bacteria and yeast – bacterial expression systems - yeast expression
systems - expression of cloned genes – recovery and purification of expressed heterologous
proteins.
UNIT-V : INDUSTRIAL AND ENVIRONMENTAL APPLICATIONS 12 Hrs.
Bioleaching – Pseudomonas putida – chemistry and other commercial future prospects, microbes
in textile, leather, food processing industries – dairy and beverages, biopolymers – microbial
134
polysaccharides – Xanthan gum - properties, production and applications - polyesters (PHB) –
structure, properties, biosynthesis, production and modification- Polymer degradation.
Phytoremediation - Bioremediation – SCP – production from wood – carbohydrates – sewage,
contaminated soil. Biosensors: introduction – transducers – electrochemical transducers –
biosensors based on thermal effects – biosensors based on optical effects.
TEXT BOOK(S)
Crueger W, and Crueger A, Biotechnology , 2nd ed., New Delhi: Panima Publishing Corporation,
2002.
El – mansi E.M.T. and Bryse C.F.A., Fermentation Microbiology and Biotechnology, U.S.A.:
Taylor & Francis, Phil, 2002.
REFERENCE BOOK(S)
Das H.K., Text Book of Biotechnology, New Delhi, Wiley Dream tech India Pvt. Ltd., 2006.
Narayanaswamy S., Plant Cell & Tissue Culture, New Delhi, Tata McGraw – Hill Publishing
Company, 1999.
Pareek L.K., Trends in Plant Tissue Culture & Biotechnology, Jodhpur, Agrobios, 2002.
Prescott S. and Dunn S.A., Industrial Microbiology, 4th ed., New Delhi, CBS Publishers, 1987.
Razdan M.K., An Introduction to Plant Tissue Culture, New Delhi, Oxford & IBH Publishing Co.
Pvt. Ltd., 2008.
Slater A., Scott N. and Fowler M., Plant Biotechnology – The genetic manipulation of plants,
Oxford, Oxford University Press, 2003.
Trivedi P.C., Plant Biotechnology – Recent Advances, New Delhi, Panima Publishing
Corporation, 2000.
Walker.J.M and Rapley.R, Molecular biology and Biotechnology, 4th ed., New Delhi, Panima
Publishing Corporation, 2003.
PGZ3522M rDNA TECHNOLOGY
(Lab cum Theory)
LEARNING OUTCOME : 4T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• dentify concepts of rDNA technology.
• interpret the value of rDNA technology.
• apply the knowledge gained in research.
COURSE OUTLINE :
UNIT-I : INTRODUCTION 10T + 6L Hrs.
Scope and overview of rDNA technology - DNA manipulative enzymes:DNA and RNA
polymerases, restriction endonucleases, types and mechanism of action, DNA methylases, alkaline
phosphatases, polynucleotide kinases, exonuclease, terminal transferases, reverse transcriptase,
Ligases.
UNIT-II : CONING VECTORS AND CLONING TECHNIQUES 12T + 6L Hrs.
Requirements for a vector – promoters - plasmid vectors: types, compatibility, viral vectors – M13,
plant and animal viral vectors – Plant plasmid vectors, Expression vectors – pET, ptac vectors -
Genomic DNA and cDNA cloning for library construction.
UNIT-III : PRODUCTION AND SCREENING OF RECOMBINANT
CLONES
14T + 6L Hrs.
Methods of transfer: electroporation, gene gun, calcium chloride precipitation, transfection, viral
transfer (retroviral and adenoviral system); screening: antibiotic inactivation, blue - white selection,
colony hybridization, plaque lifting, southern blotting, hybridization and immunological screening
12T + 6L Hrs.
135
UNIT-IV : PCR AND DNA SEQUENCING
PCR: Basic process, optimization of PCR reaction, types of PCR-asymmetric PCR, inverse PCR,
hot start PCR, RT PCR, nested PCR, multiplex PCR, real time PCR and differential display PCR -
DNA sequencing - Enzymatic method (Review), next generation DNA sequencing - Human
Genome Project ,
UNIT-V : NUCLEIC ACID LABELING 12T + 6L Hrs.
Radioactive and non-radioactive methods, Probes – types, nick translation, random priming, primer
extension, end filling and 5’ end labeling, non – radioactive labeling – biotin based labeling,
detection with chemiluminiscent systems
EXPERIMENTS / LAB :
1. Isolation of chromosomal DNA – Plant/animal (blood cells)/bacterial
2. Isolation of plasmid DNA (Mini prep)
3. Electrophoresis of restricted DNA and elution
4. Transformation of E.coli
5. Selection & screening – Antibiotic markers- ampicillin, tetracycline /Blue white
selection/GFP
6. DNA amplification using PCR (demonstration)
TEXT BOOK(S)
Primrose S.B, and Twyman R.M, Principles of Gene Manipulation and Genomics, 7th ed.,
U.S.A.: Blackwell Publishing, 2006.
REFERENCE BOOK(S)
Brown, TA, Gene Cloning and DNA analysis – An Introduction, 5th ed., USA, Blackwell
publishing, 2006.
Clark .D, Molecular Biology, Elsevier, 2005.
Glick B.R. and Pasternak J.J., Molecular Biotechnology, 3rd ed., Washington D.C., ASM press,
2003.
Janarthanan S and Vincent S., Practical Biotechnology, Methods and protocols, India,
Universities Press, 2007.
Reece, RJ., Analysis of genes and genomes, Canada, John Wiley & Sons Ltd., 2004.
Sambrook J, Russell D.W., The condensed protocols from molecular cloning: A laboratory
manual, New York, Cold Spring Harbour Laboratory, 2006.
Walker J.M. and Rapley R., Molecular Biology and Biotechnology, 4th ed., New Delhi, Panima
Pub.Corpn., 2003.
Winnacker E.L., From genes to clones– Introduction to Gene technology, New York, VCH
Pub., 1987.
PGZ3523O IMMUNOTECHNOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• Understand the principles of immunological techniques based on antigen-antibody interactions.
• Appreciate the technological application of immunological principles
• Comprehend the various aspects of clinical diagnostics and therapeutics based on immune
reactions.
136
COURSE OUTLINE :
UNIT-I : ANTIGEN-ANTIBODY INTERACTIONS, ANTIBODY AND ANTIGEN ASSAYS 15 Hrs.
A. Agglutination – haemagglutination, passive agglutination- latex & bacterial agglutination.
Precipitation – Ouchterlony double diffusion, Mancini’s Single Radial Immunodiffusion.
B. Assays for complement - Total hemolytic complement, complement fixation, complement
mediated hemolysis. Immunoelectrophoresis- counter, rocket & two dimensional
immunoelectrophoresis, ELISA, RIA, Immunoblotting.
UNIT-II : ANTIBODIES AS PROBES, IMMUNOFLUORESCENCE & RELATED
TECHNIQUES
15 Hrs.
A. Immunohistochemistry, fluorochrome conjugated antibody, enzyme labeling, gold labeling,
biotin- avidin system, radio labeling, autoradiography & fluorography, applications in
Western blotting, anti-idiotype antibodies, immuno screening.
B. Direct and indirect fluorescence, fluorescent microscopy, Flow cytometry – T cells subset
analysis, B cell analysis.
UNIT-III : ANIMAL MODEL AND CELL CULTURE SYSTEMS; CELLULAR ASSAYS 15 Hrs.
A. Animal models – Inbred strains, Adoptive transfer systems, SCID mice – Human SCID
mice, Congenic mice, transgenic & knock out mice. Culture systems- Primary lymphoid cell
cultures, cloned lymphoid cell lines, Hybrid lymphoid cell lines.
B. Isolation of lymphocyte by density gradient, Effector cell assays – PFC, ELISPOT.
Lymphocyte stimulation test, C-M lympholysis, Neutrophil function tests, Assays for LAK &
NK cell activity, MLR, Apoptosis.
UNIT-IV : HYBRIDOMA TECHNOLOGY AND ANTIBODY ENGINEERING; VACCINE
TECHNOLOGY
15 Hrs.
A. Monoclonal antibody production enrichment and application, T cell hybridoma Chimeric
antibody, abzymes, plantibodies, Immunotoxins.
B. Designing vaccines, types of vaccines – whole organism inactivated and attenuated
vaccines, anti-idiotypic vaccines, purified macromolecules as vaccines – polysaccharides,
toxoid and recombinant vaccines, recombinant vector vaccines, DNA vaccine, synthetic
peptide vaccines, multivalent subunit vaccine, edible vaccines.
UNIT-V : TRANSPLANTATION IMMUNOLOGY; IMMUNODIAGNOSTICS AND
THERAPEUTICS
15 Hrs.
A. ABO grouping, detection of Australian antigen & antibody in sera of blood donors, Rhesus
antigen, tissue typing, HLA – DNA typing using probes, HLA typing – HLA 1 & 2, cross
matching, serological, cellular and genomic typing
B. Immunodiagnosis – infectious diseases, specific antibodies in the serum (eg) Anti HIV
antibodies using Immunodiffusion, Immunoelectrophoresis, ELISA, RIA etc., Tumor
diagnosis (eg) ?- fetoprotein. Immunotherapy – passive immunization, specific and
nonspecific immuno stimulation, Immunotargeting for cancer therapy.
TEXT BOOK(S)
Benjamini, E., Sunshine G and Leskowitz .S, Immunology: A short course, 3rd ed., England:
John Wiley & Sons, 1996.
Hudson L & Hay FC, Practical Immunology, 3rd ed., London: Blackwell Publishing, 1989.
137
REFERENCE BOOK(S)
3. Stites D.P, Terr A.I & Parslow T.G, Basic and Clinical Immunology, UK, Prentice Hall
Publishing, 1994.
Goldsby. R.A.Kindt T.J. Osborne B.A., Kuby Immunology, 4th ed., New York, W.H.Freeman and
Co, 2000.
Roitt, I.M., Brostoff and Male., Immunology, 4th ed., London, Blackwell publishing, 1995.
PGZ3524O MOLECULAR DIAGNOSTICS AND FORENSICS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize and identify symptoms of hereditary diseases
• evaluate choices available for prenatal and adult screening
• relate DNA fingerprinting to appropriate problem area
• assess the applicability of available gene therapy options to particular disease
COURSE OUTLINE :
UNIT-I : HISTORICAL HIGHLIGHTS & REVIEW 15 Hrs.
Introduction – molecular era and organization of human genome. Genome mapping and
Sequencing – Genetic Mapping, DNA Markers – RFLPs, SSLPs, SNPs and linkage analysis;
Physical mapping –Restriction Mapping – FISH and STs Mapping; Methodology – Chain
termination and assembling contiguous sequences – Human Genome Project.
UNIT-II : MOLECULAR DIAGNOSIS OF INHERITED DISORDERS 15 Hrs.
Direct detection & indirect diagnosis – Huntington’s Disease, Chronic Granulomatous Disease
(CGD), Duchenne & Becker Muscular Dystrophy (DMD & BMD), Cystic fibrosis (CF). Diagnostic
application – Detection and characterization of bacterial pathogens, viruses, fungal pathogens and
parasitic pathogens – malaria, filariasis.
UNIT-III : MOLECULAR DIAGNOSTICS IN MEDICINE 15 Hrs.
Genetic screening and prenatal diagnosis - prenatal screening, neonatal screening, adult
screening, Personalized medicine, medical informatics and information based medicine, antisense
RNA technology.
UNIT-IV : MOLECULAR DIAGNOTICS IN FORENSICS, ANIMAL AND
PLANT BREEDING
15 Hrs.
DNA fingerprinting/ DNA profiling – SLP and MLP – minisatellite/ VNTR probes – oligonucleotide as
probe, PCR based DNA profiling – AmpFLP, STR-PCR, multiplex PCR. Applications of DNA
profiling in human identification, criminal identification, paternity testing, animal and plant breeding,
identification of animal and plant pathogens, RAPD and AFLP – their applications.
UNIT-V : FUTURE PROSPECTS 15 Hrs.
Nanofabricated chips – analytical devices; nanorobots – cancer detection and treatment, diabetes
treatment, respirocyte, microbivores, cell repair.
REFERENCE BOOK(S)
Augen J., Bioinformatics in the Post-genomic era, Boston, Addison Wesley, 2005.
Balaji S., Nanobiotechnology, Chennai, MJP Publishers, 2010.
Brown T.A., Genomes 2, 2nd ed., U.S.A, Wiley-Liss Pub, 2002.
Das H.K., Text Book of Biotechnology, New Delhi, Wiley Dreamtech India Pvt. Ltd., 2004.
McConkey E.H, Human Genetics – The Molecular Revolution, Boston, London, Jones and
Barlett Pub., 1997.
138
Nyamadzi Z., A reference handbook of nanotoxicology, New Delhi, Dominant publishers and
distributors, 2008.
Persing D.H, Molecular Microbiology - Diagnostic principles and practice, 1st Indian Reprint,
New Delhi, ASM Pub., 2004.
Poole C.P., and Owens F.J., Introduction to Nanotechnology, New Delhi, John Wiley & Sons,
2006.
Shanmugam S., Nanotechnology, Chennai, MJP Publishers, 2010.
Walker.J.M and Rapley. R, Molecular biology and Biotechnology, 4thed., New Delhi, Panima
Publishing Corporation, 2003.
PGZ3423P LAB IN BIOTECHNOLOGY
(Lab)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• interpret the principles involved in various techniques
• investigate techniques relating to tissue culture
• apply techniques in Genetic Engineering
COURSE OUTLINE :
EXPERIMENTS / LAB : 60 Hrs.
READING EXERCISES: Lab safety – Aseptic techniques – Preparation of medium -
Instrumentation – Disposal of lab wastes.
A) Plant Biotechnology: Commonly used medium (composition, function & applications) –
Establishment of Explant – Induction of callus culture – Rhizogenesis and caulogenesis –
Transformation of explants with Vectors – Selection of transformed cells – Stock maintenance &
sub-culturing
B) Animal Biotechnology: Commonly used medium-Contamination of cultures – Establishment of
primary and secondary culture – Cell line and its applications – transfection of animal cells –
Expression of genes in animal cells – Cloning – Transgenic cells and tissues
1. Preparation of media
2. Callus induction, caulogenesis and rhizogenesis, Micropropagation
3. Synthetic seed production and testing.
4. Somatic embryogenesis
5. Protoplast isolation and fusion
6. Agrobacterium mediated transformation & screening
7. Culturing of blood cells/ fibroblast cells (demo)
8. Karyotyping – Fish/ human
9. Toxicity testing of a chemical / drug
REFERENCE BOOK(S)
Freshney R.I., Culture of Animal cells – A manual of basic technique, 4th Ed., New York, Wiley
liss Pub, 2000.
Giri C.C &Giri A., Plant Biotechnology – practical manual, Bangalore, IK International publishing
Pvt. Ltd, 2007.
Ignacimuthu S., Plant Biotechnology, New Delhi, Oxford & IBH Publishing Co. Pvt. Ltd, 1997.
Jha T.B and Ghosh B., Plant tissue culture –basic and applied, Hyderabad, Universities press,
2007.
Narayanaswamy S., Plant Cell & Tissue Culture, New Delhi, Tata McGraw – Hill Publishing
Company, 1999.
139
Razdan M.K.,, An Introduction to Plant Tissue Culture, New Delhi, Oxford & IBH Publishing Co.
Pvt. Ltd, 1994.
Sudha G., Principles and Practices of Animal Tissue Culture, Hyderabad, Universities press,
2007.
PGZ3422E HUMAN REPRODUCTIVE BIOLOGY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• To make the students understand and appreciate the process of fertilization and foetal
development.
• To expose the students to the problem of infertility and methods to overcome the condition.
• To give a glimpse into cloning, its applications and ethics.
COURSE OUTLINE :
UNIT-I : 12 Hrs.
Male and female reproductive systems – structure, function and hormones involved.
Gametogenesis – Oogenesis and Spermatogenesis, Fertilization, Cleavage Implantation.
UNIT-II : 12 Hrs.
Formation of Germ layers, Gastrulation, Foetal growth – Early Organ development and
differentiation, pregnancy test., Stages of foetal development.
UNIT-III : 12 Hrs.
Placenta and foetal membranes, Psychological and Physical chan ges, Care and Nutrition during
Pregnancy, Risk and Problems during gestation, Prenatal care, Parturition, Premature labor,
Lactation.
UNIT-IV : 12 Hrs.
Birth defects – Congenital malformation, Teratology – definition, malformation in legs, arms, hand
and feet, drug induced malformation, Characteristics of newborn, Vaccination and Immunization
Schedule.
UNIT-V : 12 Hrs.
Birth defects – Congenital malformation, Teratology – definition, malformation in legs, arms, hand
and feet, drug induced malformation, Characteristics of newborn, Vaccination and Immunization
Schedule.
TEXT BOOK(S)
Balinsky B.I., An introduction to embryology, 5th ed., Philadelphia, London: Holt – Saunders
International, 1981.
REFERENCE BOOK(S)
Berril N.J, Developmental Biology, New Delhi, Tata McGrawHill Pub. Company Ltd., 1980.
De Hart.G.B., Sroufe.L.A., and Cooper.R.G., Child development – its nature and course, 4th
ed., Boston, MC Graw Pub., 2000.
Fenwick. E, The Complete Book of Mother and Baby Care, Dorling Kindersley Limited., 2001.
140
PGZ4421M BIODIVERSITY,IPR AND BIOSAFETY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• To understand the importance of species diversity
• To realize the need for sustainable development
• To become aware of patenting rights and their importance
COURSE OUTLINE :
UNIT-I : 18 Hrs.
A. Plant and Animal Kingdom - Outline classification upto phylum with salient features
(review). Phylogenetic tree – Past and present status of biodiversity – a comparison (Case
studies). 6 hrs
B. Biodiversity concepts - levels of biodiversity - genetic diversity, species diversity,
ecosystem diversity - Distribution of flora and fauna - Brief outline, geographical patterns,
megadiversity regions, hotspots. Agro biodiversity (Traditional/ modern agriculture,
ethnobotany).
UNIT-II : 7 Hrs.
Status and loss of biodiversity – Homeostasis in the ecosystem; Habitat loss and alteration -
exotic species, overexploitation, pollution, global climate change, economic policies, global trading
systems, unsustainable natural resource consumption.
UNIT-III : 8 Hrs.
Conservation strategies - in situ conservation – parks, sanctuaries, Biosphere reserves; ex situ
conservation – Tissue culture, cryopreservation, seed banks and pollen banks. Role of NGO’s and
tribal communities in conservation (case studies).
UNIT-IV : 10 Hrs.
Biosafety – Need, Classification of pathogenic microorganisms (Risk groups), Containment levels,
Biosafety levels, Biosafety efforts – IBC, USEPA, USDA, RDAC, RCGM, GEAC and TIFAC
UNIT-V : 17 Hrs.
Intellectual Property Rights and Protection – Trade marks, Copyrights, Geographical
indications. Patenting - transgenic organisms and isolated genes, Indian Patent Act, Biopiracy,
Case studies on patents and legal battles. Plant genetic resources - Plant breeders (PBR) and
farmer’s rights. Legal aspects - Earth summit. Post – Rio scenario - CITES, Ramsar convention,
World heritage Convention, GATT, WTO, TRIPS.
TEXT BOOK(S)
Kumar U., and Asija M.J., Biodiversity- Principles and Conservation, Jodhpur, India: Agrobios,
2000.
SubbaramN.R., Hand book of Indian Patent Law and practice: S.Viswanathan (Printers and
Publishers) Pvt.ltd, 1998.
REFERENCE BOOK(S)
Benson. E. E., Plant Conservation Biotechnology, London, Philadelphia, Taylor and Francis Ltd.,
2003.
Dadhich L.K., and Sharma A.P., Biodiversity: Strategies for conservation, New Delhi, P H
Publishing Corporation, 2002.
141
Kumar. U and Sharma A. K., Plant Biotechnology and Biodiversity Conservation, Agrobios
India, 2001.
Meffe G.K and Carroll C.R., Principles of Conservation Biology, Sunderland, Massachusetts,
Sinauer Associates Inc. Publishers, 1994.
WEBSITE(S) :
• www.indianpatents.org.in
• en.wikipedia.org/wiki/Patent
• www.uspto.gov/go/pac/doc/general
• en.wikipedia.org/wiki/Copyright
• en.wikipedia.org/wiki/Intellectual_property
• www.wto.org/english/tratop_e/trips_e/trips_e.htm
• ces.iisc.ernet.in/hpg/cesmg/indiabio.html
PGZ4524M ANIMAL BIOTECHNOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• list the concept and principles of animal cell culture and production of transgenic animals
• relate the knowledge on gene manipulation techniques to its applications
• create a link between genetic processes and apply them in developing animal models
COURSE OUTLINE :
UNIT-I : ANIMAL CELL CULTURE 15 Hrs.
Requirements, basic techniques – aseptic techniques, safety methods, disposal, media- physical
and chemical characteristics, cell culture and cell lines, biology of cultured cells, passaging and
maintenance, disaggregation, cell suspension and maintenance, measurement of viability and
parameters of growth.
UNIT-II : LARGE SCALE CULTURE & TRANSFECTION STRATEGIES 15 Hrs.
Types of culture – cell culture, tissue culture, organ culture, embryo culture, organotypic and
histotypic culture, manipulation of cultured cells and tissues – scaling up in suspension and in
monolayer culture, cell synchronization- senescence, immortalization and cell transformation. Gene
transfer to cultured animal cells – Transfection methods – Expression systems –Viral vectors –a
review, transgene amplification – selectable markers and screening strategies
UNIT-III : TRANSGENIC ANIMAL TECHNOLOGY AND APPLICATION 15 Hrs.
Gene transfer methods, targeted gene transfer – insertion and replacement strategies – gene
knock out, knock in – cre- lox P system. Transgenic fish with special reference to growth hormones
and antifreeze proteins, transgenic mice and livestock, transgenic cloned goats, transgenic insects.
Applications of transgenic animals – gene pharming, xenotransplantation, production of therapeutic
proteins, human and animal disease models..Vaccine production - Humanized antibodies in
transgenic mice, bispecific antibodies, recombinant immunotoxins.
UNIT-IV : MANIPULATION OF REPRODUCTION IN ANIMALS 15 Hrs.
Artificial insemination, ovulation control, superovulation, embryo transfer, IVF, intra cytoplasmic
sperm transfer, embryo sexing, splitting, chimera, nuclear transplantation, gene banks and
cryopreservation. Animal cloning – amphibians, fish, mice, rabbits, swine, cattle, non human
primates – methodology, obstacles and commercial applications, stem cell research, reproductive
and therapeutic cloning, nuclear reprogramming, technical hurdles, ethical and legal implications of
human cloning, challenges for the future
142
UNIT-V : STEM CELL TECHNOLOGY AND GENE THERAPY 15 Hrs.
Types of stem cell, adult and embryonic stem cell culture, organ regeneration- bone, nerve, etc.,
types of scaffolds, stem cell therapy – tissue engineering - applications, regulatory issues. Gene
therapy – Genetic defects- vectors for gene delivery – non viral and viral – gene augmentation-
germ line cell therapy – antisense therapy – cancer , AIDS – DNA vaccines. Drug delivery systems
– dendrimers, microneedles, micropumps, microchips for sustained drug release, liposomes.
REFERENCE BOOK(S)
Balaji S., Nanobiotechnology, Chennai, MJP Publishers, 2010.
Cibell J,Lanza R.P.,Campbell K.H.S., West M.D., Principles of cloning, Academic Press, 2002.
Dubey R.C, A Textbook of Biotechnology, New Delhi, S. Chand & Comp.Ltd., 2004.
Freshney R.I., Culture of Animal cells – A manual of Basic techniques, 4th ed., New york,
Wiley liss Pub., 2000.
Gilbert S.F, Developmental Biology, 4th ed., Sunderland, Sinaur associates Inc., 1994.
Latchman D.S, Gene Regulation: A Eukaryotic perspective, London, Academic division of unwin
hyman Ltd., 1990.
Nyamadzi Z., A reference handbook of nanotoxicology, New Delhi, Dominant publishers and
distributors, 2008.
Poole C.P., and Owens F.J., Introduction to Nanotechnology, New Delhi, John Wiley & Sons,
2006.
Puhler A., Genetic Engineering of Animals, New York, U.S.A, VCH publications, 1993.
Shanmugam S., Nanotechnology, Chennai, MJP Publishers, 2010.
Strachan T. and Read A.P, Human Molecular Genetics, 2nd, London, Bios Scientific Publishers
Ltd., 1999.
Strachan T. and Read A.P, Human Molecular Genetics,, 2nd, London, Bios Scientific Publishers
Ltd., 1999.
Thomas J.A, Biotechnology and Safety assessment, 2nd ed., Phil, USA, Taylor and Francis,
1999.
Walker J.M. and Rapley R., Molecular Biology and Biotechnology, 4th ed., New Delhi, Panima
Publishing Corporation, 2003.
Watson J.D. Gilmer M, Witkowski J & Zoller., Recombinant DNA, 2nd ed., W.H.Freeman and
Company, 1992.
PGZ4527M DEVELOPMENTAL BIOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• differentiate the processes involved in development of an organism
• relate concepts of differentiation and growth
• identify coordination of movements necessary to transform an unicellular zygote into a multicellular
organism
COURSE OUTLINE :
UNIT-I : INTRODUCTION 12 Hrs.
History and types of embryology (Review) – Basic concepts of Developmental Biology –
development among the unicellular and colonial eukaryotes – the origins of sexual reproduction –
patterns of development among metazoans – the genetic background
UNIT-II : GERM CELL DIFFERENTIATION 15 Hrs.
Origin of primordial germ cells – Germ cell migration – Spermatogenesis – Oogenesis -
Organization of the mammalian egg and differentiation of oocyte constituents – - Lamp brush
143
chromosomes – Fertilization – recognition of gametes – gamete fusion and the prevention of
polyspermy – activation of egg metabolism – rearrangement of egg cytoplasam – preparation for
cleavage
UNIT-III : CELLULAR BASIS OF MORPHOGENESIS 16 Hrs.
Integrating cells into tissues - Differential cell affinity – cell – cell and cell-matrix adhesion – extra
cellular matrix. Patterns of embryonic cleavage – mechanism of cleavage.Mechanism of
gastrulation – morphogenetic movements - Cell motility and cellular interactions,Maternal factors of
development
UNIT-IV : ORGANOGENESIS 16 Hrs.
Mechanism of neurulation – developmental potency of neural crest cells – generation of
ectodermal, mesodermal and endodermal organ rudiments,Neoteny
UNIT-V : METAMORPHOSIS AND REGENERATION 16 Hrs.
i) Causation of metamorphosis and tissue reactivity in amphibian metamorphosis – metamorphosis
in insects and hormonal effects. ii) Regenerative ability in animals-stimulation and suppression of
regeneration – histological and physiological processes in amphibian limb regeneration.
TEXT BOOK(S)
Balinsky,B.I and Fabian B.C, An Introduction to Embryology, 5th ed., Philadelphia: Saunders
college pub, 2004.
Gilbert, S.F., Developmental Biology, 8th ed., Sunderland: Sinauer associates Inc, 2006.
REFERENCE BOOK(S)
Browder, L.W, Erickson C.A. and Jeffery W.R., Developmental Biology, 3rd ed., Philadelphia,
Saunder College Pub, 1991.
Carlson, B.M, Patten’s Foundations of Embryology, 5th ed., India, McGraw Hill Inc, 2007.
Goel S.C, Principles of Animal Development Biology, 1st ed., Bombay, Himalaya Pub, 1984.
Majumdar.N.N, Text Book of Vertebrate Embryology, New Delhi, Tata Mc.Graw.Hall Publishing
company Ltd., 1988.
Notarianni,E and Evans, M.J., Embryonic stem cells – Practical approach, New York, Oxford
university press, 2006.
PGZ4525O ECONOMIC ENTOMOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire knowledge on the insect world & the structural and functional organization of insects
• understand and apply the knowledge about economically important insects
• be aware of vectors and their relation to human health
COURSE OUTLINE :
UNIT-I : Introduction 15 Hrs.
A. History of Entomology in India - scope- insect dominance- reasons - Preservation –
collection -culture of insects - water regulation, rhythms
B. Systematics - General characters -classification upto orders with examples. Insect diversity
-environment, behaviour and adaptations
UNIT-II : Insect structure and function 15 Hrs.
External anatomy -head, thorax, abdomen, cuticle, mouthparts. Internal anatomy –digestive,
circulatory, respiratory, nervous and reproductive systems –metamorphosis -neuro endocrine
coordination, Biology of reproduction, diapauses
144
UNIT-III : Beneficial Insects 15 Hrs.
Productive insects – Honey bee, silkworm, lac insect; Helpful insects – insect pollinators, predators,
parasites, scavengers
UNIT-IV : Medical Entomology 15 Hrs.
Mosquitoes, sand fly, fleas, house fly, bed bug, louse – vector biology, diseases transmitted,
symptoms, control, Biomedical significance.
UNIT-V : Agricultural Entomology 15 Hrs.
A. Harmful insects - plant pests - Rice, Oilseed, Coconut, Cotton, Brinjal, Mango - biology,
pest status, symptoms and control
B. Methods and principles of pest control
Insecticides -botanical insecticides, insect growth regulators -handling of insecticides. Integrated
pest management – biological control – signaling chemicals – anti feedants, repellants
TEXT BOOK(S)
David B.V and Ananthakrishnan T.N, General and Applied Entomology, 2nd edition, New Delhi:
Tata Mc Graw Hill Publishing Company Ltd, 2004.
REFERENCE BOOK(S)
David,V and Kumaraswamy T, Elements of Economic Entomology, SaidapetMadras-15.,
Popular Book Depot, 1988.
Fenemore P.G and Prakash, A, Applied Entomology, New Delhi, Wiley Eastern Ltd, 1992.
Imms A.D,, General Text book of Entomology, Bombay, Asia Publishing House, 1963.
Metcalf and Flint, Destructive and useful insect, NY, McGraw Hill Book Company Inc, 1932.
Ramakrishna Iyer T.V, Handbook of economic entomology of South India, New Delhi,
International books and periodical supply service, 1984.
Ross H.H, Ross C.A and Ross J.R.P, A text book of Entomology, 4th edition, Canada, John
Wiley & Sons Inc, 1982.
PGZ4526O ANIMAL BEHAVIOUR
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• interpret the mystery of behaviour patterns
• reviewdifferent strategies evolved by animals to improve their chances of survival
• design and perform an experimental study in Ethology.
COURSE OUTLINE :
UNIT-I : INTRODUCTION 15 Hrs.
Historical outline, behaviour as a homeostatic and adaptive mechanism- evolution of animal
behaviour – modes of behaviour- innate behaviour – taxis, kinesis – instinctive behaviour – learning
behaviour – habituation, imprinting – conditioned reflexes – trial and error learning – reasoning
UNIT-II : BEHAVIOURAL GENETICS 15 Hrs.
Hybridization-single gene and behaviour- heritability of behaviour – genetic basis of behaviour –
genes and criminal behaviour in humans. Nature vs Nurture
UNIT-III : SOCIAL BEHAVIOUR 15 Hrs.
A. Basis - factors regulating social behaviour – social behaviour in insects and primates –
social dominance – aggression – territoriality - Altruism – reciprocal altruism, kin selection,
parental care and cooperation- alarm call- hierarchy, solitary life
B. Animal Communication – Visual communication - communication by sound, touch,
vibration, bee dance ,chemicals - Pheromones – types.
145
UNIT-IV : HUMAN BEHAVIOUR 15 Hrs.
Nervous system and mind synaptic learning –origin of mind – emotions- emotional intelligence and
significance, learning andmemory, human actions and gestures,behavioural disorders , deviant
behaviour –alcoholism and drug abuse
UNIT-V : BIOLOGICAL RHYTHMS 15 Hrs.
Exo and Endogenous rhythms – circadian,circannual, tidal and lunar rhythms – biological clock –
mechanism, hormonal and genetic control of biological clock – biorhythms in humans
TEXT BOOK(S)
Farland . D.M, Animal Behaviour, 1st ed., London: Pitman Pub.Ltd., 1985.
Shukla.J.P, Fundamentals of Animal Behaviour, New Delhi: Atlantic Pub (P)Ltd., 2010.
REFERENCE BOOK(S)
Chandrashekaran M.K., Biological Rhythms, 1st ed., Bombay, BharatiyaVidyaBhavan, 1985.
Chandrashekaran M.K., Time in the Living World, Hyderabad, Universities Press (India) Pvt. Ltd.,
2005.
Gadagkar R., Survival Strategies, Hyderabad, Universities Press (India) Pvt. Ltd., 1997.
Mandal F.B., Text Book of Animal Behaviour, New Delhi, PHI Learning (P) Ltd., 2010.
Manning A., An Introduction to Animal Behaviour, UK,, E.L.B.S & Edward Arnold (P) Ltd., 1969.
Minors.D.S and Waterhouse J.M., Circadian Rhythms and the Human, Bristol, John Wight
andSons Ltd., 1981.
Poole T.B,, Social Behaviour in Mammals, New York, Blackie and Sons.Ltd., 1985.
Prakash.M, Diwan.A.P, Sharad S., Vineeta S., Recent Advances in Animal Behaviour, 1st ed.,
New Delhi, Anmol .Pub.Ltd., 1994.
Sarkar A, Understanding Social Animals, New Delhi, DPH (P) Ltd., 2010.
Tinbergen N., Animal Behaviour, Netherlands, Time Life International, 1968.
146
Evaluation Pattern
(UG)
Sem Course Code Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
I ZOO1201FS COMMUNICATIVE SKILLS FOR ZOOLOGISTS - I AUZOO TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
I ZOO1302FT INVERTEBRATA – I AUZOO LT 3 1 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
I ZOO1401CT INVERTEBRATA-II AUZOO LT 4 1 -- -- -- 2 30 1 10 -- -- 1 20 60 40 100 -- -- 3.00 --
II ZOO2201FS COMMUNICATIVE SKILLS FOR ZOOLOGISTS - II AUZOO TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
II ZOO2301CM CELL BIOLOGY AUZOO TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II ZOO2403CT CHORDATA AUZOO LT 3 1 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
III ZOO3501CM BIOCHEMISTRY AUZOO TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III ZOO3502CM GENETICS AUZOO TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III ZOO3201CP LAB IN GENETICS AUZOO LA -- 4 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
III ZOO3302CP LAB IN CELL BIOLOGY & BIOCHEMICAL TECHNIQUES AUZOO LA -- 5 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV ZOO4401CM MOLECULAR BIOLOGY AUZOO TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV ZOO4501CM ANIMAL PHYSIOLOGY AUZOO TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV ZOO4502CM IMMUNOLOGY AUZOO TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
147
IV ZOO4201CP LAB IN PHYSIOLOGY AND ENVIRONMENTAL
BIOLOGY AUZOO
LA -- 4 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV ZOO4201SP LAB IN BASIC CLINICAL DIAGNOSTICS AUZOO LA
-- 2 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV ZOO4302CP LAB IN MOLECULAR BIOLOGY AND IMMUNOLOGY AUZOO LA
-- 5 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
Courses offered to other Departments (UG)
Sem Course Code Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
I ZOO1401AT ANIMAL DIVERSITY AUBOT LT
4 1 -- -- -- 2 30 1 10 -- -- 1 20 60 40 100 -- -- 3.00 --
II ZOO2201NI ENVIRONMENTAL BIOLOGY ALLM TH
2 -- -- -- -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
148
Evaluation Pattern of the Student (PG)
Sem Course Code Course Title Offer
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
Test Assn
Quiz Seminar
FLab Project
Fd.Work
Term/ Mini/ Viva Total
Theory Lab Viva
Exam Hrs.
TH LA No RM No RM No RM RM RM RM RM GM RM TH Lab
ALL PGZ0426D ENVIRONMENTAL MANAGEMENT APZOO TH -- -- 1 2
30 30
-- --
-- --
-- -- -- --
-- -- --
60 40 80 -- --
2.30 --
I PGZ1527M PHYSIOLOGY APZOO TH 5 -- 2 2
40 10
-- 1
-- 10
-- -- -- --
-- -- --
60 40 100 -- --
3.00 --
I PGZ1528M BIOCHEMISTRY APZOO TH 5 -- 2 2
40 10
-- 1
-- 10
-- -- -- --
-- -- --
60 40 100 -- --
3.00 --
I PGZ1529M MICROBIOLOGY APZOO TH 5 -- 2 2
40 10
-- 1
-- 10
-- -- -- --
-- -- --
60 40 100 -- --
3.00 --
I PGZ1423P LAB IN MICROBIOLOGY APZOO LA -- 5 -- --
-- --
-- --
-- --
1 75 -- --
-- -- --
75 -- -- 25 --
-- 3.00
I PGZ1424P LAB IN PHYSIOLOGY & BIOCHEMISTRY APZOO LA -- 5 -- --
-- --
-- --
-- --
1 75 -- --
-- -- --
75 -- -- 25 --
-- 3.00
II PGZ2526M MOLECULAR BIOLOGY APZOO TH 5 -- 2 2
40 10
-- 1
-- 10
-- -- -- --
-- -- --
60 40 100 -- --
3.00 --
149
II PGZ2527M GENETICS AND EVOLUTION APZOO TH 5 -- 2 2
40 10
-- 1
-- 10
-- -- -- --
-- -- --
60 40 100 -- --
3.00 --
II PGZ2528M IMMUNOLOGY APZOO TH 5 -- 2 2
40 10
-- 1
-- 10
-- -- -- --
-- -- --
60 40 100 -- --
3.00 --
II PGZ2322P LAB IN IMMUNOLOGY APZOO LA -- 4 -- --
-- --
-- --
-- --
1 75 -- --
-- -- --
75 -- -- 25 --
-- 3.00
II PGZ2323P LAB IN MOLECULAR BIOLOGY APZOO LA -- 4 -- --
-- --
-- --
-- --
1 75 -- --
-- -- --
75 -- -- 25 --
-- 3.00
III PGZ0621M PROJECT APZOO LA -- 2 -- --
-- --
-- --
-- --
1 75 -- --
-- -- --
75 -- -- 25 --
-- --
III PGZ3424M STATISTICAL TOOLS IN BIOLOGICAL RESEARCH APZOO TH 4 -- 1 1
30 10
1 1
10 10
-- -- -- --
-- -- --
60 40 80 -- --
2.30 --
III PGZ3425M PLANT AND MICROBIAL BIOTECHNOLOGY APZOO TH 4 -- 1 1
30 10
1 1
10 10
-- -- -- --
-- -- --
60 40 80 -- --
2.30 --
III PGZ3522M rDNA TECHNOLOGY APZOO LT 4 2 1 --
30 --
-- 1
-- 10
1 20 -- --
-- -- --
60 40 80 -- --
2.30 --
III PGZ3523O IMMUNOTECHNOLOGY APZOO TH 5 -- 1 1
30 10
1 1
10 10
-- -- -- --
-- -- --
60 40 100 -- --
3.00 --
III PGZ3524O MOLECULAR DIAGNOSTICS AND FORENSICS APZOO TH 5 -- 1 30 1 10 -- -- -- -- 60 40 100 -- 3.00 --
150
1 10 1 10 -- -- --
--
III PGZ3423P LAB IN BIOTECHNOLOGY APZOO LA -- 4 -- --
-- --
-- --
-- --
1 75 -- --
-- -- --
75 -- -- 25 --
-- 3.00
IV PGZ0621M PROJECT APZOO PR -- 8 -- --
-- --
-- --
-- --
-- -- 60 --
-- -- --
60 -- -- -- 40
-- --
IV PGZ4421M BIODIVERSITY,IPR AND BIOSAFETY APZOO TH 4 -- 1 1
30 10
1 1
10 10
-- -- -- --
-- -- --
60 40 80 -- --
2.30 --
IV PGZ4524M ANIMAL BIOTECHNOLOGY APZOO TH 5 -- 1 1
30 10
1 1
10 10
-- -- -- --
-- -- --
60 40 100 -- --
3.00 --
IV PGZ4527M DEVELOPMENTAL BIOLOGY APZOO TH 5 -- 1 1
30 10
1 1
10 10
-- -- -- --
-- -- --
60 40 100 -- --
3.00 --
IV PGZ4525O ECONOMIC ENTOMOLOGY APZOO TH 5 -- 1 1
30 10
1 1
10 10
-- -- -- --
-- -- --
60 40 100 -- --
3.00 --
IV PGZ4526O ANIMAL BEHAVIOUR APZOO TH 5 -- 1 1
30 10
1 1
10 10
-- -- -- --
-- -- --
60 40 100 -- --
3.00 --
TH-Theory; LA-Lab; LT-Lab-cum-Theory; PR-Project; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
151
Evaluation Pattern offered by the Other Department (PG)
Sem Course Code Course Title Offer
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
Test Assn
Quiz Seminar
FLab Project Mini Project
Term Paper Total
Theory Lab Viva
Exam Hrs.
TH LA No RM No RM No RM RM RM RM RM GM RM TH Lab
ALL PGZ0422D WILDLIFE IN INDIA ALLM TH -- -- 1 2
30 30
-- --
-- --
-- -- -- -- -- 60 40 80 -- --
2.30 --
ALL PGZ0424D NATURE WATCH ALLM TH -- -- 1 2
30 30
-- --
-- --
-- -- -- -- -- 60 40 80 -- --
2.30 --
ALL PGZ0425D GREEN TECHNOLOGY ALLM TH -- -- 1 2
30 30
-- --
-- --
-- -- -- -- -- 60 40 80 -- --
2.30 --
II PGZ2423E NUTRITION, HEALTH AND CHILD CARE ALLM TH 4 -- 2 1
40 20
-- --
-- --
-- -- -- -- -- 60 40 80 -- --
2.30 --
III PGZ3422E HUMAN REPRODUCTIVE BIOLOGY ALLM TH 4 -- 2 1
40 20
-- --
-- --
-- -- -- -- -- 60 40 80 -- --
2.30 --
TH-Theory; LA-Lab; LT-Lab-cum-Theory; PR-Project; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
152
DEPARTMENT OF BIOTECHNOLOGY
PREAMBLE :
To equip the learners to face the current challenges in Higher Education, the Department of Biotechnology
revised the Undergraduate curriculum to fit into the Integrated Curricular Model that the college evolved, in
2013. The course profile, the course content & the evaluation pattern of the first two semesters were
passed in the Academic Council meeting held on April 3, 2013 (Appendix “AU”).
The department is now presenting the course profile, course content & evaluation pattern for Semesters III
& IV of the Undergraduate programme of 2013 batch.
As the hours for Part I and II have increased to 6, the modified course profile, course content & evaluation
pattern for Semesters I & II of 2014 batch are being presented.
The department proposes the modification made in the course content of BTE 2401CM BIOCHEMISTRY
(Semester II) which was passed in the Academic Council Meeting (Appendix ‘AU’) be ratified.
B.Sc. Biotechnology - Self-Financed
Course Profile
Sem. Course Code Course Title Hrs./
Week Credit Passed in
2014 Batch
I PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
BTE1201FS ENGLISH THROUGH BIOLOGY 2 2 AU-2013 as
BTE1101FS
CHE1402AA GENERAL CHEMISTRY FOR BIOLOGISTS - I 5 4 AU-2013 as
CHE1402SA
BTE1302FT CELL BIOLOGY 3T + 1L 3
BTE1401CT ANIMAL DIVERSITY 3T + 2L 4
VBC1001FV HEALTHY TRANSITION FROM ADOLESCENCE TO
ADULTHOOD
2 --
Total 30 19
II PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
BTE2201FS ANALYTICAL BIOLOGY 2 2 AU-2013 as
BTE2101FS
BTE2402CM BIOCHEMISTRY 4 4
CHE2402AA GENERAL CHEMISTRY FOR BIOLOGISTS - II 5 4 AU-2013 as
CHE2402SA
BTE2201CP BIOCHEMISTRY LAB 4 2
ELECTIVE ENVIRONMENTAL ELECTIVE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
Total 30 21
2013 Batch
III BTE3301CM MICROBIOLOGY 4 3
BTE3302CM PHYSIOLOGY 4 3
BTE3401CM DEVELOPMENTAL BIOLOGY 5 4
BTE3201CP MICROBIOLOGY LAB 3 2
153
BTE3202CP DEVELOPMENTAL BIOLOGY & PHYSIOLOGY LAB 3 2
MATQ3431AA APPLIED MATHEMATICS FOR BIOLOGISTS 5 4
ELECTIVE NON-MAJOR ELECTIVE 2 2
VOCATIONAL COURSE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
CLUB / ACADEMIC ADVISING 1 --
Total 30 23
IV BTE4401CM IMMUNOLOGY 4 4
BTE4501CM PRINCIPLES OF GENETICS 5 5
BTE4502CM MOLECULAR BIOLOGY 5 5
BTE4201CP GENETICS LAB 3 2
BTE4201SP LAB IN AQUARIUM MAINTENANCE 2 2
BTE4202CP MOLECULAR BIOLOGY LAB 3 2
BTE4203CP IMMUNOLOGY LAB 3 2
ELECTIVE NON-MAJOR ELECTIVE 2 2
VBC0201FV /
VBC0202FV
WOMEN’S STUDIES /
HUMAN RIGHTS AND DUTIES
2 2
CLUB / ACADEMIC ADVISING 1 --
Total 30 26
Other Courses offered by the Department
Sem. Course Code Course Title Offered
To
Hrs./
Week Credit Passed in
ALL BTE0401CD AQUARIUM MAINTENANCE ALLM -- 4 AU-2013
ALL BTE0402CD APPLIED ENTOMOLOGY ALLM -- 4 AQ-2009 as BTE0422D
ALL BTE0403CD BIOMATERIALS ALLM -- 4 AQ-2009 as BTE0321E
ALL BTE0404CD MOLECULAR TECHNIQUES ALLM -- 4 AQ-2009 as BTE0421E
ALL BTE0405CD IPR AND PATENTS ALLM -- 4 AQ-2009 as BTE0422E
II BTE2201NI ENVIRONMENTAL BIOLOGY ALLM 2 2
BTE1302FT CELL BIOLOGY
(Lab cum Theory)
LEARNING OUTCOME : 3T + 1L Hrs./Wk.
On successful completion of the course, the student will be able to
• relate the basic structure and function of a cell
• describe the structural organization of cell under microscopic observation
• apply certain vital staining and cell enumeration procedures in research
154
COURSE OUTLINE :
UNIT-I : FUNDAMENTALS OF A CELL AND BIO-MEMBRANES 10T + 5L Hrs.
Introduction - basic structure of prokaryotic and eukaryotic cells. Structure and function of plasma
membrane: models, peripheral and integral proteins, membrane transport mechanisms- passive
transport (simple diffusion, facilitated diffusion & osmosis) and active transport (ion channels,
exocytosis and endocytosis)
UNIT-II : SUBCELLULAR ORGANIZATION OF EUKARYOTIC CELLS 10T + 2L Hrs.
Subcellular organization: Nucleus, nuclear pore complex –nucleoplasm, chromosomal organization,
special chromosomes – polytene&lampbrush chromosomes (morphology & functional significance).
Structure and function of mitochondria (Electron transport chain and ATP synthesis) and plastids
UNIT-III : INTRACELLULAR ORGANIZATION OF CELLS 8T + 3L Hrs.
Intracellular membrane compartments- structure and function of ribosomes, endoplasmic reticulum,
Golgi complex and lysosomes.
UNIT-IV : CYTOSKELETAL STRUCTURES AND CELL MOTILITY 8T + 2L Hrs.
Cytoskeletal structures - actin filaments, intermediate filaments, microtubules and centriole
(structure and function). The extra cellular matrix and cell to cell interactions. Cell mobility:
amoeboid, cell crawling – cilium: ultra structure and ciliary movement
UNIT-V : REGULATION OF THE EUKARYOTIC CELL CYCLE 9T + 3L Hrs.
Cell division – stages & significance- mitosis, mitotic apparatus, meiosis. Cellcycle-phases,
regulation and check points
EXPERIMENTS / LAB :
1. Microscope handling; Reading exercise: types – applications – advancements
2. Buccal epithelial cell measurement
3. Staining and enumeration of blood cells
4. Observation of membrane transport (Osmosis)
5. Viability testing of cells using trypan blue
6. Observation of giant chromosomes in chironomous larva
7. Observation of mitotic chromosomes using onion root tip
8. Observation of different stages of meiosis in grasshopper testis (simulation/preserved
specimen)
TEXT BOOK(S)
Cells J.E., (editor), Cell Biology – A Laboratory Handbook, 2nd Ed, Volumes I, II, III and IV,
London, UK, Academic Press Limited, 1998.
De Robertis E.D.P and De Robertis E.M.F, Cell and Molecular Biology, 8th Ed, USA, Lippincott
Williams & Wilkins, Philadelphia, 2001.
REFERENCE BOOK(S)
Alberts B., Lewis B.D.J., Raff M., Roberts K and Watson D, Molecular Biology of the Cell, 2nd
Ed, New York, Garland Publishing, 1989.
Cooper G. M and Hausman, The Cell – A Molecular Approach, 4th Ed, Washington D.C, ASM
Press, 2007.
Johnson K.E, The Medical Series for Independent Study- Histology and Cell Biology, 2nd Ed,
Maryland, Williams and Wilkins, Baltimore, 1991.
Karp G, Cell and Molecular Biology – Concepts and Experiments, 4th Ed, USA, John Wiley and
Sons IncNew Jersey, 2005.
Pappas G.S, Laboratory Manual of Histology, , 2nd Ed, England, Oxford,Wm. C.Brown
Publishers,, 1994.
Sumner A.T and Sumner B.E.H, A Laboratory Manual of Microtechnique and Histochemistry,
Oxford, Blackwell Scientific Publications, 1969.
155
BTE2201NI ENVIRONMENTAL BIOLOGY
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• relate the basic concepts and principles of interrelationships between organisms and their
environment
• describe the transfer of energy through ecosystems and material cycles
• predict the impacts of population growth, pollution and their management
COURSE OUTLINE :
UNIT-I : 7 Hrs.
Introduction- Concepts and types of an ecosystem. Energy transfer patterns. Physical and chemical
factors, biogeochemical cycles, resources-use and abuse
UNIT-II : 8 Hrs.
Biological communities and species interactions: Community properties-critical factors, tolerance
limits, niche, habitats, succession, species interaction- predation, competition, symbiosis and
keystone species
UNIT-III : 7 Hrs.
Population and related issues: Dynamics of population growth and factors influencing population.
Pollution- types, sources, hazards and management. Types and sources of waste, management
strategies ( the three R’s )
UNIT-IV : 8 Hrs.
Biomes-Terrestrial biomes and aquatic ecosystems, ecotones and edge effect. Restoration and
management- tools of restoration, principles and goals of ecosystem management
TEXT BOOK(S)
Cunningham W.P. and Saigo B.W, Environmental Science, 5th Ed, New York, WCB McGraw –
Hill Publishers, 1999.
REFERENCE BOOK(S)
Cunningham W. P and Saigo B. W, Environmental Science – A Global Concern, 3rd Ed,
London, Wm.C.Brown Publishers, 1995.
Kormondy E.J, Concepts of Ecology, New Delhi, Prentice-Hall of India Pvt. Ltd, 1989.
Miller T.G (Jr.), Living in the Enviroment – Principles, 9th Ed, USA, Connections and Solutions
Wadsworth Publishing Company, 1996.
Odum E.P, Fundamentals of Ecology, 3rd Ed, London, W.B. Saunders Company, 1971.
Pathade G.P and Goel P.K, Environmental pollution and management of waste waters by
microbial techniques, Jaipur, En, ABD Publishers, 2001.
BTE2402CM BIOCHEMISTRY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire a fundamental knowledge of the chemistry and functioning of the biomolecules
• recognize the mechanism of molecular interaction
• analyze the properties and significance of biomolecules
156
COURSE OUTLINE :
UNIT-I : CARBOHYDRATES 12 Hrs.
Introduction to biomolecules - Structure, occurrence, and classification (review), physical and
chemical properties of monosaccharide, disaccharides and polysaccharides (Homo and
Heteropolysaccharides), biological significance of carbohydrate-Glycolysis, TCA cycle, Pentose
Phosphate pathway and Electron transport chain, oxidative phosphorylation
UNIT-II : AMINO ACIDS AND PROTEINS 12 Hrs.
Structure and classification of amino acids (review). Physical and chemical properties of
aminoacids, peptide bond formation, Ramachandran plot, role of amino acids in living
system.Classification and structure of protein (review). Biological role of proteins-Urea cycle
UNIT-III : ENZYMES, COENZYMES AND COFACTORS 14 Hrs.
Enzymes- classification, properties, nomenclature (IUB). Models on specificity of enzyme action,
kinetics and factors affecting enzyme activity. Michaelis-Menten equation, Line Weaver-Burk Plot.
Enzyme inhibition. Allosteric and feedback regulation. Vitamins as coenzymes, minerals as
cofactors
UNIT-IV : LIPIDS 10 Hrs.
Structure and functions of phospholipids, physical and chemical properties of fatty
acid,classification of lipids-cholesterol, glycolipids and calciferol. Role of lipids in living system-ß-
oxidation & -oxidation
UNIT-V : NUCLEIC ACIDS 12 Hrs.
General Properties, structure and composition of nucleic acids. Conformation of DNA and RNA.
Role of nucleic acid in biological system
TEXT BOOK(S)
Conn E.E., Stumpf P.K., Bruening G and Doi R.H, Outlines of Biochemistry, 5th Ed, Singapore,
John-Wiley and Sons, 2004.
REFERENCE BOOK(S)
David L. Nelson and Michael M. Cox, Lehninger Principles of Biochemistry, 5th Ed, New York,
W.H.Freeman and Company, 2004.
Donald Voet and Judith Voet, Fundamentals of Biochemistry, New Jersey, John Wiley
Publications, 2006.
Jain J.L, Fundamentals of Biochemistry, New Delhi, S.Chand and Company Ltd, 2002.
Jeremy M. Berg, Biochemistry, New York, USA, W.H. Freeman & Company, 2007.
Lehninger L.A., Nelson D.L and Cox M.M, Principles of Biochemistry, 4th Ed, New York, Worth
Publishers, 2005.
McKee T and McKee J.R, Biochemistry-the Molecular Basis of Life, 3rd Ed, U.S.A,
Wm.C.Brown Publishers, 2003.
Murray K.R., Granner D.K., Mayer A.P and Rodwell V.W, Harper’s Biochemistry, 25th Ed,
California, Appleton and Lange, 2000.
Nicolas C. Price, Fundamentals of Enzymology, New York, Oxford Press, 2006.
Stryer L, Biochemistry, 5th Ed, New York, W.H.Freeman Publishers, 2003.
West E.S., Todd W.R., Mason H.S and Bruggen J.T.V, Text Book of Biochemistry, New Delhi,
Oxford and IBH Publishing Co. Pvt. Ltd, 1995.
157
BTE3301CM MICROBIOLOGY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• describe the classification of microorganisms
• appraise the diversity of microbial structures and their role
• analyse the importance of microbes in human health
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO MICROBIOLOGY 12 Hrs.
History, scope of microbiology. Systematic nomenclature, identification of microbes, Photosynthetic
bacteria. Ultra structure of prokaryotic cell, flagella and cell wall structure, peptidoglycan synthesis,
inclusion bodies – endospore
UNIT-II : MAINTENANCE OF MICROBIAL CULTURE 12 Hrs.
Sterilization techniques – Physical and chemical methods. Antimicrobial agents: General
characteristics, mechanism of action – antibacterial (penicillin, tetracycline, sulfonamides),
antifungal, antiviral drugs, drug resistance- MDR.
UNIT-III : MICROBIAL NUTRITION AND GROWTH 12 Hrs.
Nutritional requirements, culture media, isolation of pure culture, growth curve – measurement of
microbial growth, factors affecting growth: Batch, fed batch and continuous culture; Microbial
metabolism- ED pathway, Fermentation, Nitrogen fixation, Photosynthesis
UNIT-IV : VIROLOGY 12 Hrs.
General characteristics and Classification of viruses- life cycle of Bacteriophages; T4, Lambda &
M13, Plant viruses (TMV, CMV) and animal viruses (Retroviruses, Hepatitis virus) - Viroids and
Prions
UNIT-V : MICROBIAL DISEASES 12 Hrs.
Normal microflora in human, microbial diseases: Typhoid, tuberculosis, leprosy, hepatitis and AIDS.
Food Microbiology: Microbial growth and food spoilage, food borne diseases (Botulism,
Salmonellosis) and control of food spoilage
TEXT BOOK(S)
Pelczar M.J., Schan E.C and Krieg N.R, Microbiology Concepts and Applications, 5th Ed,
Boston, McGraw Hill Inc, 2004.
Prescott L.M., Harley K.P and Klein D.A, Microbiology, 7th Ed, Boston, McGraw Hill Inc, 2008.
REFERENCE BOOK(S)
Alcamo I.E, Microbiology, , New Delhi, Tata McGraw – Hill Publishing Company Limited, 1998.
Banwart G. J, Basic Food Microbiology, 2nd Ed, New Delhi, CBS Publishers, 1998.
Caldwell D.R, Microbial Physiology and Metabolism, USA, W.M.C. Brown Publishers, 1995.
Ingraham J. L, Introduction to Microbiology, 2nd Ed, Bangalore, Thomson Books, 2000.
Nayudu M.V, Plant Viruses, New Delhi, Tata McGraw – Hill Publishing Company Limited, 2008.
Persing D.H., (editor), Molecular Microbiology – Diagnostic Principles and Practice,
Washington, ASM Press, 2003.
Shimeld L. A, Essentials of Diagnostic Microbiology, London, Delmer Publishers, 1999.
Talaro K.P and Talaro, Foundation in Microbiology, 4th Ed, Boston, A McGraw Hill Inc, 2002.
Tauro P., Kapoor K.K and Yadav K.S, An Introduction to Microbiology, New Delhi, Wiley
Eastern Ltd, 1996.
158
BTE3302CM PHYSIOLOGY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• recall the various functions of the organ systems
• discuss the importance of homeostasis in living organisms
• demonstrate the interdependence of various organ system
COURSE OUTLINE :
UNIT-I : DIGESTION 11 Hrs.
Nutrition – (Review), Physiology of digestion and digestive glands in human, regulation of blood
glucose level
UNIT-II : RESPIRATION 12 Hrs.
Mechanism – Transport and Exchange of gases - Control of respiration. Circulatory –
Cardiovascular system –Blood, Blood vessels, Heart, Vascular circuitry- Blood pressure- lymphatic
system.
UNIT-III : EXCRETION 11 Hrs.
Excretion and Water balance- Kidney and its function- Urine formation, hormonal regulation
UNIT-IV : ENDOCRINE SYSTEM 13 Hrs.
Endocrine system – Pituitary- Hypothalamus- Endocrine glands – structure and functions.
Deficiency disorders (Goitre, cretinism), Hormonal regulation in Reproduction – Reproductive organ
(male and female)
UNIT-V : NEUROMUSCULAR SYSTEM 13 Hrs.
Central nervous system- peripheral and autonomous nervous system - neuron & impulse
conduction, neurotransmitters-neuromuscular junction. Receptors - Types-sensory and motor,
skeletal muscles - contractile machinery. Thermoregulation.
TEXT BOOK(S)
Strand F.L, Physiology – A Regulatory Approach System, Macmillan Meerut, (Chapters 7-12,
14-18, 21,22, 25), Meerut, Publishing Company, 1983.
REFERENCE BOOK(S)
Curtis H and Barnes N.S, Biology of organisms –Part –II, 5th Ed, New York, worth publishers,
1968.
Gray A T., Kevin T., Mosby P, Anatomy and Physiology, 6th Ed., Elsevier, USA, 1987.
Knut Schmidt-Nielson, Animal Physiology – Adaptation and Environment, New Delhi,
ManasSaikia for Cambridge Univeristy Press India PVT. LTD, 1997.
Lauralee S, Human Physiology from Cells to Systems, 4th Ed.Brooks, USA, 2001.
Rastogi SC, Essential of Animal Physiology, 4th Ed, New Delhi, New Age International Pvt. Ltd
publishers, 2010.
Sherwood L., Klandorf H and Yancey P.H, Animal Physiology, Singapore, Thomson Books /Cole,
A division of Thomson Learning, 2005.
Swart I F, Human Physiology, WMC brown Communications, USA, Dubuque, 1984.
VeenaMehataAhuja, Text book of Medical Physiology, 2nd Ed, New Delhi, Ane books Pvt. Ltd,
2011.
159
BTE3401CM DEVELOPMENTAL BIOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• describe the various stages during development
• evaluate the orchestral link in the developmental process
• interpret the principle behind abnormalities in the developmental biology
COURSE OUTLINE :
UNIT-I : GAMETOGENESIS AND FERTILIZATION 15 Hrs.
Introduction: Historical perspectives – concep2012.ts (Classical and Modern Embryology) – model
organisms, Scope; Gametogenesis: Primordial germ cells, spermatogenesis and oogenesis.
Fertilization: types and physiological changes involved in fertilization, cortical reaction, amphimixis.
UNIT-II : CLEAVAGE AND FATE MAP 15 Hrs.
Types of cleavage- based on types of oocytes, amount, distribution of yolk, polarity in egg, and
morula. Factors affecting cleavage and changes in the cleaving cells. Fate map of frog and its
significance.
UNIT-III : GASTRULATION 15 Hrs.
Process of gastrulation, types of morphogenetic movements and their mechanism. Organizer
concept with experimental evidences, molecular mechanisms of action.
UNIT-IV : ORGANOGENESIS 15 Hrs.
Morphogenetic field, organizers and inducers. Neurogenesis, formation of notochord and
derivatives of germ layers. Organogenesis in mammal - Eye, heart and limb.
UNIT-V : PLACENTATION AND DEVELOPMENTAL DISORDERS 15 Hrs.
Placentation – Types of placenta, extra embryonic membranes & significance. Poly embryony&
twinning. Teratology - Congenital and neonatal abnormalities In vitro fertilization – Germ bank –
GIFT – test tube baby.
TEXT BOOK(S)
Balinsky B.I, An Introduction to Embryology, 5th Ed, Philadelphia, Holt-Saunders International,
2012.
REFERENCE BOOK(S)
Berril N.J, Developmental Biology, Company Ltd, New Delhi, Tata McGraw Hill, 1980.
Bradley P.M, The Early Embryology of the Chick, 3rd Ed, The Blakiston Company, Toronto,
1925.
Browder L.W., Erickson C.A and Jeffery W.R, Developmental Biology, 3rd Ed, London, Saunder
College, 1991.
Carlson B.M, Patten’s Foundation of Embryology, he Early Embryology of the Chick 1. Retrieved
December 6, 2013, from http://embryology.med.unsw.edu.au/embryology/index.php?title=Book_-
_The_Early_Embryology_of_the_Chick_1, 5th Ed, London, 1998.
Gilbert S.F, Developmental Biology, 4th Ed, Sinauer Associates Inc., Sunderland,
Massachusetts, 2010.
Wolpert L, Principles of Development, 2nd Ed., New York, Oxford University Press, 2002.
160
BTE3201CP MICROBIOLOGY LAB
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire the basic skills needed in microbiology lab
• describe techniques involved in the identification and growth of microbes
• employ the assay techniques in their research work
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
1. Usage of lab accessories and its importance (pipetteman, eppendorf tubes, tips, screw cap
vials)
2. Aseptic handling and storage (bottles, flasks, culture vessels, pipetting, pouring)
3. Maintenance and disposal of microbial strains
4. Media preparation for microbial culture
5. Isolation of pure culture – broth, agar slants, stab, plating and streaking
6. Sterilization methods – physical and chemical
7. Staining techniques (simple, Gram staining and endospore staining)
8. Estimation of growth – turbidometric method
9. Biochemical characterization of pure culture- IMViC test
10. Antibiotic sensitivity test
REFERENCE BOOK(S)
Brown.A, Benson's Microbiological Applications, Laboratory Manual in General Microbiology,
10th Ed, McGraw-Hill, 2006.
Cappucino J.G and Sherman N, Microbiology - A Laboratory Manual, 7th Ed, South Asia,
Pearson Education Inc. and Dorling Kindersley Publishing Inc, 2008.
Garrity G.M, Bergey’s Manual of Systematic Bacteriology, 2nd Ed, New York, Springer Verlag,
2001.
Gunasekaran P, Laboratory Manual in Microbiology, New Delhi, New Age International (P) Ltd
Publishers, 2002.
Holt J.G., Kreig N.R., Peter H.A., Stanley S.J.T and Williams S.T, Bergey’s Manual of
Determinative Bacteriology, Williams and Wilkins, A Maverly Company, Philadelphia, 1994.
Prescott L.M., Harley K.P and Klein D.A, Microbiology, 7th Ed, Boston, McGraw Hill Inc, 2008.
BTE3202CP DEVELOPMENTAL BIOLOGY & PHYSIOLOGY LAB
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the basic concepts in development
• detect the principle of each experiment
• infer the process of development
161
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
1. T.S. of mammalian ovary, mammalian testis & chick ovary
2. Observation of live chick embryo – 24hrs, 48hrs, 72hrs & 96 hrs
3. Viral inoculation in embryonic egg
4. Observation of specimen: Placentation types - yolk sac placenta (Shark), deciduous
placenta, Polyembryony – Armadillo, Human developmental stages and early
developmental stages in frog
5. Tadpole tail regeneration
6. Detection of nitrogenous waste products – ammonia, urea & uric acid
7. Bleeding and clotting time
8. Estimation of haemoglobin
9. APTT (Activated Partial Thromboplastin Time) assay
10. ESR (Erythrocyte sedimentation rate) test
11. Enzyme assay- Salivary amylase
12. Muscle twitch in frog- (Demo)
REFERENCE BOOK(S)
Balinsky B.I, An Introduction to Embryology, , 5th Ed, Philadelphia, Holt-Saunders International,
2012.
Bradley P.M, The Early Embryology of the Chick, 3rd Ed, Toronto, The Blakiston Company,
1925.
Carlson B.M, Patten’s Foundation of Embryology, 5th Ed, New Delhi, McGraw Hill Inc, 1998.
Cruz Y.P, Laboratory exercises in developmental biology, USA, Academic press, Inc, 1993.
Keibel F., Mall F. P, Manual of Human Embryology, Philadelphia, J. B. Lippincott Company,
1912.
Mukherjee K. L., Medical Laboratory Technology – a procedure manual for routine diagnostic
tests, Volume I, Tata McGraw Hill publishing company limited, 1988.
Nigam S. C and Omkar, Experimental Animal Physiology and Biochemistry, New Age
International (P) Limited, 2003.
Pappas G.S., Laboratory Manual of Histology, 2nd Ed, Oxford, England, Wm. C. Brown
Publishers, 1994.
Rastogi S. C., Experimental Physiology, Wiley Eastern Limited, 1982.
Sumner A.T and Sumner B.E.H., A Laboratory Manual of Microtechnique and Histochemistry,
Oxford, Blackwell Scientific Publications, 1969.
BTE4401CM IMMUNOLOGY
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire the basic principles of Immunology
• relate the cellular and molecular bases of immune response
• analyze the role of immune system in enhancing human health
162
COURSE OUTLINE :
UNIT-I : ELEMENTS OF IMMUNITY 12 Hrs.
Introduction to Immune system - innate and acquired immunity –humoral and cellular immunity;
lymphoid organs – primary and secondary; immunogens and antigens, Antibody – structure
characterization, and properties. Kinetics of antibody response
UNIT-II : BIOLOGY AND ACTIVATION OF B AND T LYMPHOCYTES 12 Hrs.
Identification and characterization of B & T cells. Organization and structure of MHC, antigen
processing and presentation - MHC restriction, diversity, association of disease – activation of CD4
T cells – T&B cell cooperation; B cell activation, activation of CD8 cytotoxic T cells, cytokines,
super antigens
UNIT-III : CONTROL MECHANISMS IN THE IMMUNE RESPONSE AND COMPLEMENT 12 Hrs.
Classical and alternate pathways, biological activity, receptors, activation; Complement deficiencies
UNIT-IV : HYPERSENSITIVITY AND AUTOIMMUNITY 12 Hrs.
Detailed study on Type I, II , III & IV –hypersensitivity reactions. Autoimmune diseases and immune
deficiency disorders
UNIT-V : TRANSPLANTATION IMMUNOLOGY 12 Hrs.
Transplantation – relationship between donor and recipient, allograft rejection; bone marrow
transplantation, Graft Vs Host reactions, fetal-maternal relationships
TEXT BOOK(S)
Benjamini E., Sunshine G and Leskowitz S, Immunology: A short course, 5th Ed, New York,
John Wiley &Sons - Inc, 2003.
REFERENCE BOOK(S)
Abbas A.K and Lichtman A.H, Cellular and Molecular Immunology, 5th Ed, Philadelphia,
Saunder’s Publishers, 2003.
Abbas A.K and Lichtman A.H, Basic Immunology, 2nd Ed, New Delhi, Elsevier Inc, 2004.
Chakravarthy A.K, Immunology and Immunotechnology, New Delhi, Oxford University Press,
India, 2006.
Coleman R.M, Fundamental Immunology, 3rd Ed, USA, Wm.C.Brown Publishers, 1994.
Delves J.P., Martin J.S and Roitt I.M, Roitt’s - Essential Immunology, 11th Ed, London,
Blackwellpublishers, 1996.
Goldsby R.A., Kindt T.J., Osborne B.A and Kuby J, Immunology, 5th Ed, New York, W.H.
Freeman and Company, 2003.
Male D., Brostoff J., Roth D.B and Roitt I, Immunology, Canada, Mosby Elsevier Ltd, 2006.
Murphy K., Travers P and Walport M, Janeway’s –Immunobiology, 7th Ed, London, Blackwell
Publishers, 2007.
Murphy K., Travers P and Walport M, Janeway’s–Immunobiology, 7th Ed, London, Blackwell
Publishers, 2007.
Roitt I.M, Essential Immunology, 10th Ed, London, Blackwell Scientific Publishers, 2011.
Roitt I.M and Delver P.J, Essential Immunology, 10th Ed, London, Blackwell Pub, 2005.
Roitt M.,Brostoff and Male D.K, Immunology, 8th Ed, London, Gower Medical Publishing, 2013.
163
BTE4501CM PRINCIPLES OF GENETICS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire knowledge about the basic principles of heredity
• assess the practical application of genetics
• review the various genetic disorders in man and animals
COURSE OUTLINE :
UNIT-I : CLASSICAL GENETICS 15 Hrs.
Introduction to Mendelism: Mono and Di-hybrid ratios. Deviation from Mendelian ratios, gene
interaction. Polygenic inheritance: Skin pigmentation on man, ear length in maize/wheat; Spotting
in mice. Multiple alleles: Blood grouping in man; Coat color in rabbits; Pseudoallelism- Eye colour in
Drosophila-Related problems.
UNIT-II : SEX DETERMINATION 15 Hrs.
Bipotential nature of organisms, Role of external and internal environment, Chromosomal
mechanisms, Gynandromorphism. Sex-linked inheritance: In man - color blindness and hemophilia.
Linkage and crossing over, Genetic map. Maternal inheritance- coiling of shell, kappa particles,
milk factor and plastid inheritance
UNIT-III : HUMAN GENETICS 18 Hrs.
Simple Mendelian traits in man. Human pedigree: symbols applied- inheritance patterns.
Chromosomal aberrations: their variation in number and structures. Inborn errors of metabolism;
Hereditary disorders: their mode of inheritance and diagnosis
UNIT-IV : MICROBIAL GENETICS 15 Hrs.
Mutation: Molecular basis of gene mutation; Types of gene mutation; Mutagens: types and their
mode of action. Genetic recombination in Bacteria – Transformation, Conjugation and Transduction
UNIT-V : POPULATION GENETICS 12 Hrs.
Hardy-Weinberg Law, factors affecting gene frequencies, congenital diseases Eugenics and
Genetic counseling
TEXT BOOK(S)
Alice Marcus, Human Genetics- An Overview, New Delhi, Narosa publishing house Pvt LTD,
2010.
P.S Verma and V. K Agarwal, Genetics, New Delhi, S. Chand & company LTD, 2009.
Sinnot E. W., Dunn L.C and Dobzhansky T, Principles of Genetics, 4th Ed, New Delhi, Tata
McGraw Hill Pub. Co. Ltd, 1973.
REFERENCE BOOK(S)
Brooker R, Genetics: Analysis and Principles, McGraw Hill International, 4th Ed, New York,
2008.
Busk D, Molecular Genetics, London, Collier- Macmillan Ltd, 1968.
Gardner E, Principles of Genetics, 5th Ed, Canada, John Wiley and Sons Inc, 1975.
Gardner E.H., Simmons M.J and Snustad D.P, Principles of Genetics, 8th Ed, Singapore, John
Wiley and Sons, 2007.
Hancock J.T, Molecular Genetics, 1st Ed, UK, Scion Publishing Limited, 2008.
Hartl D and Jones E.W, Genetics - Principles and Analysis, 4th Ed, London, Jones and Barlett
Publishers, 1998.
Jorde L.B., Carey J.C., Bamshad M.J and White R.L, Medical Genetics, 3rd Ed, Missour, Elsevier
Publications, 2007.
Maloy S.R., Cronan J.E and Freifelder D, Microbial Genetics, 2nd Ed, London, Jones and Barlett
Publishers, 1994.
164
Snyder L and Champness W, Molecular Genetics of Bacteria, 3rd Ed, Washington, American
Society for Microbiology, 2007.
Stent G.S and Calendar R, Molecular Genetics - An introductory narrative, 2nd Ed, New York,
CBS Publishers and Distributors, 2004.
Strickberger W, Genetics, 5nd Ed, Boston, Macmillan Pub. Co. Inc, 1991.
BTE4502CM MOLECULAR BIOLOGY
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• relate the central dogma of life at the molecular level
• interpret the various DNA damage and its safeguarding mechanisms
• evaluate the regulatory mechanisms in the flow of genetic information
COURSE OUTLINE :
UNIT-I : GENOME ORGANISATION 15 Hrs.
Introduction –DNA as genetic material- Experimental evidences, structure of nucleic acids- Types –
DNA and RNA, Genetic code. Prokaryotic and eukaryotic genome - C-value paradox, Structural
organization of chromosome -Histones, Nucleosome – Cot kinetics, functional elements at
molecular level, DNA Sequencing Methods.
UNIT-II : TRANSCRIPTION 15 Hrs.
Basic principles – Process of transcription – Regulation of transcription – Positive & Negative
control – lac operon and trp operon. Transcription in Eukaryotes– transcription by RNA Pol I, II & III.
Transcriptional modifications of mRNA (5’CAP-3’Poly (A) tail and splicing), t RNA and rRNA.
UNIT-III : TRANSLATION 15 Hrs.
Process of Translation – Genetic code Initiation, Elongation and Termination, Eukaryotic protein
synthesis and post translational modifications.
UNIT-IV : DNA REPLICATION 15 Hrs.
Replication – Types- conservative, semi conservative and dispersive. Stages in Replication -
Origin, termination– Enzymes involved in Replication, Mechanism in Replication-rolling circle, D-
loop. Eukaryotic replication.
UNIT-V : REPAIR AND RECOMBINATION 15 Hrs.
DNA Repair – types of DNA damage – causes direct reversal of DNA damage – Light repair and
dark repair – Excision repair – Mismatch and recombination repair. Recombination – Models of
Homologous recombination, Types of recombination.
TEXT BOOK(S)
Friefelder D, Molecular Biology, 2nd Ed, New Delhi, Narosa Publishing House, 1993.
REFERENCE BOOK(S)
Becker W.M., Kleinsmith L.J and Jeff Hardin, The World of the Cell, 4th Ed, San Francisco, The
Benjamin/Cummings Publishing Company, 2000.
Cooper G. M and Hausman, The Cell – A Molecular Approach, 4th Ed, Washington D.C, ASM
Press, 2007.
Karp G, Cell and Molecular Biology – Concepts and Experiments, 4th Ed, USA,, John Wiley
and Sons Inc., New Jersey, 2005.
Lodish D.J and Baltimore D, Molecular Cell Biology, 2nd Ed, New York, Sci. American Books,
W.H. Freeman & Comp, 1990.
165
Lodish H., Berk A., Zipursky S.L., Matsudaira P., Baltimore D and Darnell J, Molecular Cell
Biology, 4th Ed, USA, W.H. Freeman & Company, 2000.
Malacirski G. M and Freifelder D, Essentials of Molecular Biology, 3rd Ed, Boston, Jones &
Bartlett Pub. Inc, 1998.
Wolfe S.L, An Introduction to Cell and Molecular Biology, New York, Wadsworth Publishing
Company, 1995.
BTE4201CP GENETICS LAB
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• explain the mechanism of inheritance and its practical applications
• identify the concept of basic Bacterial Genetics
• evaluate the Mendelian traits in population Genetics
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
DROSOPHILA GENETICS
1. Culture of Drosophila
2. Study of Drosophila- Isolation of virgin flies and observation of life cycle
3. Inheritance of eye color
HUMAN GENETICS
4. Simple Mendelian trait and pedigree analysis
5. Multiple alleles -blood grouping
6. Verification of Hardy-Weinberg’s law using beads
7. Human karyotyping – analysis of Karyogram
8. Polygenic inheritance with reference to height and weight –statistical
MICROBIAL GENETICS
9. Bacterial mutagenesis-Chemical (NTG) and Physical (UV)-Survival Curve
10. Plasmid encoded antibiotic resistance in different strains
11. Conjugation and gene mapping
12. Phage titration using M13 phages
REFERENCE BOOK(S)
Gardner E.H., Simmons M.J and Snustad D.P, Principles of Genetics, 8th Ed, Singapore, John
Wiley and Sons, 2007.
Jayaram K and Jayaraman R, Laboratory Manual in Molecular Genetics, New Delhi, Wiley
Eastern Ltd, 1979.
Jayaraman K and Krishnaswamy S, Genetics – Experiments with Drosophila, Printed at Galaxy,
Madurai, 1986.
Miller H.J, A Short Course in Bacterial Genetics – A laboratory manual and handbook for
E.coliand related Bacteria, New York, Cold Spring Harbor Laboratory Press, 1992.
Sambrook J., Fritsch E.F and Maniatis T, Molecular Cloning – A Laboratory Manual, 2nd Ed,
New York, CSH Pub, 1999.
Sambrook J., Fritsch E.F and Maniatis T, Molecular Cloning, [ 3 volumes], New York, Cold
Spring Harbor, 2012.
Tamarin R.H, Principles of Genetics, 7th Ed, New Delhi, Tata McGraw Hill Publishing Company
Ltd, 2004.
166
BTE4201SP LAB IN AQUARIUM MAINTENANCE
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop the techniques of rearing ornamental fishes
• investigate the factors influencing fish health
• apply the acquired knowledge in becoming an entrepreneur
COURSE OUTLINE :
EXPERIMENTS / LAB : 30 Hrs.
1. Introduction to setting up an aquarium
2. Identification of ornamental fishes -visit to an aquarium (packaging and transportation)
3. Aquarium plants and their types
4. Study on the Biology and behavior of the fish of interest
5. Natural fish feed- Culture and collection
6. Preparation of Artificial fish feed
7. Study on the factors influencing life in aquarium - Aeration and filtration
8. Handling of fish for laboratory studies
REFERENCE BOOK(S)
Axelord H.R and Vorderwinkler W, Encyclopedia of Tropical Fishes – with special emphasis on
techniques of breeding, 28th Ed, USA, TFH Pub. Inc., New Jersey, 1988.
Bhamrah H.S Kavitha J, An Introduction to Fishes, 2nd revised Ed, New Delhi,
AnmolPublicationPvt Ltd, 2001.
Biswas. S.P., J.N.Das, U.K.Sarkar and Lakra W.S, Ornamental fishes of North East India : An
Atlas, Lucknow, NBFGR publication, 2007.
Escobal, Pedro Ramon, Aquatic Systems Engineering: Devices and How They Function,
Ireland, Dimension Engineering Press, 2000.
Hemdal, Jay, Advanced Marine Aquarium Techniques, California, TFH Publications, 2006.
Noga, Edward, Fish Disease: Diagnosis and Treatment, UK, Wiley-Blackwell, 2000.
Saxena A, Aquarium Management, New Delhi, Daya Pub. House, 2003.
Shammi Q.J and Bhatnagar S, Applied Fisheries, Jodhpur, Agrobios (India), 2002.
Srivastava C.B.C, Aquarium – Fishkeeping, 1st Ed, Allahabad, KitabMahal, 2002.
Vierke J, Your Home Aquarium, USA, TFH Publishing Inc.,New Jersey, 1991.
BTE4202CP MOLECULAR BIOLOGY LAB
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• Relate the principles and protocols of various isolation techniques
• acquire hands-on training in basic molecular separation techniques
• apply the skills in the field of research
167
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
1. Cell fractionation by differential centrifugation
2. Isolation of genomic DNA from prokaryotic cells – E. coli
3. Isolation of genomic DNA from Eukaryotic cells - mammalian tissues / plant cells
4. Isolation of total RNA from mammalian tissue/ yeast
5. Electrophoretic separation of DNA
6. Electrophoretic separation of RNA
7. Spectrophotometric estimation of DNA and RNA
8. Determination of Tm value of isolated DNA
9. Separation of macromolecules - Sephadex chromatography (group work)
10. PCR (demo)
REFERENCE BOOK(S)
Boyer R, Modern Experimental Biochemistry, 3rd Ed, Pearson Education Inc, 2000.
Gardner E.H Simmons M.J and Snustad D.P, Principles of Genetics, 8th Ed, Singapore, John
Wiley and Sons, 2007.
Glover D.M and Hames B.D, DNA Cloning, Volumes I, II, III, 2nd Ed, New York, IRL Press at
Oxford University Press, 1995.
Palanivelu P, Analytical Biochemistry and Separation Techniques – A laboratory manual for
B.Sc. & M.Sc. students, 3rd Ed, Madurai, Kalaimani Printers, 2004.
Plummer T.D, An Introduction to Practical Biochemistry, 4th Ed, Europe, McGraw Hill Book
Company, 1990.
Sawhaney S.K and Randhir Singh, Introductory Practical Biochemistry, New Delhi, Narosa
Publishing House, 2001.
BTE4203CP IMMUNOLOGY LAB
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• describe the basic principles and procedures of immunological techniques
• develop skills in basic immunological techniques
• design approaches for diagnosis and therapy
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
1. Animal handling - procedures (rearing & maintenance
2. Demonstration of repetitive bleeding technique and injection routes in fish
3. Preparation of antigens-soluble and cellular
4. Agglutination assay – direct and passive agglutination
5. Total RBC count
6. WBC differential count
7. Separation of lymphocytes from peripheral blood and counting in haemocytometer
8. Density gradient centrifugation of T and B-lymphocytes and separation by nylon wool
column method
9. Hypersensitivity – footpad thickening in mice
10. Hemolysis – Complement Mediated
168
REFERENCE BOOK(S)
Garvey J.S., Cremer N.E and Sussdorf D.H, Methods in Immunology, 3rd Ed, London, Benjamin
Cummins Publishing, 1983.
Hay F.C and Westwood M.R, Practical Immunology, 4th Ed, UK, Blackwell Publishing Company,
2008.
Hudson L and Hay F.C, Practical Immunology, 3rd Ed, London, Blackwell Publishing, 1989.
Talwar, G.P., Gupta, S.K, A Handbook of practical and Clinical Immunology, 2nd Ed, (Vol- I),
New Delhi, CBS, 2008.
169
Evaluation Pattern(UG)
Sem Course Code Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
I BTE1201FS ENGLISH THROUGH BIOLOGY SUBTE TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
I BTE1302FT CELL BIOLOGY SUBTE LT 3 1 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
I BTE1401CT ANIMAL DIVERSITY SUBTE LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
II BTE2201FS ANALYTICAL BIOLOGY SUBTE TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
II BTE2402CM BIOCHEMISTRY SUBTE TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II BTE2201CP BIOCHEMISTRY LAB SUBTE LA -- 4 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
III BTE3301CM MICROBIOLOGY SUBTE TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III BTE3302CM PHYSIOLOGY SUBTE TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III BTE3401CM DEVELOPMENTAL BIOLOGY SUBTE TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III BTE3201CP MICROBIOLOGY LAB SUBTE LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
III BTE3202CP DEVELOPMENTAL BIOLOGY & PHYSIOLOGY LAB SUBTE LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
IV BTE4401CM IMMUNOLOGY SUBTE TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV BTE4501CM PRINCIPLES OF GENETICS SUBTE TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV BTE4502CM MOLECULAR BIOLOGY SUBTE TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV BTE4201CP GENETICS LAB SUBTE LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
IV BTE4201SP LAB IN AQUARIUM MAINTENANCE SUBTE LA -- 2 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV BTE4202CP MOLECULAR BIOLOGY LAB SUBTE LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
IV BTE4203CP IMMUNOLOGY LAB SUBTE LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 3.00
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
170
Courses offered to other Departments (UG)
Sem Course Code Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
ALL BTE0401CD AQUARIUM MAINTENANCE ALLM TH -- -- -- -- -- 1 30 2 30 -- -- -- -- 60 40 60 -- -- 2.00 --
ALL BTE0402CD APPLIED ENTOMOLOGY ALLM TH -- -- -- -- -- 1 30 2 30 -- -- -- -- 60 40 60 -- -- 2.00 --
ALL BTE0403CD BIOMATERIALS ALLM TH -- -- -- -- -- 1 30 2 30 -- -- -- -- 60 40 60 -- -- 2.00 --
ALL BTE0404CD MOLECULAR TECHNIQUES ALLM TH -- -- -- -- -- 1 30 2 30 -- -- -- -- 60 40 60 -- -- 2.00 --
ALL BTE0405CD IPR AND PATENTS ALLM TH -- -- -- -- -- 1 30 2 30 -- -- -- -- 60 40 60 -- -- 2.00 --
II BTE2201NI ENVIRONMENTAL BIOLOGY ALLM TH 2 -- -- -- -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
171
DEPARTMENT OF COMPUTER SCIENCE
PREAMBLE :
To equip the learners to face the current challenges in Higher Education, the Department of Computer
Science revised the Undergraduate curriculum to fit into the Integrated Curricular Model that the college
evolved, in 2013. The course profile, the course content & the evaluation pattern of the first two semesters
were passed in the Academic Council meeting held on April 3, 2013 (Appendix “AU”).
The department is now presenting the course profile, course content & evaluation pattern for Semesters III &
IV of the Undergraduate programme of 2013 batch.
As the hours for Part I and II have increased to 6, the modified course profile, course content & evaluation
pattern for Semesters I & II of 2014 batch are being presented.
The course content of the courses PCS3526O Cloud Computing and PCS 1623M Microprocessor, PC
Hardware and Interfacing of M.Sc., Computer Science are modified.
B.Sc. Computer Applications - Self-Financed
Course Profile
Sem. Course Code Course Title Hrs./
Week Credit Passed in
2014 Batch
I PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
CSC1201FS COMMUNICATION SKILLS THROUGH COMPUTER
SCIENCE
2 2 AU-2013 as
CSC1101FS
CSC1301FM DATA STRUCTURES 4 3
CSC1402AT DIGITAL ELECTRONICS 3T + 2L 4
CSC1402CT PROGRAMMING IN C 3T + 2L 4
VBC1001FV HEALTHY TRANSITION FROM ADOLESCENCE TO
ADULTHOOD
2 --
Total 30 19
II PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
CSC2201FS PRINCIPLES OF PROGRAMMING LANGUAGE 2 2 Au-2013 as
CSC2101FS
CSC2401CM OBJECT ORIENTED PROGRAMMING - I 4 4
CSC2402AT MICROPROCESSOR AND INTERFACING 3T + 2L 4
CSC2201CP LAB - I (OBJECT ORIENTED PROGRAMMING - I - C++) 4 2
ELECTIVE ENVIRONMENTAL ELECTIVE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
Total 30 21
2013 Batch
III CSC3401AA BUSINESS ACCOUNTING 5 5
CSC3401CM OBJECT ORIENTED PROGRAMMING - II 4 4
CSC3402CM OPERATING SYSTEM CONCEPTS 4 4
CSC3403CM RELATIONAL DATABASE MANAGEMENT SYSTEM 4 4
172
CSC3201CP LAB - II (OBJECT ORIENTED PROGRAMMING - II) 4 2
CSC3202CP LAB - III (RDBMS) 3 2
ELECTIVE NON-MAJOR ELECTIVE 2 2
VOCATIONAL COURSE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
CLUB / ACADEMIC ADVISING 1 --
Total 30 26
IV CSC4501CM SOFTWARE ENGINEERING 5 5
CSC4502CM DATA COMMUNICATION AND NETWORKS 5 5
CSC4201CP DATA COMMUNICATION AND NETWORKING USING
JAVA
3 2
CSC4201SP ANIMATION 2 2
CSC4301CP VISUAL PROGRAMMING - I 5 3
CSC4302CP PHP PROGRAMMING 5 3
ELECTIVE NON-MAJOR ELECTIVE 2 2
VBC0201FV /
VBC0202FV
WOMEN’S STUDIES /
HUMAN RIGHTS AND DUTIES
2 2
CLUB / ACADEMIC ADVISING 1 --
Total 30 24
CSC1301FM DATA STRUCTURES
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• design and apply appropriate data structures for solving computing problems
• develop computer programs to implement different data structures and related algorithms
• evaluate critically and solve problems independently
COURSE OUTLINE :
UNIT-I : DATA STRUCTURES – AN OVERVIEW 10 Hrs.
Basic terminology – elementary data organization – Data structures – data structure operation
algorithms, complexity, time space, trade off.
UNIT-II : ARRAYS, RECORDS AND POINTERS 10 Hrs.
Linear arrays – Representation of linear arrays in memory – traversing linear arrays – inserting and
deleting – sorting: Bubble sort – searching: Linear search – binary search – multidimensional arrays
– pointer array – Matrices – Sparse Matrices. Sorting – insertion sort – selection sort – merging –
merge sort – radix sort – hashing
UNIT-III : LINKED LISTS 15 Hrs.
Linked lists – Representation of Linked lists in memory – Traversing a Linked list – searching linked
list – memory allocation: Garbage collection – insertion into a linked list – deletion from a linked list
– Header linked lists – two way lists.
10 Hrs.
173
UNIT-IV : STACKS, QUEUES, RECURSION
Stacks – Array representation of stacks – arithmetic expression : Polish Notation – Quick sort, An
application of stacks – Recursion – Towers of Hanoi – Queues – De-queues – priority queues
UNIT-V : TREES AND GRAPHS 15 Hrs.
Binary trees Algorithm - Representation binary trees in memory – traversing binary trees – traversal
algorithms using stacks – General trees - Graph theory terminology – Sequential representation of
graphs: Adjacency matrix: Path matrix – Warshall’s algorithm: Shortest path – linked representation
of a graph - Traversing a graph.
TEXT BOOK(S)
Aaron M. Tennenbaum, YedidyahLangsam, Moshe J. Augenstein, DataStructures using C, 4th,
New Delhi, Prentice Hall of India (P) Limited, 2006.
Ellis Horowitz, Sartajsahni, Fundamentals of Data Structures, New Delhi, GalgotiaBookSource
publishers, 2001.
Seymour Lipschutz, DataStructures, Schaum’s Outlines (Indian Adopted Edition, New Delhi,
TataMcGraw Hill Publishing Company, 2006.
WEBSITE(S) :
www.ibilce.unesp.br/courseware/datas/data1.htm
http://ciips.ee.uwa.edu.au/~morris/year2/PLDS210/ds_ToC.htm
http://www.onlinevideolecture.com/computer-science/nptel-iit-kharagpur/c-programming-and-data-
structures/?course_id=162
CSC1402AT DIGITAL ELECTRONICS
(Lab cum Theory)
LEARNING OUTCOME : 3T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• identify and apply the functions of various logic circuits
• design and implement appropriate logic circuits for the specified outcome
• analyze and evolve the optimum circuit
COURSE OUTLINE :
UNIT-I : LOGIC CIRCUITS, CIRCUIT ANALYSIS AND DESIGN 8T + 6L Hrs.
The Basic Gates – Boolean algebra – NOR & NAND gates, Boolean laws and Theorems – Sum of
products method –Truth table to Karnaugh map – pairs, quads and octets –Karnaugh simplifications
–Don’t care conditions –Product of Sums method –Product of Sums simplification.
UNIT-II : NUMBER SYSTEMS AND CODES 7T + 6L Hrs.
Binary Number systems - Need for Binary numbers –Binary to Decimal conversion –Decimal to
Binary conversion –Octal numbers –Hexadecimal numbers –The ASCII code –The Excess 3 Code
–The Gray Code
UNIT-III : ARITHMETIC CIRCUITS 10T + 6L Hrs.
Binary addition – Binary Subtraction – Unsigned Binary numbers – Sign magnitude numbers – 2’s
Complement Representation – 2’s complement arithmetic –Arithmetic Building Blocks –The Adder–
Subtractor–Binary multiplication and division.
UNIT-IV : FLIP-FLOPS 10T + 6L Hrs.
RS Flip-Flop –Gated Flip-Flops- Edge-Triggered RS Flip-Flops- Edge triggered D Flip-Flops - Edge
triggered JK Flip-Flops – JK Master-Slave Flip-Flops – Schmitt Trigger.
174
UNIT-V : REGISTERS 10T + 6L Hrs.
Shift Registers –Types of Registers –Serial in Serial out –Serial in Parallel out –Ring counter
EXPERIMENTS / LAB :
Implementation of the following Lab exercises using Simulator:
1. Basic Gates – AND ,OR, NOT
2. Universal Gates – NAND , NOR and EX-OR
3. Half Adder Circuit
4. Full Adder Circuit
5. Flip-Flops
6. Demonstration on Registers-Serial in Serial Out, Serial in Parallel out
7. C Callable routines using Simulator
TEXT BOOK(S)
Donald P.Leach,Albert Paul Malvino, Digital Principles and Applications, Sixth, New Delhi, Tata
McGraw Hill Pvt Ltd, 2006.
REFERENCE BOOK(S)
Moris Mano, Digital Design, Fifth, New Delhi, Pearson Higher Education publishing, 2013.
Raja.P, Digital Electronics, Chennai, Scitech Publication (India) Pvt Ltd, 2005.
WEBSITE(S) :
www.electronics-tutorials.com
dmoz.org/Science/Technology/Electronics/Tutorials
www.aade.com
http://freevideolectures.com/Course/2310/Digital-Circuits-and-Systems
CSC1402CT PROGRAMMING IN C
(Lab cum Theory)
LEARNING OUTCOME : 3T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• identify and apply the basic terminology used in computer programming
• plan,design and create programs in C language
• design programs involving decision structures, loops and function
COURSE OUTLINE :
UNIT-I : INTRODUCTION 5T + 10L Hrs.
Basic steps in a program - History of C - Character set - Tokens - Constant - Data types - Operators
and Expression
Lab: Example programs with scanf() and printf() statements to practice Programs relating to
declaration of variables with different data types. Programs on conditional and unconditional
structures. Series evaluation.
UNIT-II : FLOW CONTROL AND ARRAYS 10T + 5L Hrs.
Decision making and Branching - if-else statements - Decision making and Looping - for, while, do
while - Arrays - One dimensional array - Multi dimensional array - Character Array – Strings - String
functions
Lab: Programs on number checking, extracting specified data from array, expressions. Application
programs based on if, if-else, nested if, else-if ladder, switch. Programs on looping statements
175
Series evaluations Different output designs Real time programs based on for, while, do-while
Programs on operators and data type conversions. Programs on strings and string functions
UNIT-III : FUNCTIONS 10T + 5L Hrs.
Functions – argument and parameters – Call by value – Call by reference – Passing arrays
Lab: Programs on recursive functions Programs on call by value and call by reference. Programs to
return the value from the function. Programs on passing arrays to the functions
UNIT-IV : STRUCTURES 10T + 5L Hrs.
Structures – Concept of structures – Initializing a structure – The structure tag- Arrays of structures–
Union
Lab: Simple programs in defining structures and printing structure values. Application programs on
structures and unions. Programs on arrays of structures.
UNIT-V : FILES AND POINTERS 10T + 5L Hrs.
Pointers – Introduction to pointer – Pointer Expressions and Pointer Arithmetic – Introduction to files
– Opening and closing files – Creating and accessing files.
Lab: Programs relating to declaration of pointer variables and printing the values and address.
Programs on file variables, opening and closing. Programs on creating and accessing files.
TEXT BOOK(S)
Balagurusamy E, Programming in ANSI C, Sixth, New Delhi, Tata McGraw Hill Publications,
2011.
REFERENCE BOOK(S)
Byron Gottfried, JitenderChhabra, Programming with C, New Delhi, McGraw Hill Publication,
2006.
YashavantKanetkar, Understanding Pointers In C, 4Th Revised & Updated, New Delhi, BPB
Publications,, 2009.
WEBSITE(S) :
www.freevideolectures.com
www.cprogramming.com
cprogramminglanguage.net
www.cprogrammingexpert.com
CSC2402AT MICROPROCESSOR AND INTERFACING
(Lab cum Theory)
LEARNING OUTCOME : 3T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• identify and relate INTEL 8086 microprocessor architecture.
• write assembly language programs using TASM
• describe the purpose of interfacing with 8086.
COURSE OUTLINE :
UNIT-I : INTEL 8086 MICROPROCESSOR 7T + 6L Hrs.
Features of the Intel 8086 – 8086 internal architecture: The Execution Unit – The Bus Interfacing
Unit.
UNIT-II : 8086 INSTRUCTION SET AND ASSEMBLY L DIRECTIVES 8T + 6L Hrs.
Addressing modes of 8086 – instruction set of 8086 – Assembly directives and operators.
176
UNIT-III : ASSEMBLY LANGUAGE PROGRAMMING WITH 8086 10T + 6L Hrs.
Assembly language – development of an assembly language program – Assembly language program
development tool – Assembly language structure – Assembly language programs.
UNIT-IV : 8086 INTERRUPTS 10T + 6L Hrs.
8086 Interrupt Structure – Software Interrupts – Interrupt Service Routines – Interrupt Vector Table
– Dedicated Interrupt Pointer – Hardware Interrupts – Priority of 8086 Interrupts.
UNIT-V : 8086 INTERFACING 10T + 6L Hrs.
Basic peripherals and their interfacing with 8086/88: Semiconductor Memory Interfacing – Dynamic
RAM Interfacing – Interfacing I/O Ports – PIO 8255 – Modes of operation of 8255
EXPERIMENTS / LAB :
Assembly Language Programs using TASM
1. String Processing
2. Arithmetic Operations 8-bit and 16-bit numbers
3. Compare Operations
4. Shift operations
5. Logical operations
6. Interfacing using simulator
TEXT BOOK(S)
Ray .A.K, Bhurchandi.K.M, Advanced Microprocessors and Peripherals –Architecture,
Programming and Interfacing, twelfth reprint, New Delhi, Tata McGraw- Hill Publishing Company
Ltd, 2009, Chapters: 2.2 – 2.4, 5.1-5.5.
Shah.U.S, Microprocessor and Microcontrollers 1/e, Pune, Tech-Max Publications,, 2005,
Chapters: 5.1-5.5, 8.1-8.4, 8.7, 8.9, 9.1-9.6, 9.8.
REFERENCE BOOK(S)
Anokh Singh, A.K. Chhabra, Fundamental of Microprocessors & Its application, Delhi, S.
Chand limited, 2005.
DuglasV.Hall, Microprocessor and Interfacing, Revised 2nd special Indian, New Delhi, Tata
McGrawHill Publishing Company Ltd, 2006.
WEBSITE(S) :
www.epn-online .com
http://www.cpu-world.com/Arch/8086.html
CSC3401AA BUSINESS ACCOUNTING
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• illustrate the basic principles of accountancy
• develop skill in preparing fund flow and cash flow statements
• create budgets and forecast working capital requirements.
COURSE OUTLINE :
UNIT-I : FINANCIAL ACCOUNTING 18 Hrs.
Meaning – definition – objectives - importance of accounting - branches of accounting - concepts and
convention - classification of accounts – limitations of accounting – journal – ledger – trial balance -
final accounts (basic)
177
UNIT-II : RATIO ANALYSIS 15 Hrs.
Definition – importance - limitations of ratio analysis - classification of accounting ratios and
interpretations - inter firm and intra firm comparisons - accounting ratios.
UNIT-III : FUND FLOW AND CASH FLOW 15 Hrs.
Definition – importance – limitations - preparations of fund flow and cash flow statements
UNIT-IV : MARGINAL COSTING 15 Hrs.
Definition - features – advantages - disadvantages of marginal costing - break even analysis
UNIT-V : BUDGETARY CONTROL 12 Hrs.
Definition – advantages - limitations of budgetary control - classifications of budgets - preparation of
cash budget and flexible budget.
TEXT BOOK(S)
Jain S.P, Financial Accounting and Analysis, New Delhi, Sultan Chand & company, 1999.
REFERENCE BOOK(S)
Greweal T.S, Introduction to Accounting, New Delhi, S. Chand & co, ,2000.
Mahesware S.N, Management Accounting Principles and Practice, New Delhi, Sultan Chand &
company, 2002.
Pillai R.S.N., Bagavathi, Management Accounting, New Delhi, S. Chand & company Ltd,, 2003.
Srinivasan N.P., SakthivelMurugan.M, Accounting for Management, New Delhi, Sultan Chand &
company, 2006.
WEBSITE(S) :
http://www.business.com
http://www.taxsites.com
http://www.mhhe.com
http://www.tallyguru.com
CSC3401CM OBJECT ORIENTED PROGRAMMING - II
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply object oriented concepts in solving problems
• exhibit programs with Applets and AWT concepts.
• plan and create the java application with a Database
COURSE OUTLINE :
UNIT-I : FUNDAMENTAL CONCEPTS 10 Hrs.
Genesis of Java – Data Types, Variables and Array – Classes and Methods- String Handling.
UNIT-II : INHERITANCE AND PACKAGES 10 Hrs.
Inheritance: using super – Method overriding – Dynamic method dispatch – Abstract class – using
Final- Packages - Interfaces
UNIT-III : EXCEPTIONS AND THREAD 15 Hrs.
Exceptions handling: Predefined exception- user defined exceptions- Multithreaded Programming:
Threads creation – Thread Priorities – Synchronization - Interthread Communication
UNIT-IV : APPLETS AND AWT 15 Hrs.
Applet: The Applets Class – Thread and Applet- Event Handling- Introducing the AWT: Working with
windows, graphics and text- AWT controls-Layout Managers and Menus.
178
UNIT-V : DATABASE CONNECTIVITY 10 Hrs.
Introduction to databases – Java Database connectivity -record navigation – Record manipulation.
TEXT BOOK(S)
George Reese, Database programming with JDBC and Java, Second Edition, New Delhi,
O’Reilly Media, 2000.
Herbert Schildt, The Complete Reference JAVA 2, Fifth Edition, New Delhi, Tata McGraw-Hill
Publishing company Limited, 2007, Chapters: 1, 3, 6 - 11, 13, 19 – 22..
REFERENCE BOOK(S)
Khalid A.Mughal,TorillHamre,RolfW.Rasmussen, Java Actually A First Course, First Indian
Reprint, New Delhi, Cengage Learning India Private Limited, 2008.
Paul Deitel, Harvey Deitel., Java How to Program, Eighth Edition, New Delhi, PHI Learning
Private Limited, 2010.
SharanamShah,Vaishali Shah., Core Java for Beginners, First Reprint, Mumbai, Shroff
Publishers and Distributors Private Limited, 2011.
WEBSITE(S) :
http://www.learnerstv.com/Free-Computers-Video-lectures-ltv006-Page1.htm
http://www.tutorialspoint.com/java/
http://www.javabeginner.com/
http://www.learnjavaonline.org/
CSC3402CM OPERATING SYSTEM CONCEPTS
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop fundamental knowledge of Operating systems.
• acquire and apply memory management and other related concepts.
• Identify and apply the concepts of CPU and disk scheduling process.
COURSE OUTLINE :
UNIT-I : INTRODUCTION 8 Hrs.
Operating Systems-Computer System organization-Computer system architecture-Operating
system structure-operating system operations-Process Management-Memory Management-Storage
Management-Protection and Security-Distributed Systems. .
UNIT-II : PROCESS MANAGEMENT 10 Hrs.
Process concept-Process scheduling-Operation on Processes-Inter process Communication-
Communication in Client-Server Systems.
UNIT-III : CPU AND DISK SCHEDULING 12 Hrs.
Basic concepts-Scheduling Criteria-Scheduling Algorithms-Thread Scheduling-Disk Structure-Disk
Scheduling
UNIT-IV : PROCESS SYNCHRONIZATION 14 Hrs.
Background-The critical section problem – Peterson’s Solution-Synchronization Hardware –
Semaphores – Classic problems of Synchronization – Monitors- Synchronization Examples-
Deadlocks.
179
UNIT-V : FILE MANAGEMENT AND MEMORY MANAGEMENT 16 Hrs.
File Management - Memory Management : Background-Swapping-Contiguous Memory Allocation-
Paging-Structure of the page table-Segmentation-Demand Paging-Copy-On-Write- Page
Replacement-Allocation of Frames- Thrashing-Memory Mapped Files.
TEXT BOOK(S)
Abraham Silberschatz, Peter B. Galvin, Greg Gagne, Operating System Concepts Essentials,
Eighth Edition, New Delhi, Wiley Publications, 2011.
REFERENCE BOOK(S)
DeitelH.M, Deitel.P.J,.Choffnes D.R., Operating Systems, Third Edition, New Delhi, Pearson
Education, 2007.
Gary Nutt, Operating Systems, Second Edition, New Delhi, Addison-wesley Longman Inc, 1990.
WEBSITE(S) :
http://nptel.ac.in/courses/Webcourse-contents/IISc-BANG/Operating%20Systems/New_index1.html
www.personal.kent.edu
www.tutorialspoint.com/operating_system/
www.tutorialfind.com
www.personal.kent.edu
CSC3403CM RELATIONAL DATABASE MANAGEMENT SYSTEM
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify and define the information that is needed to design a database management system for a
business information problem
• create conceptual and logical database designs for a business information problem
• create and develop a database management system that satisfies relational theory and provides
users with customized business queries
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO DATABASE 12 Hrs.
Introduction – Database Management Systems – Benefits of DBMS – Relational Database
Management System – Need of RDBMS – Database Model: Hierarchical Model, Networking Model,
Relational Model, Object Oriented Model, Object/ Relational Model – Codd’s Rules – Entity
Relationship Diagram – Normalization- NOSQL Databases: Introduction-advantages-challenges.
UNIT-II : BASICS OF SQL 13 Hrs.
Data Types – Data Definition Language (DDL) – Data Manipulation Language (DML) – Transaction
Control Language (TCL) – Data Control Language (DCL) – Data Constraints – Operators – String
Functions – Date Functions – Aggregate Functions.
UNIT-III : WORKING WITH SUBQUERIES AND JOINS 10 Hrs.
Subqueries: Correlated Subquery – Joins: Self, Inner, Outer, Equi and Non-equi joins – Set
Operators: Union, Intersect and Minus – Index – Sequences – Synonym – Views.
UNIT-IV : INTRODUCTION TO PL/ SQL 10 Hrs.
Introduction – Structure of PL/SQL – Data Types – Variables – Control Statements – Procedures and
Functions.
180
UNIT-V : EXCEPTIONS, CURSORS, TRIGGERS AND PACKAGES 15 Hrs.
Error Handling: Pre-defined Exception, User-defined Exception – Cursors: Explicit, and Implicit
Cursors – Triggers: Types, DDL Triggers and INSTEAD OF Triggers – Packages: Creating and
Invoking Packages.
TEXT BOOK(S)
Kevin Loney, Oracle Database 11g The Complete Reference, New Delhi, McGraw Hill, 2009,
Chapters: 32-37.
Rajeev A. Parida, Vinod Sharma, The Power of Oracle 9i, New Delhi, Firewall Media, 2010,
Chapters: Chapter 1.
Sharanam Shah, Vaishali Shah, Oracle for Professionals, Mumbai, Sharoff Publishers and
Distributers Pvt. Ltd, 2011, Chapters: 1, 8 – 24, 32, 33, 35, 40, 42.
REFERENCE BOOK(S)
Deshpande., P.S, SQL & PL/SQL for Oracle 10g, New Delhi, Dreamtech Press, 2007.
James R. Groff, Paul N. Weinberg, Andrew J. Oppel, SQL: The Complete Reference, Third
Edition, New Delhi, Tata McGraw Hill.
Joan Casteel,,Oracle 10g: SQL,, united states, Thomson Course Technology, 2007.
SharadMaheswari, Ruchin Jain, Introduction to SQL and PL/SQL, New Delhi, Firewall Media,
2009.
WEBSITE(S) :
http://beginner-sql-tutorial.com/sql.htm
http://plsql-tutorial.com/
http://www.tutorialspoint.com/plsql/
http://utubersity.com/?page_id=853
http://www.techrepublic.com/blog/10-things/10-things-you-should-know-about-nosql-databases/#.
http://searchdatamanagement.techtarget.com/definition/NoSQL-Not-Only-SQL http://nosql-
database.org/
CSC3201CP LAB II (OBJECT ORIENTED PROGRAMMING II)
(Lab)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• interpret and implement the primitive data types and methods
• identify and experiment the application skills by applying object oriented concepts, Multithreading
and Exceptions.
• develop programming skills using applets, thread and database
COURSE OUTLINE :
EXPERIMENTS / LAB : 60 Hrs.
FUNDAMENTALS OF JAVA PROGRAMMING USING VARIABLES AND IDENTIFIERS
Programs, which read, process and display the different data types Example programs which
deal with variable, objects, and arithmetic and assignment operators
SELECTION, ITERATION AND STRING
Programs, which deal with looping and control statements Programs designed to read and
process single and multidimensional arrays Programs using String and String buffer concepts
181
CLASSES AND OBJECTS, INHERITANCE, PACKAGES AND INTERFACES
Programs for designing a class and creating array of object Programs to design multiple
methods and invoke methods through objects Develop example programs for handling different types
of classes (final and inner classes) Programs to handle applications, which involve different types of
methods (overloading, overriding methods) Programs, which deals with constructor and finalizer
Programs, to implement Packages Implement Multiple Inheritance using Interfaces
EXCEPTIONS
Example programs to handle exceptions in real-time applications Programs involving
applications using predefined java exceptions
THREADS
Programs which creates and set priority for multiple threads Example Programs that integrate
threads and applets Programs which deals with inter process communication through threads
Example programs that involve thread synchronization Example programs with animation in applets
through threads
APPLETS
Programs using Applet class, Applet programs that involve graphics, Applet programs which
involve drawing of different shapes and colors
AWT AND MENUS IN APPLETS
Programs, which impart AWT components in applets Programs, which implement container
types in applets Applets designed with menu-oriented applications Applet programs with specially
designed event handling techniques Programs using Mouse and Key listeners for applications
JDBC
Programs to implement database operations (insert, delete, update) using JDBC
connectivityPrograms to execute custom queries
REFERENCE BOOK(S)
George Reese, Database programming with JDBC and Java, Second Edition, Sebastopol,
O’Reilly, 2000..
Herbert Schildt, The Complete Reference JAVA 2, Fifth Edition, New Delhi,, Tata McGraw-Hill
Publishing company Limited, 2007.
Paul Deitel, Harvey Deitel, Java How to Program, Eighth Edition, New Delhi, PHI Learning Private
Limited, 2010.
Xavier.C, Programming with JAVA 2, Scitech Publications (India) Pvt Ltd, Copyright,, 2000.
182
CSC3202CP LAB III (RDBMS)
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply the basic concepts of relational database management.
• implement logical thinking in designing the database
• develop programming skills in PL/SQL and usage of triggers.
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
BASICS OF SQL
Schema Design and Normalization of Tables - Queries using select statements and operators
(using DDL, DML, DCL functions) – Queries using single row functions, Date functions – Character
functions – Numeric functions – Group functions.
OPERATORS, JOINS AND SUBQUERY
Operators – Set Operators: Union, Union All, Intersect and Minus – Join concept: Simple, Self,
Outer, Inner, and Non-equi joins – Table aliases - Sub Queries: Multiple Subqueries, Correlated
subquery.
CONSTRAINTS AND DATABASE OBJECTS
Setting constraints to tables with integrity constraints – Domain Integrity – Check Constraints –
Entity Integrity constraints – Referential Integrity constraints – Deferrable constraints - Creating
different database objects like Synonym – Sequences – View – Index.
INTRODUCTION TO PL/SQL AND CURSOR
Programs with different data types – Scalar data types, Composite data types – LOB types,
user defined data types – Programs using iterative and sequential control – Programs to implement
predefined exception, user defined exception. Implement different cursor types: STATIC CURSORS,
EXPLICIT and IMPLICIT CURSORS.
SUBPROGRAMS, TRIGGERS AND PACKAGES
Demonstrate PL/SQL using Procedures and Functions - Triggers - Packages.
TEXT BOOK(S)
Deshpande.P.S, SQL & PL/SQL for Oracle 10g, New Delhi, Dreamtech Press, 2007.
Kevin Loney, Oracle Database 11g The Complete Reference, New Delhi,, Tata McGraw Hill,
2009, Chapters: Chapter 32-37.
REFERENCE BOOK(S)
James R. Groff, Paul N. Weinberg, Andrew J. Oppel, SQL: The Complete Reference, Third
Edition, New Delhi, Tata McGraw Hill, 2009.
Joan Casteel, Oracle 10g: SQL, United States, Thomson Course Technology, 2007.
SharadMaheswari, Ruchin Jain, Introduction to SQL and PL/SQL, New Delhi, Firewall Media,
2009.
183
WEBSITE(S) :
http://beginner-sql-tutorial.com/sql.htm
http://plsql-tutorial.com/
http://www.tutorialspoint.com/plsql/
CSC4501CM SOFTWARE ENGINEERING
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize software engineering methods, procedures and tools.
• compare current trends and technologies in Software Engineering.
• apply the knowledge in developing community development projects.
COURSE OUTLINE :
UNIT-I : INTRODUCTION AND SOFTWARE PROCESS 15 Hrs.
The evolving Role of software – software –The changing nature of software – Legacy software –
Software Myths. Prescriptive models – The waterfall model – Incremental process models –
Evolutionary Process Models.
UNIT-II : REQUIREMENTS AND ANALYSIS 15 Hrs.
A bridge to Design and Construction – Requirements engineering tasks – Initiating the requirements
engineering process – eliciting requirements. Requirement analysis – Approaches – Data modeling
concepts – object oriented analysis – flow oriented modeling.
UNIT-III : DESIGN ENGINEERING 15 Hrs.
Design within the context of software engineering - Design process and Design Quality – Design
Concepts –The design Model.
UNIT-IV : TESTING 15 Hrs.
A strategic approach to software testing – Test strategies for conventional software – Validation
Testing – System testing – The art of Debugging. Software Testing Fundamentals – White-Box
Testing – Basis Path Testing – Control Structure Testing – Black-Box testing
UNIT-V : PRODUCT METRICS AND QUALITY MANAGEMENT 15 Hrs.
Measures, Metrics and Indicators – Measurement principles – Metrics for the Analysis model –
Metrics for source code – Metrics for testing – Metrics for maintenance. Quality concepts – software
quality assurance – Software reviews – Formal Technical reviews – Formal approaches to SQA –
Software reliability - The ISO 9000 Quality standards –The SQA Plan.
TEXT BOOK(S)
Roger S. Pressman, Software Engineering-A Practitioner’s Approach,, Sixth Edition, New
Delhi, McGraw Hill International Edition, 2005, Chapters: 1.1-1.5, 3.1- 3.4, 7.1- 7.4, 8.1-8.4, 8.6, 9.1
- 9.4, 13.1, 13.3, 13.5-13.7, 14.1-4.3, 14.5, 14.6,15.2.1,15.2.3, 15.3,15.5- 15.7, 26.1- 26.5, 26.7-
26.9.
REFERENCE BOOK(S)
Richard Fairley, Software Engineering Concepts,, Reprint, New Delhi, Tata McGraw Hill, 2008.
Waman S. Jawadekar, Software Engineering, New Delhi, Tata McGraw Hill, 2004..
WEBSITE(S) :
http://www.polaris.umuc.edu/~gmackenz/XMIT/help/wbib_swe.htm
http://www.dcs.qmul.ac.uk/~norman/SE-pages/index
184
CSC4502CM DATA COMMUNICATION AND NETWORKS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify and apply the networking topology and the basic model followed in Network design
• relate networking security concepts
• develop network programming using Java
COURSE OUTLINE :
UNIT-I : INTRODUCTION 15 Hrs.
Data Communications – Networks– Reference Models – Layers in the OSI Model – TCP/IP protocol
suite – Analog and Digital signals – Transmission Impairment.
UNIT-II : PHYSICAL LAYER 15 Hrs.
Digital transmission – Analog Transmission – Multiplexing – Switching – Transmission Media: Guided
and unguided Media.
UNIT-III : DATA LINK LAYER 15 Hrs.
Error Correction and Detection: Introduction – Block Coding – Linear Block Codes – Cyclic Codes -
Checksum – Multiple Access: Random Access - ALOHA, CSMA, CSMA/CD, CSMA/CA – Connecting
devices.
UNIT-IV : NETWORK LAYER 15 Hrs.
Network Layer: Logical Addressing – IPV4 Addresses– IPV6 Addresses – Unicast Routing Protocols
– Congestion control – Quality of service – Techniques to improve Quality of service.
UNIT-V : SECURITY 15 Hrs.
Cryptography – Introduction – Symmetric Key Cryptography - Asymmetric Key Cryptography –
Security Services – Message Confidentiality – Message Integrity – Message Authentication - Digital
Signatures – Firewalls – Virtual Private Network.
TEXT BOOK(S)
Behrouz A Forouzan, Introduction to Data Communications and Networking, 4th Edition, New
Delhi, TataMcGraw-Hill, 2006, Chapters: 1-8, 10, 15.1, 19, 24.5, 24.6,30,31.1 – 31.5, 32.1 & 31.4..
REFERENCE BOOK(S)
Andrew. S.Tanenbaum, Computer Networks, 4th Edition, New Delhi, Prentice-Hall of India Pvt.
Ltd, 2005.
Jain.V.K and Naveena Bajaj, Computer Networks and Communications, First Edition, New
Delhi, Cyber Tech Publications, 2001.
John R. Freer, Computer Communications and Network,, First Edition, New York, Affiliated
East-West Press private Limited, 2011.
William, Data Communication and Networks, New York, McGraw Hill, 1998.
WEBSITE(S) :
www.networkmagazine.com
www.data.com
www.avaya.com
www.williamstallings.com
185
CSC4201CP DATA COMMUNICATION AND NETWORKING USING JAVA
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• analyze the importance of Networking and the basic model followed in Network design
• relate networking security concepts
• plan and invent appropriate network programming in java
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
WORKING WITH IP-ADDRESS AND URL
Programs to process Internet Address – Programs to get the address of Websites , Programs
to find the address, hostname, IP address of local Machine. Programs to work with URLs – Programs
to construct the URLs, Program to extract the parts of URL. WORKING WITH DATA
TRANSMISSION
Programs to manipulate data rate, signal rate, Bandwidth. Programs to achieve Block coding
using Modular arithmetic. SOCKET PROGRAMMING
Programs for Client server communication. Programs for connection oriented communication
using TCP, Programs for connectionless communication using UDP. SECURITY
Programs to implement cryptography – Programs to encode and decode the message,
Programs to generate Message digest, Programs to implement steganography. REMOTE METHOD
INVOCATION
Programs to access remote objects. Programs to manipulate remote objects
REFERENCE BOOK(S)
Andrew. S.Tanenbaum, Computer Networks, 4th Edition, New Delhi, Prentice-Hall of India Pvt.
Ltd, 2005.
Jain.V.K and Naveena Bajaj, Computer Networks and Communications,, First Edition, New
Delhi, Cyber Tech Publications, 2001.
John R. Freer, Computer Communications and Network, First Edition, New York, Affiliated East-
West Press private Limited, 2011.
William, Data Communication and Networks, New York, McGraw Hill, 1998.
WEBSITE(S) :
www.networkmagazine.com
www.data.com
www.avaya.com
www.williamstallings.com
www.cafeaulait.org/books/jnp/javanetexamples/index.html
186
CSC4201SP ANIMATION
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply object-oriented programming concepts and techniques
• create and experiment with interactive applications
• argue for the use of open source software tools and adoption of open source collaboration practices
COURSE OUTLINE :
EXPERIMENTS / LAB : 30 Hrs.
INTRODUCTION TO ALICE
Objects and Methods – Control Structure and functions- Properties and Techniques – Custom
methods – Object oriented thinking – Object state -orientation, vehicle, and arguments
ALGORITHMS
Algorithms - Boolean Logic in Programming - Text and Sound - Recursive Algorithms –Lists
and Arrays in Alice - Making Animated Movies with Alice
GREENFOOT ENVIRONMENT
Java Syntax- Java Programming – Interacting with Greenfoot - Movement and Key Control
ACTORS and WORLD
Detecting and Removing Actors- Making methods - Adding a randomly moving enemy –
accessone object from another - Tile game framework – basic objects –advanced objects
WEBSITE(S) :
http://www.dickbaldwin.com/tocalice.htm
http://www.cs.duke.edu/csed/alice/aliceInSchools/workshop08/tutorials.php
http://nzacditt.org.nz/resources/programming-and-cs/level-1-programming-alice
CSC4301CP VISUAL PROGRAMMING – I
(Lab)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• create applications in Visual Basic utilizing various objects/ controls with appropriate properties that
are required for successful execution in a windows environment.
• design and develop an application following methodical approach and utilize the debugging tools of
Visual Basic when needed.
• illustrate the interface and output of an application with graphics using graphics controls that can be
added at design time and/or runtime.
187
COURSE OUTLINE :
EXPERIMENTS / LAB : 75 Hrs.
FUNDAMENTAL CONCEPTS:
Understand the features of Visual Basic - Understand the Integrated Development Environment
- Design a GUI to display a line of Text, run and terminate this program. Working with Forms - Design
SDI applications that use appropriate controls (Label Box, Text Box, Command Button, Check Box,
Radio Button, List and Combo Box, Horizontal and Vertical Scroll Bar, Frame, File List Box, Drive
List Box, Directory List Box, Picture Box, Image control and Timer) - Usage of procedures, methods,
events and properties.
FUNCTIONS IN VISUAL BASIC:
Demonstrate the scoping issues of Variables: Local, Global and Static, Data types and
operators – String functions – Number functions – Date Functions – Format functions – Conversion
functions. Control structures: if-then-else, Select Case. Looping Structure: Do-while, Do – loop - until,
For-Next, For Each, With-End With, Exit For, Exit Do and Exit Sub.
WORKING WITH MENUS, DIALOG BOXES AND MDI:
Working with Arrays – Control Arrays – Dim and Redim statements – Preserve keyword -
Understanding and creating menu using menu editor. Dialog box: Pre-defined, Custom and common
dialog controls. Demonstrate Multiple Document Interface.
GRAPHICS, MOUSE EVENTS FLEXGRID CONTROL AND FILES
Understanding graphical controls and methods – Using mouse events – Creating interactive
applications using flexgrid controls – Real time GUI environment for creating animations. Working
with Files
STORING AND RETRIEVING DATA, DATA REPORTS:
Using Data controls – Demonstrate the navigation methods using Data Access Objects (DAO)
and Activex Data Objects (ADO) – Use Find methods – Accessing EOF and BOF - Access different
database using DSN and ODBC connection. Displaying the data using data reports. Creating and
using OLE components. Design a GUI application using Activex controls.
TEXT BOOK(S)
Content Development Group, Visual Basic 6 Programming, First Edition, New Delhi, Tata
McGraw Hill, 2005.
EvangelosPetroutsos, Mastering Visual Basic 6.0, Wiley India Edition, New Delhi, Wiley India Pvt.
Ltd, 2010.
REFERENCE BOOK(S)
Steve Brown, Visual Basic 6, New Delhi, BPB Publications, 2006.
Steve Holzner, Visual Basic 6 Programming Black Book, First Edition, New Delhi, DreamTech
Press, 2005.
WEBSITE(S) :
www.vb6.us
www.vbtutor.net/
http://www.vbtutes.com
http://visualbasic.freetutes.com/learn-vb6/
188
CSC4302CP PHP PROGRAMMING
(Lab)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• design server side software with PHP
• develop dynamic web pages both as input device for the data and for delivering
• apply skills in developing interface with MYSQL database
COURSE OUTLINE :
EXPERIMENTS / LAB : 75 Hrs.
THE BASICS OF PHP SCRIPTS
Beginning and ending of a block of PHP statements The echo statements and print() function
combining HTML and PHP Adding comments to PHP code.
BUILDING BLOCKS OF PHP & FLOW CONTROL FUNCTION IN PHP
Globals and superglobals – data types- Operators and expressions-ConstantsThe if and if else
statement the switch statement- Loops-Code blocks and Browser output
WORKING WITH FUNCTIONS AND ARRAYS OBJECTS
Calling functions – Defining functions-Returning values from user defined functions -Creating
arrays-some array related functions Creating an object- object inheritance
WORKING WITH STRINGS, DATES TIMES AND FORMS
Investigating string in PHP – Manipulating Strings with PHP Using date and time functions in
PHP -Creating a simple Input Form – Accessing Form Input with user Defined arrays – Redirecting
the user – sending mail on From submission – working with uploads
INTERACTING WITH MYSQL USING PHP
Creating a page for real time applications using database connectivity.
REFERENCE BOOK(S)
Allan Kent, Clark Morgan, Dan Squire, Dave W.Mercer, David Mercer, Ed Lecky-Thompson,
HeowEide Goodman, Squier, Steven D. Nowicki, Wankyu Choi, Beginning PHP5, New Delhi,,
Wrox Press Inc, 2004.
Janet Valade, wiley, PHP & MySQL, New Delhi, Publishing Inc, 2000.
WEBSITE(S) :
http://www.hudzilla.org/phpbook/
http://www.php.net/
http://www.programming.php
189
M.Sc. - Computer Science
PCS1623M MICROPROCESSOR, PC HARDWARE AND INTERFACING
(Lab cum Theory)
LEARNING OUTCOME : 4T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• apply and design problems related to microprocessor instructions and I/O interfacing
• identify and develop the skills needed to troubleshoot and maintain a PC
• develop the skills in writing assembly language programs
COURSE OUTLINE :
UNIT-I : 8086 ARCHITECTURE AND ADDRESSING MODES 10T + 6L Hrs.
Features of the Intel 8086 - 8086 internal architecture-The Execution unit The Bus Interfacing unit-
Introduction to Addressing Modes
UNIT-II : MULTIPROCESSOR CONFIGURATION AND MEMORY,I/O INTERFACING 14T + 6L Hrs.
Problems in Multiprocessor systems- Multiprocessor configuration Solutions for problems in
Multiprocessor systems- Memory interfacing: EPROM Interfacing-Decoder Logic using PAL-Address
decoding techniques-I/O Interfacing –I/O Interfacing techniques- Memory Mapped I/O and I/O
Mapped I/O-Types of I/O Devices.
UNIT-III : 8253/8254 TIMER COUNTER AND 8259 PIC 12T + 6L Hrs.
Features of programmable interval timer –Pin configuration of 8254-8254 function block-control word
register format-8254 Write operation -8254 Read operation-PIC 8259-8259 block diagram-Pin
configuration of 8259
UNIT-IV : PC HARDWARE MAINTENANCE, TROUBLESHOOTING AND
INTERFACING
12T + 6L Hrs.
Fundamentals of PC technology: Building blocks, Principle of CPU operation –Troubleshooting the
CPU-Memory chips and modules-Troubleshooting memory-Motherboard Controllers and system
resources, ROM BIOS, ROM POST-Power supply function and operation.
UNIT-V : PERIPHERAL DEVICES AND HARDWARE OVERVIEW 12T + 6L Hrs.
Peripheral devices-Keyboard-Monitors-Printer-Hard disk drive-Floppy disk drive-Os Installation and
preventive maintenance-troubleshooting tools and Techniques-Basic data recovery and Disaster
recovery: Backup Strategies &fault tolerance -DOS commands.
EXPERIMENTS / LAB :
• String Processing
• Arithmetic Operations 8-bit and 16-bit numbers
• Compare Operations
• Interfacing using simulator
• Identifying the motherboard components
• BIOS setup
• Assembling and Troubleshooting techniques of H/W components
• Installation of OS and S/W
TEXT BOOK(S)
Craig Zacker, John Rourke, PC Hardware The Complete Reference, New Delhi, Tata Mc-Graw
Hill Publishing Company, 2001, Chapters: 1,2,3,4,5,7,10,11,17,18.
Shah.U.S, Microprocessor and Microcontrollers, Pune, Tech-Max Publications, 2005.
190
REFERENCE BOOK(S)
Bigelow, Troubleshooting, Maintenance and Preparing PCs, Fifth, New Delhi, TATA McGraw-
Hill Publishing Company Limited, 2001.
DuglasV.Hall, Microprocessor and Interfacing, Revised Indian Edition, New Delhi, TATA
McGraw-Hill Publishing Company Limited, 2006.
Govindarajalu.B, IBM PC and Clones Hardware Troubleshooting and Maintenance, New Delhi,
TATA McGraw-Hill Publishing Company Limited, 2003.
WEBSITE(S) :
http://en.wikipedia.org/wiki/Intel_8086
http://www.cpu-world.com/Arch/8086.html
www.pcguide.com
www.pccomputernotes.com
www.hardwarecentral.com/hardwarecentral/tutorials
PCS3526O CLOUD COMPUTING
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the critical aspects in the design of different systems ,applicability and scope of these systems
• apply the key dimensions of the research challenges in Cloud Computing
• analyze concepts in the design space of big data and cloud computing
COURSE OUTLINE :
UNIT-I : UNDERSTANDING CLOUD COMPUTING 15 Hrs.
Cloud Computing – History of Cloud Computing – Cloud Architecture – Cloud Storage – Cloud
Services – Companies in the Cloud Today – Cloud Matters – Advantages and Disadvantages of
Cloud Computing.
UNIT-II : DEVELOPING CLOUD SERVICES 15 Hrs.
Web-Based Application – Pros and Cons of Cloud Service Development – Types of Cloud Service
Development – Software as a Service, Platform as a Service, Web Services, On-Demand Computing
– Discovering Cloud Services Development Services and Tools – Amazon Ec2, Google App
Engine,IBM.
UNIT-III : USING CLOUD SERVICES 15 Hrs.
Collaborating on Calendars, Schedules and Task Management – Exploring Online Calendar –
Exploring online Scheduling Applications – Exploring Online Planning and Task Management –
Collaborating on Databases – Storing and Sharing Files – Evaluating online File-Storage and Sharing
Services.
UNIT-IV : VIRTUALIZATION 15 Hrs.
Understanding Virtualization – Server Virtualization – Desktop Virtualization – Desktop Solutions on
Demand – Virtual Networks – Data Storage Virtualization
UNIT-V : SECURING THE CLOUD, DISASTER RECOVERY AND BUSINESS
CONTINUITY AND THE CLOUD
15 Hrs.
General Security Advantages of Cloud –Based Solutions – Introducing Business Continuity and
disaster Recovery – Understanding the Threats.
191
TEXT BOOK(S)
Kris Jamsa,PhD, MBA, Cloud Computing, Jones & Bartlett Student, United Kingdom, 2011,
Chapters: 8, 9,10.
Michael Miller, Cloud Computing: Web-Based Applications That Change the Way You Work
and Collaborate Online, Second, United Kingdom, Que Publishing, August 2008, Chapters: 1, 2
3, 7, 13, 15.
REFERENCE BOOK(S)
Haley Beard, Cloud Computing Best Practices for Managing and Measuring Processes for.
WEBSITE(S) :
www.infoworld.com/d/cloud-computing/
www.wikinvest.com/concept/Cloud_Compu
192
Evaluation Pattern
(UG)
Sem Course Code
Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
I CSC1201FS COMMUNICATION SKILLS THROUGH COMPUTER SCIENCE
SUCSC TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
I CSC1301FM DATA STRUCTURES SUCSC TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 80 -- -- 2.30 --
I CSC1402AT DIGITAL ELECTRONICS SUCSC LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
I CSC1402CT PROGRAMMING IN C SUCSC LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
II CSC2201FS PRINCIPLES OF PROGRAMMING LANGUAGE SUCSC TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
II CSC2401CM OBJECT ORIENTED PROGRAMMING - I SUCSC TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II CSC2402AT MICROPROCESSOR AND INTERFACING SUCSC LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
II CSC2201CP LAB - I (OBJECT ORIENTED PROGRAMMING - I - C++)
SUCSC LA -- 4 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
III CSC3401AA BUSINESS ACCOUNTING SUCSC TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III CSC3401CM OBJECT ORIENTED PROGRAMMING - II SUCSC TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III CSC3402CM OPERATING SYSTEM CONCEPTS SUCSC TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III CSC3403CM RELATIONAL DATABASE MANAGEMENT SYSTEM SUCSC TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III CSC3201CP LAB - II (OBJECT ORIENTED PROGRAMMING - II) SUCSC LA -- 4 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
III CSC3202CP LAB - III (RDBMS) SUCSC LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV CSC4501CM SOFTWARE ENGINEERING SUCSC TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV CSC4502CM DATA COMMUNICATION AND NETWORKS SUCSC TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
193
IV CSC4201CP DATA COMMUNICATION AND NETWORKING USING JAVA
SUCSC LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV CSC4201SP ANIMATION SUCSC LA -- 2 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV CSC4301CP VISUAL PROGRAMMING - I SUCSC LA -- 5 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV CSC4302CP PHP PROGRAMMING SUCSC LA -- 5 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
Evaluation Pattern of the Student (PG)
Sem Course Code Course Title Offer
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
Test Assn
Quiz Seminar
FLab Project
Fd.Work
Term/ Mini/ Viva Total
Theory Lab Viva
Exam Hrs.
TH LA No RM No RM No RM RM RM RM RM GM RM TH Lab
I PCS1623M MICROPROCESSOR, PC HARDWARE AND INTERFACING SPCSC LT 4 2 2 1
30 10
-- --
-- --
1 20 -- --
-- -- --
60 40 -- -- --
-- --
III PCS3526O CLOUD COMPUTING SPCSC TH 5 -- 2 2
45 15
-- --
-- --
-- -- -- --
-- -- --
60 40 -- -- --
-- --
TH-Theory; LA-Lab; LT-Lab-cum-Theory; PR-Project; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
194
B.Sc. Information Technology and Management - Self-Financed
Course Profile
Sem. Course Code Course Title Hrs./
Week Credit Passed in
2014 Batch
I PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
ITM1201FS COMMUNICATION SKILLS THROUGH COMPUTER
SCIENCE
2 2 AU-2013 as
ITM1101FS
ITM1301FM DATA STRUCTURES 4 3
ITM1402AA PRINCIPLES OF MANAGEMENT 5 4
ITM1402CT PROGRAMMING IN C 3T + 2L 4 AU-2013 as
ITM1401CM
VBC1001FV HEALTHY TRANSITION FROM ADOLESCENCE TO
ADULTHOOD
2 --
Total 30 19
II PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
ITM2201FS PRINCIPLES OF PROGRAMMING LANGUAGES 2 2 AU-2013 as
ITM2101FS
ITM2401CM OBJECT ORIENTED PROGRAMMING - I 4 4
ITM2402AT MICROPROCESSOR FUNDAMENTALS & COMPUTER
ORGANIZATION
3T + 2L 4
ITM2201CP LAB I (OBJECT ORIENTED PROGRAMMING I-C++) 4 2
ELECTIVE ENVIRONMENTAL ELECTIVE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
Total 30 21
2013 Batch
III ITM3401AA IT SERVICES AND MARKETING 5 4
ITM3401CM OBJECT ORIENTED PROGRAMMING - II 4 4
ITM3402CM OPERATING SYSTEM CONCEPTS 4 4
ITM3403CM RELATIONAL DATABASE MANAGEMENT SYSTEM 4 4
ITM3201CP LAB II (OBJECT ORIENTED PROGRAMMING II) 4 2
ITM3202CP LAB III (RDBMS) 3 2
ELECTIVE NON-MAJOR ELECTIVE 2 2
VOCATIONAL COURSE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
CLUB / ACADEMIC ADVISING 1 --
Total 30 25
IV ITM4501CM SOFTWARE ENGINEERING 5 5
ITM4502CM DATA COMMUNICATION AND NETWORKS 5 5
ITM4503CM ORGANIZATIONAL BEHAVIOUR 5 5
195
ITM4201SP ANIMATION 2 2
ITM4301CP VISUAL PROGRAMMING – I 5 3
ITM4201CP DATA COMMUNICATION AND NETWORKING USING
JAVA
3 2
ELECTIVE NON-MAJOR ELECTIVE 2 2
VBC0201FV /
VBC0202FV
WOMEN’S STUDIES /
HUMAN RIGHTS AND DUTIES
2 2
CLUB / ACADEMIC ADVISING 1 --
Total 30 26
ITM1301FM DATA STRUCTURES
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• design and apply appropriate data structures for solving computing problems
• develop computer programs to implement different data structures and related algorithms
• evaluate critically and solve problems independently
COURSE OUTLINE :
UNIT-I : DATA STRUCTURES – AN OVERVIEW 10 Hrs.
Basic terminology – elementary data organization – Data structures – data structure operation
algorithms, complexity, time space, trade off.
UNIT-II : ARRAYS, RECORDS AND POINTERS 10 Hrs.
Linear arrays – Representation of linear arrays in memory – traversing linear arrays – inserting and
deleting – sorting: Bubble sort – searching: Linear search – binary search – multidimensional
arrays – pointer array – Matrices – Sparse Matrices. Sorting – insertion sort – selection sort –
merging – merge sort – radix sort – hashing
UNIT-III : LINKED LISTS 15 Hrs.
Linked lists – Representation of Linked lists in memory – Traversing a Linked list – searching linked
list – memory allocation: Garbage collection – insertion into a linked list – deletion from a linked list
– Header linked lists – two way lists.
UNIT-IV : STACKS, QUEUES, RECURSION 10 Hrs.
Stacks – Array representation of stacks – arithmetic expression : Polish Notation – Quick sort, An
application of stacks – Recursion – Towers of Hanoi – Queues – De-queues – priority queues
UNIT-V : TREES AND GRAPHS 15 Hrs.
Binary trees Algorithm- Representation binary trees in memory – traversing binary trees – traversal
algorithms using stacks – General trees -Graph theory terminology – Sequential representation of
graphs: Adjacency matrix: Path matrix – Warshall’s algorithm: Shortest path – linked representation
of a graph- Traversing a graph.
TEXT BOOK(S)
Seymour Lipschutz, Data Structures, Schaum’s Outlines (Indian Adopted Edition),, New Delhi:
Tata McGraw Hill Publishing Company, 2006.
REFERENCE BOOK(S)
Aaron M. Tennenbaum, YedidyahLangsam, Moshe J. Augenstein, DataStructures using C, 4th,
New Delhi, Prentice Hall of India (P) Limited, 2006.
196
Ellis Horowitz, Sartajsahni, Fundamentals of Data Structures, New Delhi, GalgotiaBookSource
publishers, 2001.
WEBSITE(S) :
www.ibilce.unesp.br/courseware/datas/data1.htm
http://ciips.ee.uwa.edu.au/~morris/year2/PLDS210/ds_ToC.htm
http://www.onlinevideolecture.com/computer-science/nptel-iit-kharagpur/c-programming-and-data-
structures/?course_id=162
ITM1402AA PRINCIPLES OF MANAGEMENT
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• understand the concepts in management.
• become familiar with various functions of management
• get an insight about the process of management
COURSE OUTLINE :
UNIT-I : MANAGEMENT 15 Hrs.
Introduction , meaning and definition of management, functions of management, functions of a
manager, difference between administration and management, Schools of management thought-
Henry Fayol, F.W Taylor, George Elton Mayo
UNIT-II : PLANNING 15 Hrs.
Definition- Nature of planning- Types - Steps, Decision making –meaning-process – types,
Forecasting-meaning-process-techniques of forecasting.
UNIT-III : ORGANIZATION 15 Hrs.
Nature, Organization structure, Line / Staff Authority, Centralization / Decentralization, Committees.
UNIT-IV : STAFFING / DIRECTION 15 Hrs.
Recruitment- meaning- sources, Selection-meaning- stages of selection procedure, Motivation,
Communication- importance & Barriers, Leadership –functions & styles
UNIT-V : CONTROLLING 15 Hrs.
Process of controlling-steps, Control techniques- Budget, Break Even Analysis, Internal / External
Audit, PERT and CPM
TEXT BOOK(S)
Harold Koontz, Essentials of management, enhanced, New Delhi: Tata McGraw – Hill publishing
house Ltd, 2006, Chapters: all units.
P.C. Tripathi & Reddy, Principles of Management, fourth reprint, New Delhi: Tata Mcgraw Hill
publishing house Ltd,, 2008, Chapters: all units.
REFERENCE BOOK(S)
Donald H. Sanders, Computers Today, McGraw – Hill International Editions, 1988.
V.Rajaraman, Fundamentals of Computer, NewDelhi, Prentice Hall of India (P) Ltd, 1996.
WEBSITE(S) :
1. www.training-course.net
2. www.upenn.edu
3. www.course.com
197
ITM1402CT PROGRAMMING IN C
(Lab cum Theory)
LEARNING OUTCOME : 3T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• identify and apply the basic terminology used in computer programming
• plan,design and create programs in C language
• design programs involving decision structures, loops and functions
COURSE OUTLINE :
UNIT-I : INTRODUCTION 5T + 10L Hrs.
Basic steps in a program – History of C – Character set – Tokens – Constant - Data types–
Operators and Expression Lab: Example programs with scanf and printf statements to practice
Programs relating to declaration of variables with different data types. Programs on conditional and
unconditional structures. - Series evaluation.
UNIT-II : FLOW CONTROL AND ARRAYS 10T + 5L Hrs.
Decision making and Branching – if –else statements - Decision making and Looping – for, while,
do while – Arrays – One dimensional array – Multi dimensional array – Character Array – Strings –
String functions Lab: Programs on number checking, extracting specified data from array,
expressions. Application programs based on if, if-else, nested if, else-if ladder, switch. Programs on
looping statements Series evaluations Different output designs Real time programs based on for,
while, do-while Programs on operators and data type conversions. Programs on strings and string
functions
UNIT-III : FUNCTIONS 10T + 5L Hrs.
Functions – argument and parameters – Call by value – Call by reference – Passing arrays Lab:
Programs on recursive functions Programs on call by value and call by reference. Programs to
return the value from the function. Programs on passing arrays to the functions
UNIT-IV : STRUCTURES 10T + 5L Hrs.
Structures – Concept of structures – Initializing a structure – The structure tag- Arrays of
structures– Union Lab: Simple programs in defining structures and printing structure values.
Application programs on structures and unions. Programs on arrays of structures.
UNIT-V : FILES AND POINTERS 10T + 5L Hrs.
Pointers – Introduction to pointer – Pointer Expressions and Pointer Arithmetic – Introduction to
files – Opening and closing Text files – Creating a Text file Lab: Programs relating to declaration of
pointer variables and printing the values and address. Programs on file variables, opening and
closing. Programs on creating Text file.
TEXT BOOK(S)
Balagurusamy E, Programming in ANSI C, Sixth, New Delhi: Tata McGraw Hill Publications,
2011.
REFERENCE BOOK(S)
Byron Gottfried, JitenderChhabra,, Programming with C, New Delhi, McGraw Hill Publication,
2006.
Yashavant Kanetkar, Understanding Pointers In C, 4Th Revised & Updated, New Delhi, BPB
Publications, 2009.
WEBSITE(S) :
www.freevideolectures.com
www.cprogramming.com
cprogramminglanguage.net www.cprogrammingexpert.com
198
ITM2402AT MICROPROCESSOR FUNDAMENTALS & COMPUTER ORGANIZATION
(Lab cum Theory)
LEARNING OUTCOME : 3T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• identify and explain the features of microprocessor and able to identify different types of
microprocessor architecture
• define terms used to describe microprocessor/microcomputer systems
• develop program and operate applications for microprocessor /microcomputer systems
COURSE OUTLINE :
UNIT-I : NUMBER SYSTEMS, COMPUTER ARITHMETIC, COMPUTER CODES 10T + 6L Hrs.
Number system-decimal system-binary numbering system-binary calculations-octal system-
hexadecimal system-radix conversions-examples-arithmetic operations of octal numbers-arithmetic
operations of hexadecimal numbers.
UNIT-II : BOOLEAN ALGEBRA AND LOGIC CIRCUITS 10T + 6L Hrs.
Inverters(NOT gates)-OR gates-AND Gates-NOR gates-NAND gates-NOT operations-OR
operations-AND operations-NOR operation-exclusive OR gates-exclusive NOR gates-DE morgans
first theorem- DE morgans second theorem-Boolean relations-OR operations-AND operation-Sum
of products method-simplifying logic circuit-karnaugh maps-logic circuit design-don’t care
conditions-arithmetic logic units-half adders-full adders-binary adders-signed binary numbers-2’s
complement representation-adder- subtractor.
UNIT-III : MICROPROCESSOR ARCHITECTURE AND MICROCOMPUTER
SYSTEMS
10T + 6L Hrs.
Microprocessor architecture and its operations-Input/Output devices- Instruction classification-
Instruction format-overview of the 8085/8080Ainstruction sets.
UNIT-IV : PROGRAMMING TECHNIQUE WITH ADDITIONAL INTRODUCTIONS 10T + 6L Hrs.
Looping-counting and indexing-additional data transfer and 16 bit arithmetic instructions-arithmetic
operations related to memory-logic operations-rotate, compare-dynamic debugging.
UNIT-V : THE MAIN MEMORY AND COMPUTER PERIPHERALS 5T + 6L Hrs.
Some Basic concepts-semiconductor RAM memories-Internal Organizations of Memory Chips-
Static Memories-Asynchronous Drams-Synchronous Drams - cache memories-Mapping functions-
Replacement Algorithm
EXPERIMENTS / LAB :
LAB Exercises:
1. Arithmetic Operations 8-bit and 16-bit numbers
2. Shift operations
3. Compare Operations
4. String Processing
5. Logical operations
6. Interfacing using simulator
TEXT BOOK(S)
Carl Hamacher, Zvonko Vranesic, Safwat Zaky, Computer Organization, Fifth, New Delhi:
TataMc-Graw Hill Publishing Company Ltd, 2002, Chapters: 5.1 to 5.3, 5.5(Unit V).
Raja.P, Digital Electronics, New Delhi: Scitech Publications, 2005, Chapters: 1 – 1.1 to 1.11 (Unit
I& II).
199
Ramesh S. Gaonker, Microprocessor and its applications 8080/8085A, Second, New Delhi:
TataMc-Graw Hill Publishing Company Ltd, 2006, Chapters: 2.1 to 2.3,(Unit III& IV).
REFERENCE BOOK(S)
DuglasV.Hall, Microprocessor and Interfacing, 2nd, New Delhi, Tata Mcgraw Hill publication,
2011.
John P.Hayes, Computer Architecture & Organization,, 3rd,, New Delhi, McGraw Hill
International Editions, 2011.
Lance A.Leventhal, Introduction to Microprocessors, New Delhi, Prentice Hall of India(P) Ltd,
1978.
WEBSITE(S) :
www.icgst.com
www.handbook.unsw
www.asee.org
ITM3401AA IT SERVICES AND MARKETING
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply the marketing strategies for IT services firms
• analyze and evaluate the recent issues of IT .
• monitor and market the products based on current trend.
COURSE OUTLINE :
UNIT-I : CONCEPT OF SERVICES MARKETING 15 Hrs.
Marketing- meaning & definition- importance-services- meaning-nature and characteristics of
services- types of services- marketing implications on services- meaning of services marketing-
services marketing environment in India. Historical evolution of IT
UNIT-II : STRATEGIC ASPECTS OF IT SERVICES MARKETING 15 Hrs.
Study of the Indian IT market- Segmenting the IT market- SEC grid- Segment selection and
targeting of a few segments- Targeting Niche markets- Positioning for the selected segments-
Building the brand Nationally and Globally- Brand positioning- Brand equity- Role of marketing
research
UNIT-III : THE IT SERVICES MARKETING MIX 15 Hrs.
Product – Defining IT product –Service life cycle- Service quality- product planning and
development– Price- Factors deciding the price of IT product - Methods of pricing IT services –
Promotion – Promotion plan and advertising IT products – Direct marketing and publicity– Place –
Channel management issues - People – Physical Evidence - Process- blueprinting
UNIT-IV : IT SERVICE QUALITY 15 Hrs.
Dimensions of service quality, measurement of service quality- improving service quality, causes
for service quality problems, TQM, Quality circles
UNIT-V : RECENT ISSUES OF IT 15 Hrs.
Growth of consumer awareness of IT in India Developing Scenario of IT in India and abroad –
Monitoring of Change in IT Industry –IT service contracts- Marketing implications of the internet
TEXT BOOK(S)
Gupta S.P.Rajendra Nargundkar, Services Marketing- text and cases, New Delhi: Tata McGraw
Hill Publishing Company Limited, 2004.
200
REFERENCE BOOK(S)
Christopher Lovelock, Services Marketing,People, Technology, Strategy, fourth, Pearson
Education, 1997.
Helen Wordruffe, Services Marketing, Macmillen India Ltd, 1997.
Lovelock Christoper.H, Managing Service: Marketing Operations and Human Resources,
Prentice Hall International, 1997.
Reddy P. N., Appainiah H R.,Anil Kumar S.,Nirmala, Services Marketing, First, Himalaya
Publishing House, 2000.
Roland T Rust., Antony J. Daherik.,Timothy L Detmingham, Services Marketing, Addison Wesley
Longman Inc, 1999.
Valarie A Zeithaml., Mary Jo Bitner, Services Marketing, Third, integrating customer focus across
the firm, Tata McGraw Hill, 2002.
ITM3401CM OBJECT ORIENTED PROGRAMMING - II
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply object oriented concepts in solving problems.
• exhibit programs with Applets and AWT concepts.
• plan and create the java application with a Database
COURSE OUTLINE :
UNIT-I : FUNDAMENTAL CONCEPTS 10 Hrs.
Genesis of Java – Data Types, Variables and Array – Classes and Methods- String Handling.
UNIT-II : INHERITANCE AND PACKAGES 10 Hrs.
Inheritance: using super – Method overriding – Dynamic method dispatch – Abstract class – using
Final- Packages - Interfaces.
UNIT-III : EXCEPTIONS AND THREADS 15 Hrs.
Exceptions handling: Predefined exception- user defined exceptions- Multithreaded Programming:
Threads creation – Thread Priorities – Synchronization - Interthread Communication.
UNIT-IV : APPLETS AND AWT 15 Hrs.
Applet: The Applets Class – Thread and Applet- Event Handling- Introducing the AWT: Working
with windows, graphics and text- AWT controls-Layout Managers and Menus.
UNIT-V : DATABASE CONNECTIVITY 10 Hrs.
Introduction to databases – Java Database connectivity -record navigation – Record manipulation.
TEXT BOOK(S)
George Reese, Database programming with JDBC and Java, Second: O’Reilly Media 2000.
Herbert Schildt, The Complete Reference JAVA 2, Fifth, New Delhi: Tata McGraw-Hill Publishing
company Limited, 2007, Chapters: 1, 3, 6 - 11, 13, 19 – 22.
REFERENCE BOOK(S)
Khalid A.Mughal,Torill Hamre,Rolf W.Rasmussen, Java Actually A First Course, First Indian
Reprint, New Delhi, Cengage Learning India Private Limited, 2008.
Paul Deitel, Harvey Deitel, Java How to Program, Eighth, New Delhi, PHI Learning Private
Limited, 2010.
Sharanam Shah,Vaishali Shah, Core Java for Beginners, First Reprint, Mumbai, Shroff
Publishers and Distributors Private Limited, 2011.
201
WEBSITE(S) :
http://www.learnerstv.com/Free-Computers-Video-lectures-ltv006-Page1.htm
http://www.tutorialspoint.com/java/
http://www.javabeginner.com/
http://www.learnjavaonline.org/
ITM3402CM OPERATING SYSTEM CONCEPTS
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop fundamental knowledge of Operating systems.
• acquire and apply memory management and other related concepts.
• Identify and apply the concepts of CPU and disk scheduling process
COURSE OUTLINE :
UNIT-I : INTRODUCTION 8 Hrs.
Operating Systems-Computer System organization-Computer system architecture-Operating
system structure-operating system operations-Process Management-Memory Management-
Storage Management-Protection and Security-Distributed Systems.
UNIT-II : PROCESS MANAGEMENT 10 Hrs.
Process concept-Process scheduling-Operation on Processes-Inter process Communication-
Communication in Client-Server Systems.
UNIT-III : CPU AND DISK SCHEDULING 12 Hrs.
Basic concepts-Scheduling Criteria-Scheduling Algorithms-Thread Scheduling-Disk Structure-Disk
Scheduling.
UNIT-IV : PROCESS SYNCHRONIZATION 14 Hrs.
Background-The critical section problem – Peterson’s Solution-Synchronization Hardware –
Semaphores – Classic problems of Synchronization – Monitors- Synchronization Examples-
Deadlocks.
UNIT-V : MEMORY MANAGEMENT 16 Hrs.
Background-Swapping-Contiguous Memory Allocation-Paging-Structure of the page table-
Segmentation-Demand Paging-Copy-On-Write- Page Replacement-Allocation of Frames-
Thrashing-Memory Mapped Files.
TEXT BOOK(S)
Abraham Silberschatz, Peter B. Galvin, Greg Gagne, Operating System Concepts Essentials,
Eighth, New Delhi: Wiley Publications, 2011.
REFERENCE BOOK(S)
DeitelH.M, Deitel.P.J,. Choffnes D.R, Operating Systems, Third, New Delhi, Pearson Education,
2007.
Gary Nutt, Operating Systems, Second, New Delhi, Addison-wesley Longman Inc, 1990.
WEBSITE(S) :
http://nptel.ac.in/courses/Webcourse-contents/IISc-BANG/Operating20Systems/New_index1.html
www.personal.kent.edu
www.tutorialspoint.com/operating_system/
www.tutorialfind.com
www.personal.kent.edu
202
ITM3403CM RELATIONAL DATABASE MANAGEMENT SYSTEM
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify and define the information that is needed to design a database management system for a
business information problem
• create conceptual and logical database designs for a business information problem
• create and develop a database management system that satisfies relational theory and provides
users with customized business queries
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO DATABASE 12 Hrs.
Introduction – Database Management Systems – Benefits of DBMS – Relational Database
Management System – Need of RDBMS – Database Model: Hierarchical Model, Networking
Model, Relational Model, Object Oriented Model, Object/ Relational Model – Codd’s Rules – Entity
Relationship Diagram – Normalization - NOSQL Databases: Introduction-advantages-challenges.
UNIT-II : BASICS OF SQL 13 Hrs.
Data Types – Data Definition Language (DDL) – Data Manipulation Language (DML) – Transaction
Control Language (TCL) – Data Control Language (DCL) – Data Constraints – Operators – String
Functions – Date Functions – Aggregate Functions.
UNIT-III : WORKING WITH SUBQUERIES AND JOINS 10 Hrs.
Subqueries: Correlated Subquery – Joins: Self, Inner, Outer, Equi and Non-equi joins – Set
Operators: Union, Intersect and Minus – Index – Sequences – Synonym – Views.
UNIT-IV : INTRODUCTION TO PL/ SQL 10 Hrs.
Introduction – Structure of PL/SQL – Data Types – Variables – Control Statements – Procedures
and Functions.
UNIT-V : EXCEPTIONS, CURSORS, TRIGGERS AND PACKAGES 15 Hrs.
Error Handling: Pre-defined Exception, User-defined Exception – Cursors: Explicit, and Implicit
Cursors – Triggers: Types, DDL Triggers and INSTEAD OF Triggers – Packages: Creating and
Invoking Packages.
TEXT BOOK(S)
Kevin Loney, Oracle Database 11g The Complete Reference, New Delhi: McGraw Hill, 2009,
Chapters: 32-37.
Rajeev A. Parida, Vinod Sharma, The Power of Oracle 9i, New Delhi: Firewall Media, 2010,
Chapters: 1.
Sharanam Shah, Vaishali Shah, Oracle for Professionals, Mumbai: Sharoff Publishers and
Distributers Pvt. Ltd., 2011, Chapters: 1, 8 – 24, 32, 33, 35, 40, 42.
REFERENCE BOOK(S)
Deshpande.P.S, SQL & PL/SQL for Oracle 10g, New Delhi, Dreamtech Press, 2007.
James R. Groff, Paul N. Weinberg, Andrew J. Oppel, SQL: The Complete Reference, Third, New
Delhi, Tata McGraw Hill.
Joan Casteel, Oracle 10g: SQL, United States, Thomson Course Technology, 2007.
SharadMaheswari, Ruchin Jain, Introduction to SQL and PL/SQL, New Delhi, Firewall Media.
WEBSITE(S) :
http://beginner-sql-tutorial.com/sql.htm
http://plsql-tutorial.com/
http://www.tutorialspoint.com/plsql/
http://utubersity.com/?page_id=853
203
ITM3201CP LAB II (OBJECT ORIENTED PROGRAMMING II)
(Lab)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• interpret and implement the primitive data types and methods
• identify and experiment the application skills by applying object oriented concepts, Multithreading
and Exceptions.
• develop programming skills using applets, thread and database
COURSE OUTLINE :
EXPERIMENTS / LAB : 60 Hrs.
FUNDAMENTALS OF JAVA PROGRAMMING USING VARIABLES AND IDENTIFIERS
Programs, which read, process and display the different data types Example programs which
deal with variable, objects, and arithmetic and assignment operators
SELECTION, ITERATION AND STRING
Programs, which deal with looping and control statements Programs designed to read and
process single and multidimensional arrays Programs using String and String buffer concepts
CLASSES AND OBJECTS, INHERITANCE, PACKAGES AND INTERFACES
Programs for designing a class and creating array of object Programs to design multiple
methods and invoke methods through objects Develop example programs for handling different
types of classes (final and inner classes) Programs to handle applications, which involve different
types of methods (overloading, overriding methods) Programs, which deals with constructor and
finalizer Programs, to implement Packages Implement Multiple Inheritance using Interfaces
EXCEPTIONS
Example programs to handle exceptions in real-time applications Programs involving
applications using predefined java exceptions
THREADS
Programs which creates and set priority for multiple threads Example Programs that integrate
threads and applets Programs which deals with inter process communication through threads
Example programs that involve thread synchronization Example programs with animation in applets
through threads
APPLETS
Programs using Applet class, Applet programs that involve graphics, Applet programs which
involve drawing of different shapes and colors
AWT AND MENUS IN APPLETS
Programs, which impart AWT components in applets Programs, which implement container
types in applets Applets designed with menu-oriented applications Applet programs with specially
designed event handling techniques Programs using Mouse and Key listeners for applications
204
JDBC
Programs to implement database operations (insert, delete, update) using JDBC connectivity
Programs to execute custom queries
REFERENCE BOOK(S)
George Reese, Database programming with JDBC and Java, Second, O’Reilly.
Herbert Schildt, The Complete Reference JAVA 2, Fifth, New Delhi, Tata McGraw-Hill Publishing
company Limited, 2007.
Paul Deitel, Harvey Deitel, Java How to Program, Eighth, New Delhi, PHI Learning Private
Limited, 2010.
Xavier.C, Programming with JAVA 2, Copyright, Scitech Publications (India) Pvt Ltd,, 2000.
ITM3202CP LAB III (RDBMS)
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply the basic concepts of relational database management.
• implement logical thinking in designing the database.
• develop programming skills in PL/SQL and usage of triggers.
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
BASICS OF SQL
Schema Design and Normalization of Tables - Queries using select statements and operators
(using DDL, DML, DCL functions) – Queries using single row functions, Date functions – Character
functions – Numeric functions – Group functions.
OPERATORS, JOINS AND SUBQUERY
Operators – Set Operators: Union, Union All, Intersect and Minus – Join concept: Simple,
Self, Outer, Inner, and Non-equi joins – Table aliases - Sub Queries: Multiple Subqueries,
Correlated subquery.
CONSTRAINTS AND DATABASE OBJECTS
Setting constraints to tables with integrity constraints – Domain Integrity – Check Constraints
– Entity Integrity constraints – Referential Integrity constraints – Deferrable constraints - Creating
different database objects like Synonym – Sequences – View – Index.
INTRODUCTION TO PL/SQL AND CURSOR
Programs with different data types – Scalar data types, Composite data types – LOB types,
user defined data types – Programs using iterative and sequential control – Programs to implement
predefined exception, user defined exception. Implement different cursor types: STATIC
CURSORS, EXPLICIT and IMPLICIT CURSORS.
SUBPROGRAMS, TRIGGERS AND PACKAGES
Demonstrate PL/SQL using Procedures and Functions - Triggers - Packages.
TEXT BOOK(S)
Deshpande.P.S, SQL & PL/SQL for Oracle 10g, New Delhi: Dreamtech Press, 2007.
Kevin Loney, Oracle Database 11g The Complete Reference, New Delhi: Tata McGraw Hill,
2009, Chapters: 32-37.
205
REFERENCE BOOK(S)
James R. Groff, Paul N. Weinberg, Andrew J. Oppel, SQL: The Complete Reference, Third, New
Delhi, Tata McGraw Hill, 2009.
Joan Casteel, Oracle 10g: SQL, United States, Thomson Course Technology, 2007.
WEBSITE(S) :
http://beginner-sql-tutorial.com/sql.htm
http://plsql-tutorial.com/
http://www.tutorialspoint.com/plsql/
ITM4501CM SOFTWARE ENGINEERING
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize software engineering methods, procedures and tools.
• compare current trends and technologies in Software Engineering.
• apply the knowledge in developing community development projects.
COURSE OUTLINE :
UNIT-I : INTRODUCTION AND SOFTWARE PROCESS 15 Hrs.
The evolving Role of software – software –The changing nature of software – Legacy software –
Software Myths. Prescriptive models – The waterfall model – Incremental process models –
Evolutionary Process Models.
UNIT-II : REQUIREMENTS AND ANALYSIS 15 Hrs.
A bridge to Design and Construction – Requirements engineering tasks – Initiating the
requirements engineering process – eliciting requirements. Requirement analysis – Approaches –
Data modeling concepts – object oriented analysis – flow oriented modeling.
UNIT-III : DESIGN ENGINEERING 15 Hrs.
Design within the context of software engineering - Design process and Design Quality – Design
Concepts –The design Model.
UNIT-IV : TESTING 15 Hrs.
A strategic approach to software testing – Test strategies for conventional software – Validation
Testing – System testing – The art of Debugging. Software Testing Fundamentals – White-Box
Testing – Basis Path Testing – Control Structure Testing – Black-Box testing.
UNIT-V : PRODUCT METRICS AND QUALITY MANAGEMENT 15 Hrs.
Measures, Metrics and Indicators – Measurement principles – Metrics for the Analysis model –
Metrics for source code – Metrics for testing – Metrics for maintenance. Quality concepts –
software quality assurance – Software reviews – Formal Technical reviews – Formal approaches to
SQA – Software reliability - The ISO 9000 Quality standards –The SQA Plan.
TEXT BOOK(S)
Roger S. Pressman, Software Engineering-A Practitioner’s Approach, Sixth, New Delhi:
McGraw Hill International Edition, 2005.
REFERENCE BOOK(S)
Richard Fairley, Software Engineering Concepts, New Delhi, Tata McGraw Hill, Reprint 2008.
Waman S. Jawadekar, Software Engineering, New Delhi, Tata McGraw Hill, 2004.
WEBSITE(S) :
http://www.polaris.umuc.edu/~gmackenz/XMIT/help/wbib_swe.htm
http://www.dcs.qmul.ac.uk/~norman/SE-pages/index
206
ITM4502CM DATA COMMUNICATION AND NETWORKS
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify and apply the networking topology and the basic model followed in Network design
• relate networking security concepts
• develop network programming using Java
COURSE OUTLINE :
UNIT-I : INTRODUCTION 15 Hrs.
Data Communications – Networks– Reference Models – Layers in the OSI Model – TCP/IP
protocol suite – Analog and Digital signals – Transmission Impairment.
UNIT-II : PHYSICAL LAYER 15 Hrs.
Digital transmission – Analog Transmission – Multiplexing – Switching – Transmission Media:
Guided and unguided Media.
UNIT-III : DATA LINK LAYER 15 Hrs.
Error Correction and Detection: Introduction – Block Coding – Linear Block Codes – Cyclic Codes -
Checksum – Multiple Access: Random Access - ALOHA, CSMA, CSMA/CD, CSMA/CA –
Connecting devices
UNIT-IV : NETWORK LAYER 15 Hrs.
Network Layer: Logical Addressing – IPV4 Addresses– IPV6 Addresses – Unicast Routing
Protocols – Congestion control – Quality of service – Techniques to improve Quality of service
UNIT-V : SECURITY 15 Hrs.
Cryptography – Introduction – Symmetric Key Cryptography - Asymmetric Key Cryptography –
Security Services – Message Confidentiality – Message Integrity – Message Authentication - Digital
Signatures – Firewalls – Virtual Private Network.
TEXT BOOK(S)
Behrouz A Forouzan, Introduction to Data Communications and Networking, 4th, New Delhi:
TataMcGraw-Hill, 2006, Chapters: 1-8, 10, 15.1, 19, 24.5, 24.6,30,31.1 – 31.5, 32.1 & 31.4..
REFERENCE BOOK(S)
Andrew. S.Tanenbaum, Computer Networks, 4th, New Delhi, Prentice-Hall of India Pvt. Ltd, 2005.
Jain.V.K and Naveena Bajaj, Computer Networks and Communications,, First, New Delhi,
Cyber Tech Publications, 2001.
John R. Freer, Computer Communications and Network, First Edition, New York, Affiliated East-
West Press private Limited, 2011.
William, Data Communication and Networks, New York, McGraw Hill, 1998.
WEBSITE(S) :
www.networkmagazine.com
www.data.com
www.avaya.com
www.williamstallings.com
207
ITM4503CM ORGANIZATIONAL BEHAVIOUR
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• analyze the human behavior in organization
• apply various leadership styles & its application in different situations
• apply these knowledge in improving organization’s effectiveness
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO ORGANIZATIONAL BEHAVIOR 15 Hrs.
Nature, Scope, Challenges & opportunities for OB.
UNIT-II : PERSONALITY AND PERCEPTION 15 Hrs.
Personality Definition, Determinants of Personality – Biological, Cultural, Family & Social factors –
Types A & B Perception Definition – Emotional Intelligence.
UNIT-III : LEARNING & ATTITUDES 15 Hrs.
Learning process – Types of conditioning – (classical, operant) Attitudes – Meaning & features,
Attitudes & Productivity
UNIT-IV : MOTIVATION & LEADERSHIP 15 Hrs.
Motivation – Definition, importance, features, Financial & Non financial incentives
Leadership – Meaning & various styles
UNIT-V : CONFLICT & ORGANIZATION CHANGE 15 Hrs.
Conflict – Meaning & features, Constructive & Destructive conflicts
Conflict management Organizational change, Resistance to change, Change management
TEXT BOOK(S)
K. Aswathappa,, Organizational Behavior.
REFERENCE BOOK(S)
Stephen P. Robbins,, Organizational Behavior.
ITM4201CP DATA COMMUNICATION AND NETWORKING USING JAVA
(Lab)
LEARNING OUTCOME : 3 Hrs./Wk.
On successful completion of the course, the student will be able to
• analyze the importance of Networking and the basic model followed in Network design
• relate networking security concepts
• plan and invent appropriate network programming in java
COURSE OUTLINE :
EXPERIMENTS / LAB : 45 Hrs.
WORKING WITH IP-ADDRESS AND URL
Programs to process Internet Address – Programs to get the address of Websites , Programs
to find the address, hostname, IP address of local Machine.
Programs to work with URLs – Programs to construct the URLs, Program to extract the parts of
URL.
208
WORKING WITH DATA TRANSMISSION
Programs to manipulate data rate, signal rate, Bandwidth. Programs to achieve Block coding
using Modular arithmetic.
SOCKET PROGRAMMING
Programs for Client server communication. Programs for connection oriented communication
using TCP, Programs for connectionless communication using UDP.
SECURITY
Programs to implement cryptography – Programs to encode and decode the message,
Programs to generate Message digest, Programs to implement steganography.
REMOTE METHOD INVOCATION
Programs to access remote objects. Programs to manipulate remote objects.
REFERENCE BOOK(S)
Andrew. S.Tanenbaum, Computer Networks, 4th, New Delhi, Prentice-Hall of India Pvt. Ltd, 2005.
Jain.V.K and Naveena Bajaj, Computer Networks and Communications,, First, New Delhi,,
Cyber Tech Publications, 2001.
John R. Freer, Computer Communications and Network, First, New York, Affiliated East-West
Press private Limited, 2011.
William, Data Communication and Networks, New York, McGraw Hill, 1998.
WEBSITE(S) :
www.networkmagazine.com
www.data.com
www.avaya.com
www.williamstallings.com
www.cafeaulait.org/books/jnp/javanetexamples/index.html
ITM4201SP ANIMATION
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply object-oriented programming concepts and techniques
• create and experiment with interactive applications
• argue for the use of open source software tools and adoption of open source collaboration
practices
COURSE OUTLINE :
EXPERIMENTS / LAB : 30 Hrs.
INTRODUCTION TO ALICE
Objects and Methods – Control Structure and functions- Properties and Techniques – Custom
methods – Object oriented thinking – Object state -orientation, vehicle, and arguments
209
ALGORITHMS
Algorithms - Boolean Logic in Programming - Text and Sound - Recursive Algorithms –Lists
and Arrays in Alice - Making Animated Movies with Alice
GREENFOOT ENVIRONMENT
Java Syntax- Java Programming – Interacting with Greenfoot - Movement and Key Control
ACTORS and WORLD
Detecting and Removing Actors- Making methods - Adding a randomly moving enemy –
accessone object from another - Tile game framework – basic objects –advanced objects
REFERENCE BOOK(S)
Charles W. Herbert, An Introduction to Programming using Alice 2.2, Second Edition,
Philadelphia, community college of Philadelphia, 2010.
WEBSITE(S) :
http://www.dickbaldwin.com/tocalice.htm
http://www.cs.duke.edu/csed/alice/aliceInSchools/workshop08/tutorials.php
http://nzacditt.org.nz/resources/programming-and-cs/level-1-programming-alice
ITM4301CP VISUAL PROGRAMMING – I
(Lab)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• create applications in Visual Basic utilizing various objects/ controls with appropriate properties that
are required for successful execution in a windows environment.
• design and develop an application following methodical approach and utilize the debugging tools of
Visual Basic when needed.
• illustrate the interface and output of an application with graphics using graphics controls that can be
added at design time and/or runtime.
COURSE OUTLINE :
EXPERIMENTS / LAB : 75 Hrs.
FUNDAMENTAL CONCEPTS:
Understand the features of Visual Basic - Understand the Integrated Development
Environment - Design a GUI to display a line of Text, run and terminate this program. Working with
Forms - Design SDI applications that use appropriate controls (Label Box, Text Box, Command
Button, Check Box, Radio Button, List and Combo Box, Horizontal and Vertical Scroll Bar, Frame,
File List Box, Drive List Box, Directory List Box, Picture Box, Image control and Timer) - Usage of
procedures, methods, events and properties.
FUNCTIONS IN VISUAL BASIC:
Demonstrate the scoping issues of Variables: Local, Global and Static, Data types and
operators – String functions – Number functions – Date Functions – Format functions – Conversion
functions. Control structures: if-then-else, Select Case. Looping Structure: Do-while, Do – loop -
until, For-Next, For Each, With-End With, Exit For, Exit Do and Exit Sub.
210
WORKING WITH MENUS, DIALOG BOXES AND MDI:
Working with Arrays – Control Arrays – Dim and Redim statements – Preserve keyword -
Understanding and creating menu using menu editor. Dialog box: Pre-defined, Custom and
common dialog controls. Demonstrate Multiple Document Interface.
GRAPHICS, MOUSE EVENTS FLEXGRID CONTROL AND FILES
Understanding graphical controls and methods – Using mouse events – Creating interactive
applications using flexgrid controls – Real time GUI environment for creating animations. Working
with Files
STORING AND RETRIEVING DATA, DATA REPORTS:
Using Data controls – Demonstrate the navigation methods using Data Access Objects (DAO)
and Activex Data Objects (ADO) – Use Find methods – Accessing EOF and BOF - Access different
database using DSN and ODBC connection. Displaying the data using data reports. Creating and
using OLE components. Design a GUI application using Activex controls.
TEXT BOOK(S)
Content Development Group, Visual Basic 6 Programming, First Edition, New Delhi: Tata
McGraw Hill, 2005.
EvangelosPetroutsos, Mastering Visual Basic 6.0, Wiley India, New Delhi: Wiley India Pvt. Ltd,
2010.
REFERENCE BOOK(S)
Steve Brown, Visual Basic 6, New Delhi, BPB Publications, 2006.
Steve Holzner, Visual Basic 6 Programming Black Book,, First, New Delhi, DreamTech Press,
2005.
WEBSITE(S) :
www.vb6.us www.vbtutor.net/
http://www.vbtutes.com
http://visualbasic.freetutes.com/learn-vb6/
211
Evaluation Pattern
(UG)
Sem Course Code Bat- ches
Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
I ITM1201FS 2 COMMUNICATION SKILLS THROUGH COMPUTER SCIENCE
SUITM TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
I ITM1301FM 2 DATA STRUCTURES SUITM TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 80 -- -- 2.30 --
I ITM1402AA 2 PRINCIPLES OF MANAGEMENT SUITM TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
I ITM1402CT 2 PROGRAMMING IN C SUITM LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
II ITM2201FS 2 PRINCIPLES OF PROGRAMMING LANGUAGES SUITM TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
II ITM2401CM 2 OBJECT ORIENTED PROGRAMMING - I SUITM TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II ITM2402AT 2 MICROPROCESSOR FUNDAMENTALS & COMPUTER ORGANIZATION
SUITM LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
II ITM2201CP 2 LAB I (OBJECT ORIENTED PROGRAMMING I-C++) SUITM LA -- 4 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
III ITM3401AA 2 IT SERVICES AND MARKETING SUITM TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III ITM3401CM 2 OBJECT ORIENTED PROGRAMMING - II SUITM TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III ITM3402CM 2 OPERATING SYSTEM CONCEPTS SUITM TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III ITM3403CM 2 RELATIONAL DATABASE MANAGEMENT SYSTEM SUITM TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III ITM3201CP 2 LAB II (OBJECT ORIENTED PROGRAMMING II) SUITM LA -- 4 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
III ITM3202CP 2 LAB III (RDBMS) SUITM LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
212
IV ITM4501CM 2 SOFTWARE ENGINEERING SUITM TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV ITM4502CM 2 DATA COMMUNICATION AND NETWORKS SUITM TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV ITM4503CM 2 ORGANIZATIONAL BEHAVIOUR SUITM TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
IV ITM4201CP 2 DATA COMMUNICATION AND NETWORKING USING JAVA
SUITM LA -- 3 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV ITM4201SP 2 ANIMATION SUITM LA -- 2 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
IV ITM4301CP 2 VISUAL PROGRAMMING – I SUITM LA -- 5 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
213
DEPARTMENT OF FASHION DESIGNING
PREAMBLE :
The college is introducing an Undergraduate programme B.Sc. Fashion Designing. the course profile,
course content and evaluation pattern which is to be offered from 2014 is being presented.
B.Sc. Fashion Designing - Self-Financed
Course Profile
Sem. Course Code Course Title Hrs./
Week Credit Passed in
2014 Batch
I PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
FDS1401FM FASHION STUDIES 4 4
FDS1501CM FIBRE AND YARN SCIENCE 5 5
FDS1401AT FUNDAMENTALS OF CLOTHING CONSTRUCTION 3T + 2L 4
FDS1101CP BASIC FASHION ILLUSTRATION 2 1
VBC1001FV HEALTHY TRANSITION FROM ADOLESCENCE TO
ADULTHOOD
2 --
Total 30 20
II PART - I LANGUAGE (TAMIL/HINDI/FRENCH) 6 3 or 4
PART - II LANGUAGE (ENGLISH) 6 3 or 4
FDS2101FS FASHION COMMUNICATION 2 1
FDS2401CM PATTERN DRAFTING AND CONSTRUCTION- KIDS
WEAR
4 4
FDS2201CP KIDS WEAR 4 2
FDS2401AP ADVANCED FASHION ILLUSTRATIONS 5 4
ELECTIVE ENVIRONMENTAL ELECTIVE 2 2
VBC0102FV /
VBC0103FV
CIVIC EDUCATION /
FAMILY LIFE EDUCATION
1 1
Total 30 20
FDS1401FM FASHION STUDIES
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the meaning of fashion
• discover the current trends in fashion
• identify the trends in fashion industry
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO FASHION: 10 Hrs.
Definition, Importance, Designs – Principles & Elements. Terminologies of fashion, Nature of
fashion, Myths about fashion, Fashion Concepts in different regions, Leaders of fashion.
214
UNIT-II : ENVIRONMENT OF FASHION: 12 Hrs.
History of fashion – Origin of fashion, Adoption of fashion-Trickle up, Trickle down & Trickle across
theory, Cultural value, Evaluation & Revolution of fashion- Vertical & Horizontal concepts,
Environment of fashion, Factors influencing fashion- Psychological needs of fashion, Socio
Psychology of fashion, Technological, Political, Legal and Seasonal influence.
UNIT-III : FASHION PSYCHOLOGY: 13 Hrs.
Principles of fashion- Fashion cycle, Movement of fashion, Role of costume as a status symbol,
Costume as personality and sex appeal, Diffusion of fashion line, Historic costumes, Evaluation of
Indian costumes.
UNIT-IV : FASHION MARKETING: 12 Hrs.
Fashion Forecasting- Fashion marketing – Definition, Classification of marketing, Fashion Market
size and structure, Marketing Environment, Fashion Advertising, Fashion Sales Promotional
Programme. Fashion merchandising, Fashion retailing – Retailing structure, Scope of retailing,
Retail Strategy Development.
UNIT-V : FASHION SECTOR: 13 Hrs.
Fashion industry -Importance, Work of fashion director, work of fashion designer, Fashion Capitals,
Fashion Brands. Fashion designers - National Level fashion designers, International level fashion
designers, Brief study of American, French, Italian and Indian Fashion Designers. Fashion styling –
A complete study, Fashion shows.
REFERENCE BOOK(S)
Debbie Ann Goello& Beverly Berke, Fashion Production Terms, Fairchild Publications, New York,
2005.
Dickerson, Inside Fashion Business, 7th Ed Pearson Education Publications, United States of
America, 2010.
Easey M(ed), Fashion Marketing, London, Blackwell Science, 1994.
Elizabeth Ewing, History of 20th Century Fashion, the University of Virginia, Costume & Fashion
Press, 1997.
Elizabeth Rouse, Understanding Fashion, London, Blackwell Science, 1999.
Gini Stephens Frings, Fashion - From concept to consumer, USA, 6th Edition Prentice Hall,
1999.
Grace I kunz, Merchandising Theory: Principles and Practices, IOWA state UniversityFairchild
Publication, 2005.
Martin M Peglar S. V. M, Visual Merchandising and Display, New York, Fairchild Publication Inc,
2002.
FDS1501CM FIBRE AND YARN SCIENCE
(Theory)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• elaborate the process of fibre to yarn making
• differentiate properties of natural and manmade fibre
• recognize the types of yarn and its quality parameter.
215
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO FIBRES: 12 Hrs.
Classification of textile fibres according to their nature and origin, essential and desirable properties
of textile fibres, staple fibre and continuous filaments, comparison of natural and manmade fibres.
UNIT-II : NATURAL FIBRES: 20 Hrs.
Cotton fibres – Properties and uses of cotton fibres – Jute fibre – Extraction of Jute fibre from plant
– Properties and uses of Jute fibres – Properties and uses of flax fibre and hemp fibres- Silk fibre –
Life cycle of silk worm – Silk reeling and throwing – Properties and uses of silk fibre – Wool fibre –
varieties of wool – Differences between worsted and woolen fibre – Properties and uses of wool
fibre. Brief study of Bamboo- Lyocel – Soya bean – Banana – Pineapple – Sisal fibres –
Chinelfibre.
UNIT-III : MAN- MADE FIBRES: 15 Hrs.
Viscose rayon- Manufacturing process and Properties and uses of viscose rayon – Modal –
Polyester fibre – Nylon 66 – Polypropylene and acrylic fibre and their uses. Study of elastomeric
yarn – study of Nomex – Kevlar fibres – Properties and uses of Nomex and Kevlar fibres – study of
carbon and glass fibres – Properties and uses of carbon and glass fibres - Fibres used for Non
wovenfibre.
UNIT-IV : YARN MANUFACTURING PROCESS: 14 Hrs.
Introduction to ginning – carded and combed yarn manufacturing – Flow chart of blow room line for
cotton – objects of mixing and blending- carding – drawing – comber – simplex – ring frame –Brief
study of open end spinning – Brief study of ring frame yarn– Twist yarn (TPI) – High twist – Soft
twist – Neps and Uneveness percentage - Differences between carded and combed yarn, ring
frame and yarn and Open End yarn.
UNIT-V : YARN AND ITS TYPES: 14 Hrs.
Brief study of –Principles of Compact, Friction and Air-Jet yarn production system- classification of
yarn– simple and fancy yarns - Quality parameter while sourcing yarn, Sewing threads and its
properties
REFERENCE BOOK(S)
Bernard Corban P, Fiber to Fabric, McGraw-Hill Publication, 6th Edition Singapore, 1983.
Gohl E P G, Vilensky L.D, Textile Science, Delhi, CBS Publishers and Distributors, 1999.
Jayaprakasam S, Gopalakrishnan R, Kasinathan V, Fibre Science and Technology,
Komarapalayam, S.S.M.I.I.T staff and students Co. operatives stores Ltd, 1997.
Joseph Pretal J, Fabric Science, Newyork, 5th edition, Fairchild Publications, 1990.
Klein W. G, The Technology of Short Staple Spinning, Manchester, Textile Institute, 1988.
Lewin M and. Peare E.M, Fiber Science and Technology, Singapore, Vol. IV, Book Company,
1985.
FDS1401AT FUNDAMENTALS OF CLOTHING CONSTRUCTION
(Lab cum Theory)
LEARNING OUTCOME : 3T + 2L Hrs./Wk.
On successful completion of the course, the student will be able to
• differentiate the types of sewing machines and basic tools
• construct various parts of garment.
• design parts of a garment
216
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO SEWING MACHINE: 5T + 9L Hrs.
Introduction to sewing machine-classification-Single thread and Multi thread- Parts and functions -
single needle machine, essential tools – cutting tools, measuring tools, marking tools, general tools,
pressing tools. Stitch formation-different types
UNIT-II : SEAMS AND SEAM FINISHES: 6T + 9L Hrs.
Seams and seam finishes – types, working of seams and seam finishes- Hems – types, stitches
used-Fullness- definition, types. Darts, tucks, pleats, flares and godet, gathers and shirrs, frills or
ruffles, flounces.
UNIT-III : PLACKETS AND FASTENERS: 7T + 9L Hrs.
Plackets – definition, characteristics of a good placket, types – inconspicuous placket and
conspicuous plackets. Fasteners – conspicuous (Button and button-holes, button loops, button with
holes, shank buttons, eyelets and cords). Inconspicuous (press buttons, hooks and eyes, zips).
UNIT-IV : SLEEVES AND YOKES: 7T + 9L Hrs.
Sleeves – definition, types, set-in-sleeves – plain sleeve, puff sleeve, bishop sleeve, bell sleeve.
Modified armhole –cap sleeve and Magyar sleeve. Sleeve and bodice combined – raglan, kimono
and dolman. Yokes – types, method of construction- simple yoke, yoke with fullness within the
yoke, yoke supporting/ releasing fullness.
UNIT-V : COLLARS AND POCKETS: 5T + 9L Hrs.
Neck facing and Binding - Collars – definitions, types, peter pan, scalloped, square, full shirt collar,
open collar, chinese, shawl collar. Pockets – types – patch pocket, bound pocket, pocket in a
seam, front hip pocket.
EXPERIMENTS / LAB :
List of Practicals:
Preparation of samples for:
1. Seam and seam finishes.
2. Hems
3.Fullness
4.Plackets and fasteners
5.Set in sleeves and sleeves with modified arm.
6.Yoke with or without fullness.
7.Flat collars and rolled collars
8.Patch pocket, seam pocket, bound pocket
9.Facing and Binding
FDS1101CP BASIC FASHION ILLUSTRATION
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire knowledge & importance of color in the fashion world
• illustrate the techniques in fashion sketching
• know about various body shapes
• draw figures in proportion
217
COURSE OUTLINE :
EXPERIMENTS / LAB : 30 Hrs.
LIST OF PRACTICALS:
1.Introduction to Sketching
2.Prang Color Chart
3.Value Chart
4.Intensity Chart
5.Color Harmony- Color Analogous, Color Complimentary-Single Complimentary, Double
Complimentary, Split Complimentary & Triad Color Harmony.
6.Free hand drawing
7.Block Figures – Front View, Back View, Side View, Diagonal View
8.Stick Figures
9.Flesh Figures – Front View, Back View, Side View, Diagonal View
10.Steps to form a figure without a grid
FDS2101FS FASHION COMMUNICATION
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• review the role of digital, broadcast and print media in the creation, communication and
consumption of fashion products and brands.
• interpret text and speeches on fashion promotions
• discuss how a fashion publication works.
• identify and create a portfolio
COURSE OUTLINE :
UNIT-I : ADVANCED WRITTEN COMMUNICATION: 10 Hrs.
Precision writing, Creative Writing, Social Media Publishing, Social Media Review & research
UNIT-II : STRATEGIC FASHION COMMUNICATION: 10 Hrs.
Fashion publication review, Speech preparation, Public Speaking, Promotional Material Study,
Promotional Campaigns, Types of Fashion advertising, IN STORE Visual Merchandising
,Negotiation Skills, Branding & Endorsements.
UNIT-III : Magazine Production PorMAGAZINE PRODUCTION PORTFOLIO CREATION
AND PROMOTION:
10 Hrs.
Working of a fashion publication , media promotion & presentation, Portfolio development, Fashion
shows& runways..
MAGAZINE(S) :
VOGUE, FEMINA, WOMEN’S ERA, COSMOPOLITAN, INSTYLE, ELLE, SAVVY, BAZAAR.
218
FDS2401CM PATTERN DRAFTING AND CONSTRUCTION- KIDS WEAR
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• draw any garment with Bodice variation
• apply different laying and cutting techniques
• design pattern for kids wear
COURSE OUTLINE :
UNIT-I : MEASUREMENTS: 10 Hrs.
Body measurement–importance, measurement preparation for children, women and men.
Standardizing body measurements –importance, techniques used. Relative length and girth
measures in ladies /gentlemen Preparation of fabric for cutting –importance of grain in cutting and
construction, Bias in cutting and construction-steps in preparing the fabric for cutting.
UNIT-II : PATTERN MAKING AND GRADING: 12 Hrs.
Definition of various garment parts - methods of making pattern: drafting method &draping method,
flat pattern. Pattern layout- definition, purpose, rules in layout, types of layouts for stripes checks,
prints, and fabric with bold design, asymmetric designs and one way designs. Grading- definition-
techniques- importance.
UNIT-III : GARMENTS FOR INFANT(0-1year): 12 Hrs.
Drafting and pattern making Bib with Variation in outline shape- Panty with plain or Plastic lined –
Knickers with elastic waist, side pockets
UNIT-IV : KIDS WEAR (1-6years): 14 Hrs.
Drafting and pattern making -Zabla- without sleeve, front open -Magyar sleeve, back opens- -Baba
suit- knicker with chest piece attached- Romper - Petticoat- ‘A’ line petticoat - pleated or gathered
skirt
UNIT-V : GARMENTS FOR SCHOOL CHILDREN ( 6-12 years): 12 Hrs.
Drafting and pattern making. Frock- yoke at chest line, with open, with sleeve, gathered skirt/
circular skirt at waist line-Princess line frock --School uniform for girls-A line - pleated skirt - with
blouse --School uniform for boys-Shorts and shirt.
REFERENCE BOOK(S)
Amstrong, Draping for Apparel Design, United states, Pearson Education Publications, 2007.
Gerry Cooklin, Pattern Grading for Women’s clothing, London, Blackwell Science Ltd, 1990.
Helan Joseph &Amstrong, Pattern Making for Fashion Designers, United states, 4thEdn,
Pearson Education Publications, 2008.
Mary Mathews, Practical Clothing Construction -part I and part-II, Chennai, Cosmic Press,
1986.
Price Zamkoff, Grading techniques for Fashion Designers, New York, Fairchild Publications,
2004.
Zarapker. K. R, Zarapker system of Cutting, Ahmedabad, Navneet Publications Ltd, 2011.
219
FDS2201CP KIDS WEAR
(Lab)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• design kids garments
• construct infant & kids wear
• acquire practical experience in garment making for children
COURSE OUTLINE :
EXPERIMENTS / LAB : 60 Hrs.
LIST OF PRACTICALS:
1. Bib- Variation in outline shape
2. Panty-plain or plastic lined panty –
3. Knicker- elastic waist, side pockets
4. Zabla- without sleeve, front open (or) Magyar sleeve, back opens
5. Baba suit- knickers with chest piece attached (or) Romper
6. Petticoat- A line petticoat (or) petticoat with pleated or gathered waist
7. Frock- yoke at chest line, with open, with sleeve, gathered skirt/ circular skirt at waist line (or)
Princess Line frock
8. School uniform for girls-A line or pleated waist with blouse
9. School uniform for boys-Shorts and Shirt
REFERENCE BOOK(S)
Chris Jefferys, The Complete Book of Sewing, London, Dorling Kindersley Limited, 1986.
Mary Mathews, Practical Clothing Construction – Part I and II, Chennai, Cosmic Press, 1986.
Sewing and Knitting, A Readers Digest, step- by – step guide, Australia, Readers Digest Pvt.
Ltd, 1993.
Zarapker. K. R, Zarapker system of cutting, Ahamedabad, Navneet publications Ltd, 2008.
FDS2401AP ADVANCED FASHION ILLUSTRATIONS
(Lab)
LEARNING OUTCOME : 5 Hrs./Wk.
On successful completion of the course, the student will be able to
• illustrate the draping of costumes
• develop their imagination into the initial designing process
• organize and produce a complete costume
COURSE OUTLINE :
EXPERIMENTS / LAB : 75 Hrs.
LIST OF PRACTICALS:
1.Legs & feet– Principle for drawing the legs, Study for the legs in different views, Motion to the
legs
2.Arms & Hands – Principle of drawing the arms, Arms and hands in different forms, Hand
proportion
220
3.Whole Face in different views-eyes-nose-ears and lips
4.Movement figure – Twisting & Turning, Running, Walking
5.Application of Elements of design on costume
6.Application of Principles of design on costume
7.Techniques in creating textures and patterns
8.Designing by using various color medium – crayon/steadler, Oil pastels, pencil color, line work,
pencil work, stripling, water color, poster color
9.Accessories – Hats, Bags, Scarves and Stoles, Bow and Ties
10.Draping techniques in sketching
11.Modeling figures – Application of corqies
12.Designing work from temple sculptures
13.Illustration on the background of party
14.Illustration on the background of office
15.Designing a costume for Haute Couture
16.Developing a fashion garment based on seasons
17.Designing a garment with theme.
221
Evaluation Pattern
(UG)
Sem Course Code Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
I FDS1401FM FASHION STUDIES SUFDG TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
I FDS1501CM FIBRE AND YARN SCIENCE SUFDG TH 5 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
I FDS1401AT FUNDAMENTALS OF CLOTHING CONSTRUCTION SUFDG LT 3 2 -- -- -- 1 30 1 10 -- -- 1 20 60 40 80 -- -- 2.30 --
I FDS1101CP BASIC FASHION ILLUSTRATION SUFDG LA -- 2 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 1.00
II FDS2101FS FASHION COMMUNICATION SUFDG TH 2 -- 25 25 25 -- -- -- -- -- -- -- -- 75 25 40 -- -- 1.00 --
II FDS2401CM PATTERN DRAFTING AND CONSTRUCTION- KIDS WEAR
SUFDG TH 4 -- -- -- -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
II FDS2201CP KIDS WEAR SUFDG LA -- 4 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
II FDS2401AP ADVANCED FASHION ILLUSTRATIONS SUFDG LA -- 5 -- -- -- -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 2.00
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
222
CENTRE FOR ENTREPRENEURSHIP DEVELOPMENT
PREAMBLE :
To develop vocational skills of the students and instill the seed of entrepreneurship in them
college has entered into Integrated Curricular Model from 2013 batch onwards. A few departments
and centre have proposed Vocational Courses in Semester III.
Sem. Course Code Course Title Offered
To
Hrs./
Week Credit
III BOT3201VI MUSHROOM CULTIVATION ALLM 2 2
III CED3201VI FLOWER MAKING AND FLOWER ARRANGEMENT ALLM 2 2
III CED3202VI BAG DESIGNING ALLM 2 2
III CED3203VI BAKERY AND SWEETMEAT PREPARATION ALLM 2 2
III CED3204VI CUSHION MAKING ALLM 2 2
III CED3205VI DIGITAL PHOTOGRAPHY AND POST PRODUCTION ALLM 2 2
III CED3206VI DOCUMENTARY FILM MAKING (MULTIMEDIA) ALLM 2 2
III CED3207VI FABRIC PAINTING ALLM 2 2
III CED3208VI FOOD PRESERVATION ALLM 2 2
III CED3209VI FUR DOLL MAKING ALLM 2 2
III CED3210VI GLASS PAINTING (2D AND 3D) ALLM 2 2
III CED3211VI JEWEL DESIGNING ALLM 2 2
III CED3212VI JUTE ACCESSORY MAKING ALLM 2 2
III CED3213VI MEDICAL-CODING AND TRANSCRIPTION
(PREPARATORY)
ALLM 2 2
III CED3214VI PAINTING ALLM 2 2
III CED3215VI PAPER ART ALLM 2 2
III CED3216VI PAPER QUILLING ALLM 2 2
III CED3217VI SOUND RECORDING AND VIDEO EDITING
(MULTIMEDIA)
ALLM 2 2
III CED3218VI TAILORING ALLM 2 2
III CED3219VI ZARDOSI AND EMBROIDERY ALLM 2 2
III CHE3201VI TEXTILE-DYEING AND PRINTING ALLM 2 2
III ITM3201VI PC HARDWARE ALLM 2 2
III ZOO3201VI VERMICULTURE ALLM 2 2
III ZOO3202VI ORNAMENTAL FISH MANAGEMENT ALLM 2 2
223
BOT3201VI MUSHROOM CULTIVATION
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• describe and identify edible and non edible mushroom
• equip the skills in oyster mushroom cultivation
• become a successful entrepreneur
COURSE OUTLINE :
UNIT-I : 24 Hrs.
History of mushroom cultivation, classification, external structure of mushroom, types of
mushroom, edible and poisonous, identification of poisonous mushrooms. Nutritive values
of mushrooms. Requirements, Substrate preparation, spawning, preparing bed, pinning
and harvesting Methods of storage - short term storage, long term storage, different
methods of storage, canning of mushrooms, Freeze-drying method, pickling of
mushrooms, vacuum cooling method.
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
TEXT BOOK(S)
Bahl.N., Handbook on Mushrooms, 4th Edition, New Delhi: Oxford and IBH Publishing
Co. Pvt.Ltd., 2009.
REFERENCE BOOK(S)
Kapoor.J.N., Mushroom Cultivation, NewDelhi, ICAR Publication, 1989.
Subrata Biswas, M. Datta, S.V. Ngachan, Mushrooms A Manual for cultivation, New
Delhi, PHI Learning Pvt. Ltd., 2012.
Suman & Sharma, Mushroom – Cultivation and Uses, Jodhpur, Agrobios, 2011.
Tripathi D.P., Mushroom Cultivation, New Delhi, Oxford & IBH Publishing Co. Pvt. Ltd.,
2005.
CED3201VI FLOWER MAKING AND FLOWER ARRANGEMENT
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• make flowers using different materials
• design creative flower arrangements
• become an entrepreneur
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Flower Making and Flower Arrangement: Organdie – Stockings – Imported Ribbon Flower
– Satin Ribbon – Paper Bouquet making.
224
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business.
REFERENCE BOOK(S)
Jane Packer, The Complete Guide to Flower Arranging (e-book), DK Publishing, 1998.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
Rosemary Brinley, Artificial Flower Making (e-book), Dickens Press.
CED3202VI BAG DESIGNING
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the kinds of materials available for bag designing
• design bags with different materials
• become an entrepreneur
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Brazilian Smocked Satin Bag, Draw Shrink Bag and Frilled Bag, Skirt Shaped Bag, Water
Bottle Pouch and Fancy Ladies Bag.
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
Emily Blumenthal, Hand Bag Designer 101(e-book), MBI Publishing Company, 2011.
R.V. Badi, N.V. Badi, Entrepreneurship , New Delhi, Vrinda Publications (P) Ltd., 2005.
Sally Southern, Sewing Pattern for Bags(e-book), F & W Media International, 2011.
CED3203VI BAKERY AND SWEETMEAT PREPARATION
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• understand the basics of baking and sweetmeat making
• bake cakes, cookies and make sweets
• become an entrepreneur
COURSE OUTLINE :
UNIT-I : Preparation of Bakery Products 24 Hrs.
Tea Cake, Chocolates Cake, Cookies, Sweets and Chocolates, Chocolate Bouquets, Visit
to yard
225
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
Aroona Reejhsinghani, Best of Indian Sweets and Desserts(e-book), Jaico Publishing
House, 2001.
Ashok Kumar, Yogambal, Textbook of Bakery and Confectionary (e-book), PHI
Learning Publications, 2010.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
Sanjeev Kapoor, Chocolate (e-book), Popular Prakashan Publications, 2011.
CED3204VI CUSHION MAKING
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply the Brazilian smocking technique in cushion making
• make different kinds of cushions
• become an entrepreneur
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Smocked cushion making in different shapes
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
Clare Cromption, Simple Knits – Cushions and Pillows (e-book), David and Charles
Publications, 2012.
Helen Philipps, Pretty Patchwork – Cushions and Pillows (e-book), David and Charles
Publications, 2013.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
CED3205VI DIGITAL PHOTOGRAPHY AND POST PRODUCTION
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• learn how to "see photographically" that includes developing a fine appreciation for seeing
light and the way light works on photo sensitive materials to produce expressive, elegant
prints
• learn how space works in the frame to create intentional, elegant designs
226
• understand the metaphoric possibilities in the images created that transcend the literalness
of the object(s) photographed
• implement photography post production technique using Photoshop
COURSE OUTLINE :
UNIT-I : 24 Hrs.
The Camera, Rangefinder. Single lens reflex, twin lens reflex, the view camera. Camera
controls: shutter, aperture, light meter, depth of field control, how shutter and aperture work
together. Lenses,focallength.,Filters for black and white film. Film: ISO and grain size,
developing the film properly, reciprocity failure,Massive List of Developing
Times/Termperatures, Develop film videos, print video Photoshop Environment- Tools –
Layers -Brightness and Contrast Correction-Photo Restoration and Retouching-Color
Enhancement and Adjustment Layers-Sharpening Images-Cropping an Image
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business.
REFERENCE BOOK(S)
Colin Smith, Photoshop CS for Digital Photographers(e-book), 1st Edition, Charles
River Media, 2004.
Craven, George M., Object and Image, An Introduction to Photography, New Jersey,
Prentice Hall, Englewood Cliffs, 1990.
Horenstein, Henry, Beyond Basic Photography, A Technical Manual, Boston, Little
Brown and Company, 1977.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
Schaefer, John P., Basic Techniques of Photography AnAnsel Adams Guide, Boston,
Little Brown and Company, 1992.
CED3206VI DOCUMENTARY FILM MAKING (MULTIMEDIA)
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• understand and review films
• develop an idea into an audio visual medium of communication
• film a documentary
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Film Making – Review of Contextually and Socially relevant Documentary Movies – Social
Media Production of Documentary Film as a team – Idea and Script – Schedule – Aspects
related to Camera Handling and Shooting – Editing – Final Product Final Report as a Film
– Film Presentation to the Experts
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
227
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
CED3207VI FABRIC PAINTING
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• prepare designs for fabric painting
• use brush, mix colours and paint on the cloth
• become an entrepreneur
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Fabric Painting –– preparing the cloth for painting – mixing and colouring - decoration and
maintenance
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
Cheryl Rezendes, Fabric Surface Design (e-book), Storey Publishing, 2013.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
Sukaadas, Fabric Art: Heritage of India (e-book), Abhinav Publications, 1992.
CED3208VI FOOD PRESERVATION
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop techniques for food preservation
• maintain quality control in production, as well as storage
• become an entrepreneur
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Food Preservation - Juices and Syrups – Jam - Pickle and Ready-mix - Visit to yard
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
228
REFERENCE BOOK(S)
Janet Chadwick, The Beginner’s Guide to Preserving Food at Home (e-book), Storey
Publications, 2009.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
Shafiur Rahman, Handbook of Food Preservation (e-book), Second Edition, CRC Press,
2007.
CED3209VI FUR DOLL MAKING
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• know the fundamentals of fur doll making
• produce fur dolls and other fur utility items
• initiate self employment
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Doll Making: Teddy Bear, Dog – Fur Pillow - Mobile Phone Pouch
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
Brian Gibbs and Donna Gibbs, The Teddy Bear Making Book (e-book), KHL Printing Co
Pvt Ltd for David and Charles, 2003.
Pamela Peake, The Complete Book of Doll Making: A Practical Step-by-Step Guide
(e-book), Watson-Guptill Publications, 1997.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
CED3210VI GLASS PAINTING (2D AND 3D)
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• differentiate between 2D and 3D glass painting
• produce a 2D and 3D glass painting
• start a business enterprise
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Glass painting - 2D and 3D
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
229
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
Anne Dimock, Reverse Glass Painting (e-book), Stackpole Books, 2010.
Nat Hubert John Westlake, A History of Design in Painted Glass (e-book), J. Parker and
Company Publications, 1981.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
CED3211VI JEWEL DESIGNING
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• understand the basics of jewellery making
• creatively use pearls, stones and other materials to make jewellery
• become an entrepreneur
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Jewel Designing - Pearl Stud - Antique Set – Semi-precious Beads Set – Gun Metal Set –
Crystal Set
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
J. Marsha Michler, Bead & Wire Art Jewelry: Techniques & Designs for all Skill Levels
(e-book), Krause Publications Craft, 2006.
Janet Evans, Making Costume Jewelry: An Easy & Complete Step by Step Guide (e-
book), Speedy Publishing LLC, 2013.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
CED3212VI JUTE ACCESSORY MAKING
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• understand the basics of jute and its usage
• know how to make jute bags, files, pouches and jewellery
• become an entrepreneur
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Jute Bag, Jute Jewellery and Jute Folders
230
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
CED3213VI MEDICAL-CODING AND TRANSCRIPTION (PREPARATORY)
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• understand the language of Medicine
• know Medical Coding essentials
• do an advanced level course on Medical Coding and Transcription and become a medical
transcriptionist
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Basic Word Structure, Combining Forms and Terms – Prefixes and Suffixes – Pharma –
Radiology – Oncology - Gastroenterology and Urogenital - Cardiovascular and Respiratory
- Musculoskeletal and Neurology - Dermatology – Ophthalmology and ENT – Hematology,
Lymphatic, Immunology and Endocrinology – Practical Applications Ground Rules, Basic
Titles, Physicians’ Hospital Coding and Work Types – Pharmacological Units and
Measurements with Numbers, Figures, Acronyms and Special Symbols – Clinical
Abbreviations and Laboratory Data – The AAPC, Responsibilities, Ethics and HIPAA –
Usage of Search Engines, Application Software and Standard References Medical English
Basics – Americanism for Coders – Operational Methods, Billing Services, Coding,
Charges and Audit – AR analysis, AR callers and Submitting – Guidelines of CPT (Current
Procedural Coding) – ICD (International Classification of Diseases) 9CM, HCPCS
(Healthcare Common Procedure Coding System – Pre-evaluation and Evaluation
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
Jha Alok and Arora Priyanka, Medical Transcription Made Easy, first, Chennai,
Macmillan Publishers India Ltd., 2009.
Karonne J. Becklin, Edith M, Sunnarborg, Medical Office Transcription, second, New
York, MacGraw-Hill Higher Education, 2002.
R.V.Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (p) Ltd, 2005.
231
CED3214VI PAINTING
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• handle brushes and draw pictures using different strokes
• trace and paint on glass pots, aluminium sheet and emboss with colours
• start their own business
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Glass Painting and Emboss Painting - Pot Painting and Still Life Painting
UNIT-II : Entrepeurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
Jerry Yarnell, Paint Along with Jerry Yarnell Volume One - Painting Basics (e-book),
North Light Books, 2000.
Mitchell Albala, Landscape Painting: Essential Concepts and Techniques for Plein Air
and Studio Practice (e-book), Random House LLC, 2011.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (p) Ltd, 2005.
CED3215VI PAPER ART
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• make stationery and gift articles for various occasions
• create paper jewellery
• start their own ventures
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Paper Art - Stationery – Paper Jewellery - Gift Articles
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
Maria Luisa Mejorada, Paper Art:Designs, Paintings and Crafts (e-book), Palibrio
Publications, 2012.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (p) Ltd, 2005.
232
CED3216VI PAPER QUILLING
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify different type of paper and handle tools that are used for making paper products
• make paper jewellery and other paper products
• become an entrepreneur
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Paper Jewellery – Greeting Cards – Pen Holders– Quilled Jewel Boxes – Wall Hanging
(two types)
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
Maria Luisa Mejorada, Paper Art:Designs, Paintings and Crafts (e-book), Palibrio
Publications, 2012.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (p) Ltd, 2005.
CED3217VI SOUND RECORDING AND VIDEO EDITING (MULTIMEDIA)
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• understand and apply skills in advanced audio production techniques including recording,
editing, mixing various audio projects
• demonstrate knowledge and skill in advanced video production techniques including
recording and editing
• serve as an internship or start employment at an entry level position in a recording studio
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Editing as an Art and Craft of Film & Television – Role of the Editor and her Relationship
with the Director Video Editing Theory and Practice – Film versus Video Editing – The
Video Cassette Recorder and the Recording of Television Programme Tape to Tape Video
Editing System – Digital – Computer as a Tool of Editing – Picture Transitions
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
233
REFERENCE BOOK(S)
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (p) Ltd, 2005.
CED3218VI TAILORING
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• measure, cut and stitch the cloth
• cut and stitch dresses, inner wear and children’s apparel
• start a tailoring unit
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Inner Garments – Children’s apparel
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (p) Ltd, 2005.
CED3219VI ZARDOSI AND EMBROIDERY
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire knowledge of traditional Indian embroidery and surface ornamentation techniques
• do zardosi, bead work and mirror work
• setup home-made embroidery unit
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Embroidery - Shishas – Zardosi – Applique – Satin Ribbon – free hand
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (p) Ltd, 2005.
234
CHE3201VI TEXTILE-DYEING AND PRINTING
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• know the pretreatment methods
• develop the skills in dyeing
• develop skills in printing
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Introduction, Pretreatment – scouring, bleaching Dyeing: Direct dyes (cotton, jute and
synthetic fibers), Natural dyes, Tie and dye Printing: Batik, Screen (Demonstration)
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
Badi R.V., Badi N.V., Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
STUDY MATERIAL(S) :
• Textile Wet Processing, The Directorate of Technical Education, Tamilnadu (e-
book)
ITM3201VI PC HARDWARE
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• become familiar with tools and test equipment used.
• troubleshoot the hardware and software problems.
• Start her own venture
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Motherboard components and its operation- internal and external connections of the
motherboard- BIOS setup utilities and its functions. Magnetic storage: Hard Disk
components-working and specifications-Floppy Disk Components-architecture and
working-Peripheral Devices: Mouse-Architecture and working-Troubleshooting Mouse-
Keyboard - Architecture and working-Troubleshooting Keyboard DOS commands-hard disk
partitioning-Installation of OS and software-Tools and techniques to troubleshoot the
components of PC-Introduction to networking technology.
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
235
TEXT BOOK(S)
Craig Zacker, John Rourke, PC Hardware , 2nd Edition, New Delhi: Tata MC-Graw Hills,
2006.
REFERENCE BOOK(S)
Blgelow, Troubleshooting, Maintaining and Preparing PCs , New Delhi, TATA McGraw-
Hill, 2001.
WEBSITE(S) :
• www.pcguide.com
• www.pccomputernotes.com
• www.hardwarecentral.com/hardwarecentral/tutorials
ZOO3201VI VERMICULTURE
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• segregate house-hold waste into degradable and non –biodegradable waste and process
the former to produce bio fertilizer.
• appreciate the contribution of earthworms to soil fertility, and as a protein source for animal
feed.
• start a low-investment, income -generating enterprise at home.
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Definition and objectives of vermiculture – production of vermicompost, fish and pet feed,
Earthworms as ‘farmers’ friends’ and ‘solid waste managers’; contribution to organic
farming, income – generating enterprise with a small investment. Role played by
earthworms in soil fertility – the significance of their digestive system and gut- microbial
fauna and flora. Common earthworms used in vermiculture and their eco-physiology –
Perionyx excavatus, Lampito mauritii, Eudrilus eugineae and Eisenia foetida – epigeics,
anecics, hypogeics.Ideal conditions for culturing worms-importance of moisture and shade,
shielding from light and heat, protection from rain and predators. Process of
vermicomposting as a means of income; waste as a misplaced resource and source -
segregation of degradable waste; vermicompost tea ( Vermiwash ). Requirements for
vermicomposting within houses and apartments and in gardens – containers and
parameters to be maintained. Separation of worms, sieving, weighing and packaging of
vermicompost.Processing earthworms for animal feed. ACTIVITY - Segregation of house-
hold green waste and preparation of vermicompost, analysing N,P,K value of the
vermicompost, preparation of vermicompost tea, observation of a vermicompost –treated
plant with an untreated plant.
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
236
REFERENCE BOOK(S)
Ismail S.A., Vermicology – The Biology of Earthworms, , New Delhi, Orient Longman
Ltd. Chennai, 1997.
Kale R.D., Earthworm – Cinderella of Organic Farming, India, Prism, 1998.
Kale R.D., Earthworms – Crown Jewel of Organic Farming– A memoir, Bangalore,
N.D. Kale, 1998.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
RanganathanL.S., Vermibiotechnology, Jodhpur, Agrobios (India), 2006.
ZOO3202VI ORNAMENTAL FISH MANAGEMENT
(Vocational Course)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• understand the various culture techniques in ornamental fish keeping
• have an idea on effective management of ornamental fishes
• set - up and maintain an aquarium and be involved in entrepreneurial ventures
COURSE OUTLINE :
UNIT-I : 24 Hrs.
Introduction to aquaculture, Fish biology – buoyancy- movement – breathing – respiration –
digestion – Reproduction. Ornamental fish culture: introduction – common ornamental
fishes (Rosy barb, Angel fish, Gowrami, blackmolly, Guppy and Common gold fish). -
Identification of aquatic plants and ornamental fish Feeds and Feeding habits: Fish feeds –
Natural and artificial feeds. Feeding habits – Spawning.Fish health and diseases.
(Ulcerations, Lymphocystis) -Preparation of fish feed Setup and maintenance of an
aquarium – Physical , Chemical and biological factors of a tank – Choice of fish and
aquatic plants – care of the aquarium – commercial aspects of aquarium -Setup an
aquarium - Visit to fish farms
UNIT-II : Entrepreneurship 6 Hrs.
Concept of Entrepreneurship – Qualities of Entrepreneurs – Product Selection –
Institutional Support – DIC, SISI, SIDCO, Industrial Estates – Sources of Finance –
Government Assistance – Preparation of cash book and statement of cost and profit –
Advertising and sales promotion for small business
REFERENCE BOOK(S)
Cherunilam. F, Fisheries: Global perspective and Indian Development, New Delhi,
Himalaya Publishing House, 1993.
Jhingran V.G., Fish and Fisheries of India, New Delhi, Hindustan Publishing Corporation,
1983.
Misra. S.R., Fisheries in India, New Delhi, Ashish Pub. House, 1987.
Parihar.R.P., A Text Book of Fish biology and Indian Fisheries, Allahabad, Central
Publishing House., 1994.
Paulraj S., Aquaculture for 2000 AD, Palani, Palani Paramount Publications, 1996.
R.V. Badi, N.V. Badi, Entrepreneurship, New Delhi, Vrinda Publications (P) Ltd., 2005.
Vierke.J., Your Home Aquarium, U.S.A., T.F.H. Publication Inc., 1991.
237
Courses offered to Vocational Courses (UG)
Sem Course Code Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE
Assm-1 Assm-2 Quiz Total
TH LA RM RM No RM
III BOT3201VI MUSHROOM CULTIVATION ALLM VC 2 -- 40 40 1 20 100
III CED3201VI FLOWER MAKING AND FLOWER ARRANGEMENT ALLM VC 2 -- 40 40 1 20 100
III CED3202VI BAG DESIGNING ALLM VC 2 -- 40 40 1 20 100
III CED3203VI BAKERY AND SWEETMEAT PREPARATION ALLM VC 2 -- 40 40 1 20 100
III CED3204VI CUSHION MAKING ALLM VC 2 -- 40 40 1 20 100
III CED3205VI DIGITAL PHOTOGRAPHY AND POST PRODUCTION ALLM VC 2 -- 40 40 1 20 100
III CED3206VI DOCUMENTARY FILM MAKING (MULTIMEDIA) ALLM VC 2 -- 40 40 1 20 100
III CED3207VI FABRIC PAINTING ALLM VC 2 -- 40 40 1 20 100
III CED3208VI FOOD PRESERVATION ALLM VC 2 -- 40 40 1 20 100
III CED3209VI FUR DOLL MAKING ALLM VC 2 -- 40 40 1 20 100
III CED3210VI GLASS PAINTING (2D AND 3D) ALLM VC 2 -- 40 40 1 20 100
III CED3211VI JEWEL DESIGNING ALLM VC 2 -- 40 40 1 20 100
III CED3212VI JUTE ACCESSORY MAKING ALLM VC 2 -- 40 40 1 20 100
III CED3213VI MEDICAL-CODING AND TRANSCRIPTION (PREPARATORY) ALLM VC 2 -- 40 40 1 20 100
III CED3214VI PAINTING ALLM VC 2 -- 40 40 1 20 100
III CED3215VI PAPER ART ALLM VC 2 -- 40 40 1 20 100
III CED3216VI PAPER QUILLING ALLM VC 2 -- 40 40 1 20 100
238
III CED3217VI SOUND RECORDING AND VIDEO EDITING (MULTIMEDIA) ALLM VC 2 -- 40 40 1 20 100
III CED3218VI TAILORING ALLM VC 2 -- 40 40 1 20 100
III CED3219VI ZARDOSI AND EMBROIDERY ALLM VC 2 -- 40 40 1 20 100
III CHE3201VI TEXTILE-DYEING AND PRINTING ALLM VC 2 -- 40 40 1 20 100
III ITM3201VI PC HARDWARE ALLM VC 2 -- 40 40 1 20 100
III ZOO3201VI VERMICULTURE ALLM VC 2 -- 40 40 1 20 100
III ZOO3202VI ORNAMENTAL FISH MANAGEMENT ALLM VC 2 -- 40 40 1 20 100
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
239
CENTRE FOR ENVIRONMENTAL STUDIES
PREAMBLE :
Centre for Environmental Studies proposes the following changes:
The course offered under Part V programme- EAP0103C Environmental Awareness Programme
(Appendix AN) has been changed to LEB0105C LDC ECO BRIGADE which will be offered from 2014-15.
Other Courses offered by the Department
Sem. Course Code Course Title Offered
To
Hrs./
Week Credit Passed in
II ENV2201NI HUMAN ENVIRONMENT AND SOCIETY ALLM 2 2
ENV2201NI HUMAN ENVIRONMENT AND SOCIETY
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognise the various life support systems of natural environment
• analyse the local, global scales of human impacts on the environment
• relate facts, concepts, and methods from multiple disciplines and apply to environment
[management strategies
COURSE OUTLINE :
UNIT-I : INTRODUCTION 8 Hrs.
The Seven Environmental Principles, Multidisciplinary nature of environmental science.
Ecosystem – Concepts, structure (Biotic & abiotic) and function, Energy flow, Food chain, Food
webs, Ecological pyramids. Characteristic features of forest and aquatic Ecosystems. Biodiversity-
Levels, India as a mega Biodiversity nation, Hotspots, value &threat to biodiversity and
conservation- wild life sanctuaries, national parks and sacred groves.
UNIT-II : NATURAL RESOURCES 8 Hrs.
Renewable and Non – renewable resources- Natural resources Forest, Water, Mineral , Food
energy & Soil resources. Non- conventional energy – solar, wind, tide and biomass- Energy
plantations, Management of resources and disaster-case studies.
UNIT-III : SOCIAL ISSUES AND THE ENVIRONMENT 8 Hrs.
Problems related to urbanization, Industrialization – global warming, pollution of Air, land,
water and noise . Wastes- Types of wastes, solid waste management, waste to energy techniques,
population explosion, deforestation, consumerism, tourism, Impact of advances in technology.
UNIT-IV : ENVIRONMENTAL ETHICS 6 Hrs.
Environmental world views –human, life & earth centered, Attitudes of major religions towards
environment, Alternative life style and globalization, sustainable and equitable use of resources –
ecological foot printing.
REFERENCE BOOK(S)
Cunningham, W. P and Saigo, B. W., Environmental Science – A Global Concern, 3rd ed.,,
London, Wm.C.Brown Publishers, (1995)..
240
Dhar, D.N. Vaish, T.and Kumar, S, Environmental Science & Ethics, New Delhi, Vayu Education
of India, (2009)..
Karpagam, M. and Jaikumar, G, Green management Theory and applications, 1st ed.,, New
Delhi, Ane Books Pvt Ltd, (2010)..
Miller,T.G.(Jr.), Living in the Enviroment –Principles, Connections and Solutions, 9thed, USA,
Wadsworth Publishing Company., (1996).
Misra,S.P. and Pandey, S.N., Essential environmental studies, 1st ed, New Delhi, Ane Books
Pvt Ltd., 2008.
STUDY MATERIAL(S) :
Essentials of Environmental Education. 2014. Madurai, Tamil Nadu: Lady Doak College
publication.
LEB 0105C - LDC ECO BRIGADE
(Applicable to students from 2014 batch onwards)
LEARNING OUTCOME 80 Hours
On completion of the course the student will be able to
• recognize the value of environment and the need to conserve them
• analyse the various environmental issues and impact on all life.
• develop a concern for the environment and become an environmentally sensitive citizen.
Theory: 20 Hours
Environment & Society
I. Environmental conservation
II. Environmental issues towards sustainable future
Field work and activities 60 Hours
1. Nature walk
➢ Tree walk
➢ Bird watching
2. Greening of campus
➢ Plant adoption
3. Campaigning within and outside college-Through Rally, film shows
4. Eco -verse writing, Eco Calendar/Personal Eco diary/Documentary film making
5. Street theatre- learning & performance in the village with the NSS
6. Promoting awareness in schools and villages
7. Visit to Effluent treatment plants & Recycling units and other places of relevance
8. Activities towards Zero waste campus
➢ Solid waste audit
➢ Campus Environment audit
9. Newsletter
A Student is expected to participate in any FIVE of the mentioned activities
and submit suitable reports for evaluation
241
EVALUATION PATTERN
Courses offered to other Departments (UG)
Sem Course Code Course Title Offered
To
Cour.
Type
Total
Hrs./
Week
FORMATIVE SUMMATIVE
CA1 CA2 CA3 Test Assn Quiz FLab
Total
Theory Lab Viva Exam
Hrs.
TH LA RM RM RM No RM No RM No RM No RM RM GM RM RM TH Lab
II ENV2201NI HUMAN ENVIRONMENT AND SOCIETY ALLM TH 2 -- -- -- -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
LEB 0105C - LDC ECO BRIGADE
Components Marks
Theory test 20
Participation & Involvement 30
Documentation 50
242
CENTRE FOR WOMEN'S STUDIES
PREAMBLE :
The Centre for Women's Studies proposes the revised course content of Women's Studies to be
offered under Part IV of the Integrated Curricular Model to the UG students Value Based courses
from 2014 . Elective course is being presented for the PG programme to be offered from 2014.
Sem. Course Code Course Title Offered
To
Hrs./
Week Credit
Passed
in
I PGV0113V FOUNDATION COURSE ON WOMEN'S
STUDIES
ALLM 2 1
II PGV2101V PERSPECTIVES ON GENDER ALLM 2 1
III PGW3421E GENDER AND DEVELOPMENT ALLM 4 4
IV / V VBC0201FV FOUNDATION COURSE ON WOMEN'S
STUDIES
ALLM 2 2
IV / V VBC0202FV HUMAN RIGHTS AND DUTIES ALLM 2 2
VBC0201FV FOUNDATION COURSE ON WOMEN'S STUDIES
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the roots and structures of inequality between women and men from which
arise the power relations that discriminate and subordinate women.
• identify the multifaceted roles played by women in the family, socially and professionally.
• interpret the challenges women confront that seek to undermine their potential, limit
available choices and restrict mobility.
• examine the role and growth of women as catalysts and change agents in moving
towards a just world.
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO CONCEPTS AND THEMES 8 Hrs.
Define Gender and sex – Distinctions between gender and sex -gender and socialisation-
agents of socialisation - gender stereotyping- Gender Polarization - Androcentrism –
masculinity and femininity- Power Relations – Matriarchy - Patriarchy- Biological
Determinism- Private vs Public space- personal is political – Inter connections of Gender
relations in the changing contexts – Gender Equality and Gender Equity.
UNIT-II : GENDER ROLES OF WOMEN 5 Hrs.
Women’s Role in the Family & Society- Productive- Reproductive and Community Roles-
Role in gender attitudes - debates on measuring household work- challenges of valuing
women’s work- invisibility and unpaid labour - changing gender roles- increasing
economic participation of women - Challenges in the care economy in Family and State -
Women’s participation in governance and public space- professional roles.
243
UNIT-III : ISSUES AND CHALLENGES 12 Hrs.
The girl child – Decline in Child Sex Ratio –son preference and sex selective abortions-
role of Assisted Reproductive technologies and gender – MTP and PCPNDT ACT 1994
[Pre Conception and Pre Natal Diagnostic Technique ACT.
Gender and Health – Malnutrition - Vicious cycle of poor health – Women’s mental health
- Gender in contraceptive and sterilization techniques – Understand our Bodies –
Menstrual hygiene and others.
Violence against women – Violence in Public and Private spheres - Different forms of
violence - - Vishaka Guidelines on Sexual Harassment at the Workplace – Sexual
Harassment at the Workplace (PREVENTION, PROHIBITION AND REDRESSEL) ACT,
2013 - Protection of Women from Domestic Violence ACT 2005 – Legislations for
protecting children from child abuse – CONVENTION ON ELIMINATION OF ALL
FORMS OF DISCRIMINATION AGAINST WOMEN - CEDAW.
Women in Media – Gender Stereotyping and Objectification – Women’s body – A Market
for beauty products industry – Beauty Stereotypes.
Decision making power and Social Power of women - Women’s education - skills -
capacity building - resources- Assets - Credit – Infrastructures
UNIT-IV : TOWARDS A JUST WORLD – WOMEN AS CATALYSTS AND
CHANGEMAKERS
5 Hrs.
Stories of women who have challenged patriarchal norms - The story of Betty Freidan –
Krishnammal Jaganathan – Soundaram, Annai Veeramal- Chinnapillai- Indira Jeyasingh,
Aruna Roy.
An introduction to Self Defense in the event of physical assaults – Practical
demonstrative sessions.
REFERENCE BOOK(S)
Kak, Shakthi., Pati, Biswamoy.,, Exploring Gender Equations in Colonial and Post
Colonial India, New Delhi, Nehru Memorial Museum & Library, 2001, Chapters: 1st & II
chapters.
Majumdar, Maya., Encyclopedia of Gender Equality through Women Empowerment,
1st Edition, I & II, New Delhi, SARUP & SONS,, 2001.
Ratnakumari, B.,, Gender and Globalizaion – A Comparative Perspective Between
Europe and India, New Delhi, Kanishka Publishers & Distributors,, 2010.
WEBSITE(S) :
• http://ncw.nic.in
• http://www/nawoindia.org/national alliance of women
• www.iimidr.ac.in/iimi/images/IIM/CCSH_GOI_Instructions.pdf
• http://www.un.org/womenwatch/daw/cedaw
• http;//www.un.org/womenwatch/daw/ECOSOC
244
PGV0113V FOUNDATION COURSE ON WOMEN'S STUDIES
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the roots and structures of inequality between women and men from which
arise the power relations that discriminate and subordinate women.
• identify the multifaceted roles played by women in the family, socially and professionally.
• interpret the challenges women confront that seek to undermine their potential, limit
available choices and restrict mobility.
• examine the role and growth of women as catalysts and change agents in moving
towards a just world.
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO CONCEPTS AND THEMES 8 Hrs.
Define Gender and sex – Distinctions between gender and sex -gender and socialisation-
agents of socialisation - gender stereotyping- Gender Polarization - Androcentrism –
masculinity and femininity- Power Relations – Matriarchy - Patriarchy- Biological
Determinism- Private vs Public space- personal is political – Inter connections of Gender
relations in the changing contexts – Gender Equality and Gender Equity.
UNIT-II : GENDER ROLES OF WOMEN 5 Hrs.
Women’s Role in the Family & Society- Productive- Reproductive and Community Roles-
Role in gender attitudes - debates on measuring household work- challenges of valuing
women’s work- invisibility and unpaid labour - changing gender roles- increasing
economic participation of women - Challenges in the care economy in Family and State -
Women’s participation in governance and public space- professional roles.
UNIT-III : ISSUES AND CHALLENGES 12 Hrs.
The girl child – Decline in Child Sex Ratio –son preference and sex selective abortions-
role of Assisted Reproductive technologies and gender – MTP and PCPNDT ACT 1994
[Pre Conception and Pre Natal Diagnostic Technique ACT.
Gender and Health – Malnutrition - Vicious cycle of poor health – Women’s mental health
- Gender in contraceptive and sterilization techniques – Understand our Bodies –
Menstrual hygiene and others.
Violence against women – Violence in Public and Private spheres - Different forms of
violence - - Vishaka Guidelines on Sexual Harassment at the Workplace – Sexual
Harassment at the Workplace (PREVENTION, PROHIBITION AND REDRESSEL) ACT,
2013 - Protection of Women from Domestic Violence ACT 2005 – Legislations for
protecting children from child abuse – CONVENTION ON ELIMINATION OF ALL
FORMS OF DISCRIMINATION AGAINST WOMEN - CEDAW.
Women in Media – Gender Stereotyping and Objectification – Women’s body – A Market
for beauty products industry – Beauty Stereotypes.
Decision making power and Social Power of women - Women’s education - skills -
capacity building - resources- Assets - Credit – Infrastructures
245
UNIT-IV : TOWARDS A JUST WORLD – WOMEN AS CATALYSTS AND
CHANGEMAKERS
5 Hrs.
Stories of women who have challenged patriarchal norms - The story of Betty Freidan –
Krishnammal Jaganathan – Soundaram, Annai Veeramal- Chinnapillai- Indira Jeyasingh,
Aruna Roy.
An introduction to Self Defense in the event of physical assaults – Practical
demonstrative sessions.
REFERENCE BOOK(S)
Kak, Shakthi., Pati, Biswamoy, Exploring Gender Equations in Colonial and Post
Colonial India, New Delhi, Nehru Memorial Museum & Library, 2001, Chapters: 1st & II
chapters.
Majumdar, Maya, Encyclopedia of Gender Equality through Women Empowerment,
1st Edition, I & II, New Delhi, SARUP & SONS, 2001.
Ratnakumari, B, Gender and Globalizaion – A Comparative Perspective Between
Europe and India, New Delhi, Kanishka Publishers & Distributors, 2010.
WEBSITE(S) :
• http://ncw.nic.in
• http://www/nawoindia.org/national alliance of women
• www.iimidr.ac.in/iimi/images/IIM/CCSH_GOI_Instructions.pdf
• http://www.un.org/womenwatch/daw/cedaw
• http;//www.un.org/womenwatch/daw/ECOSOC
PGV2101V PERSPECTIVES ON GENDER (ADVANCED COURSE FOR PG
STUDENTS)
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• critically analyse gender issues in the context of social, political, economic and cultural
development.
• identify the role and contributions of women.
• think of alternatives to the present gender order.
COURSE OUTLINE :
UNIT-I : 10 Hrs.
Introduction to Gender – Study of Cognitive Theory - Jean Piaget, Kohlberg, Sandra Bem
and Social learning Theory, on understandings of Gender – Socialisation – Agents of
socialisation - Gender and Power Relations – Gender in Caste & Class – Gendered
Divisions of Labour – Practical Needs and Strategic Needs – Feminism – types and
mainstream critiquing of feminism- Changing perspectives.
UNIT-II : 12 Hrs.
Women and Development – The changing status of women (in the economic, social,
political, legal and cultural aspects) in the Indian and Inter-national Arena - The
promotion of social security measures by the State, such as the employment guarantee
scheme, food security, public distribution systems, and other such anti-poverty
measures.
246
Structural Adjustment Programs – Liberalisation - Globalisation – Impacts of
Globalisation on women- Opportunities created and threats- Increased presence of
women in the unorganized sector – absence of job security- poor working conditions -
Reduction of subsidies on health, education and welfare impacting upon women –
Impacts of major Development Projects such as the Narmada Dam on Women –
Resettlement issues - feminisation of poverty - commoditisation of women.
UNIT-III : 8 Hrs.
New Gender Order – Equality and Empowerment – Government action on growth of
women - - Building capacities of women – Female Literacy and social sector
development - Gender Budgeting and Gender Auditing – Gender Mainstreaming - Setting
Directions for change – Case Studies.
REFERENCE BOOK(S)
John Desrochers, Towards a Debate on Development, Bangalore, CSA, 2000.
Joni C. Joseph, Mass Media and Rural Development, Jaipur, Rawat Publications,
1997, Chapters: 6,8.
M.P Torado and Smith, Economic Development, New Delhi, Pearson Education, 2004,
Chapters: 1,4,5,6,7,9,10,11,12,16.
Pam Rajput, Hem Lata Swarup, Women and Globalisation: Reflections, options and
strategies, New Delhi, Ashish Publishing House, 1994, Chapters: 3,4,5,6,14,15,16,19.
PGW3421E GENDER AND DEVELOPMENT
(Theory)
LEARNING OUTCOME : 4 Hrs./Wk.
On successful completion of the course, the student will be able to
• have an understanding of the key concepts and theories relating to gender &
development
• map and analyse perspectives, issues and debates in the field of development from
gender perspectives
• understand National/State Initiatives for Gender Equity
COURSE OUTLINE :
UNIT-I : Theories and Approaches on Gender 10 Hrs.
Gender Theories – Power Relations - Gender and Caste, Class, Patriarchy & Age -,
Gender and Labour; Gender and sexuality – Gender and violence - Empowerment -
Approaches - WID, WAD & GAD-Capabilities approach of Martha Naussmb and Sen-
Sustainable Development.
UNIT-II : Gender and development 15 Hrs.
Gender and the development process – Statistical profile of women in the labour market
– Formal and Informal Labour – Family Income and wages - health care and food -
Changing pattern of labour market - shifts towards self employment- outsourcing –
contract labour - Social exclusion of women- need for inclusion into the development
process - women’s involvement in natural resource management – Depletion of natural
resources due to development projects and its impacts on women’s survival chances.
UNIT-III : Globalisation and Gender Issues 10 Hrs.
Changing Gender roles- Impact of globalization on education, employment, health and
culture- - Gender and Livelihood - Withdrawal of State - feminisation of poverty - Self-
employed women and non availability of resources such as Land, Credit, Infrastructures,
and other assets/resources.
247
UNIT-IV : Gender Networking and Power 15 Hrs.
Women Organizing for Social Transformation: Shifts in Forms and Strategies –
Contemporary Challenges- Agency and Activism-political movement-Mapping different
forms of women’s activism-NGO’s- SHG’s - Investigating new alliances, complexities and
formations of power-Empowerment models - Mainstreaming gender in India –
approaches to gender equality and gender equity - policy and process- Plans, reports &
Commissions.
UNIT-V : Gender analysis and Research Report 10 Hrs.
What is gender analysis – application of gender analysis - Introduction to gender analysis
tools and frameworks.
REFERENCE BOOK(S)
Boserup E, Women's Role in Economic Development, London, George Allen and
Unwin Ltd, 1970.
Chanana K and Krishnaraj M., Gender and the Household Domain, New Delhi, Sage
publications, 1989..
Cornwall A., Harrison E., Whitehead A., Feminisms in Development: Contradictions,
Contestations and Challenges, Zuban, New Delhi, 2008.
Ghosh J, Never Done and Poorly Paid:Women’s Work in Globalizing India, New
Delhi, Women Unlimited, 2009.
John Mary and Janaki Nair, A Question of Silence: Sexual Economies of Modern
India, New Delhi, Kali for Women, 1998.
Kannabiran Kalpana, Violence of Normal Times, New Delhi, 2005.
Parrot, Andrea; and Nina Cummings, “Female Genital Cutting,” Forsaken Females:
The global Brutalization of Women, New York, Rowman & Littlefield Publishers Inc.,
2006.
Purushothaman S., The empowerment of women in India : Grassroots Women's
Networks and the State, New Delhi, Sage Publications, 1998.
Seth, M., Women and Development: The Indian Experience, New Delhi, Sage
Publications, 2000.
WEBSITE(S) :
http://www.un.org/millenniumgoals
STUDY MATERIAL(S) :
Human Development Reports, Government of Tamilnadu ‘Towards Equality’, Department
of Social Welfare, Ministry of Education, New Delhi, 1975.
248
Courses offered to other Departments (UG)
Sem Course Code
Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE
Total Assn OSS Test
TH LA RM RM RM
IV / V VBC0201FV FOUNDATION COURSE ON WOMEN'S STUDIES ALLM TH 2 -- 10 10 20 40
IV / V VBC0202FV HUMAN RIGHTS AND DUTIES ALLM TH 2 -- 10 10 20 40
TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
Sem Course Code
Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE
Total Seminar Class
Participation Class Assn.
Home Assn.
TH LA RM RM RM RM
I PGV0113V FOUNDATION COURSE ON WOMEN'S STUDIES ALLM TH 2 -- -- 10 20 20 50
II PGV2101V PERSPECTIVES ON GENDER ALLM TH 2 -- -- 10 20 20 50
TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
Sem Course Code
Course Title Offer
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
Test Assn
Seminar FLab Total
Theory Lab Viva
Exam Hrs.
TH LA No RM No RM No RM RM GM RM TH Lab
III PGW3421E GENDER AND DEVELOPMENT ALLM TH 4 -- 2 1
40 20
-- -- -- -- 60 40 80 -- 2.30 --
TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
249
CURRICULUM PLANNING AND EVALUATION CELL
• Non-Major Elective courses are broad-based Interdisciplinary courses jointly framed by ANY two
departments and offered in Semesters III and IV under Integrated Curricular Model. The course profile,
course contents and evaluation pattern are presented
• The credits of 'Core Communicative Skills' offered in Semesters I and II are changed from 1 to 2.
• The course code of Human Rights and Duties is changed from VBC0102V to VBC0202FV
• The Practical Functional Application components have been included in Part-I Tamil / Hindi / French
and Part-II English.
Sem. Course Code Course Title Offered To Hrs./ Week Credit Passed in
III BACS3201EP ADVERTISING ALLM 2 2
III BASS3201EI INTRODUCTION TO SELF ALLM 2 2
III BOCO3201EI GREEN PRACTICES IN PRODUCTION AND
MARKETING
ALLM 2 2
III BOEN3201EI ECOLOGY AND LITERATURE ALLM 2 2
III BOPE3201EI NUTRITION AND FITNESS ALLM 2 2
III BOTA3201EI TAMIL AND BOTANY ALLM 2 2
III BTCH3201EI NATURE INSPIRED NANOTECHNOLOGY ALLM 2 2
III BTCO3202EI FOOD SAFETY AND CONSUMERISM ALLM 2 2
III CACO3201EI e-ADVERTISING ALLM 2 2
III CHSS3201EI CRIMINOLOGY AND FORENSICS ALLM 2 2
III CHZO3201EI FOOD, NUTRITION & HEALTH CARE ALLM 2 2
III COCS3201EP MULTIMEDIA FOR BUSINESS APPLICATIONS ALLM 2 2
III COCS3202EP DATA ANALYSIS AND INTERPRETATION
USING STATISTICAL PACKAGE
ALLM 2 2
III COHI3202EI MADURAI TOURISM ALLM 2 2
III COLA3201EI LAW FOR DAY-TO-DAY LIFE ALLM 2 2
III COMA3201EI FOUNDATION COURSE IN MATHEMATICS
AND COMMERCE FOR COMPETITIVE
EXAMINATIONS
ALLM 2 2
III COSS3201EI CORPORATE SOCIAL RESPONSIBILITY ALLM 2 2
III CSEN3201EI ENGLISH FOR E-PRESENTATION ALLM 2 2
III CSEN3202EP ANIMATION FOR LANGUAGE AND
LITERATURE
ALLM 2 2
III CSHN3201EP COMPUTER DOCUMENTATION TOOL FOR
HINDI
ALLM 2 2
III CSMA3201EI BASICS IN DISCRETE MATHEMATICS ALLM 2 2
III CSZO3204EP ALGORITHMS IN COMPUTATIONAL BIOLOGY ALLM 2 2
III ECHI3201EI INDIA AND THE WORLD ALLM 2 2
250
III ECMA3201EI BASICS OF PERSONAL FINANCE ALLM 2 2
III ENFR3201EI SPOKEN FRENCH ALLM 2 2
III ENPH3201EI SIGNS IN SCIENCE FICTION FILMS ALLM 2 2
III HIMA3201EI HISTORY AND MATHEMATICS FOR
COMPETITIVE EXAMINATIONS
ALLM 2 2
III NCCE3201EE ORGANIZATION AND SOCIETAL SERVICES IN NCC
ALLM 2 2
III PEZO3201EI HEALTH CARE AND PHYSICAL FITNESS ALLM 2 2
III PHTA3201EI TAMIL LITERATURE AND PHYSICS ALLM 2 2
III SSPY3202EI UNDERSTANDING SELF ALLM 2 2
III TANT3201EL INTRODUCTION TO LITERATURE AND
LANGUAGE EXERCISE
ALLM 2 2
III TANT3202EL INTRODUCTION TO TAMIL LANGUAGE - I ALLM 2 2
IV BABT4201EI MARKET DEVELOPMENT FOR
BIOTECHNOLOGY PRODUCT
ALLM 2 2
IV BACO4201EI e-RETAILING ALLM 2 2
IV BACS4201EP PROJECT MANAGEMENT ALLM 2 2
IV BAEN4201EI INTRODUCTION TO MEDIA AND
COMMUNICATION
ALLM 2 2
IV BAFR4201EI FUNCTIONAL FRENCH FOR HOTEL
MANAGEMENT
ALLM 2 2
IV BOMA4201EI MATHEMATICS IN PLANT SCIENCE ALLM 2 2
IV BOSS4201EI ECOLOGY AND SOCIETY ALLM 2 2
IV BTSS4201EI REPROGRAMMING THE BRAIN ALLM 2 2
IV CACO4201EI e-BANKING ALLM 2 2
IV CHCO4201EI WEALTH FROM WASTE ALLM 2 2
IV CHTA4201EI NATURAL FOOD AND CHEMISTRY ALLM 2 2
IV COCR4201EI PERSONAL FINANCE ALLM 2 2
IV COCS4201EP COMMERCIAL WEBSITE PREPARATIONS ALLM 2 2
IV COHN4201EI BUSINESS HINDI ALLM 2 2
IV COVB4201EI BUSINESS ETHICS ALLM 2 2
IV CSMA4201EP NUMERICAL METHODS USING SCILAB ALLM 2 2
IV ECHI4201EI ECONOMIC HISTORY OF INDIA ALLM 2 2
IV ECMA4201EI LINEAR PROGRAMMING AND NETWORK ANALYSIS
ALLM 2 2
IV ENMA4201EI BASIC COURSE IN MATHEMATICS AND ENGLISH FOR COMPETITIVE EXAMINATIONS
ALLM 2 2
IV ENZO4201EI LITERATURE AND ENVIRONMENT ALLM 2 2
IV HIPH4201EI SCIENTIFIC PRINCIPLES IN HISTORICAL MONUMENTS
ALLM 2 2
251
IV NCCE4201EE NATIONAL INTEGRATION AND PERSONALITY
DEVELOPMENT
ALLM 2 2
IV PEPH4201EI SCIENCE OF SPORTS ALLM 2 2
IV PESD4201EP SELF DEFENCE FOR WOMEN ALLM 2 2
IV SSTA4201EI TAMIL AND PSYCHOLOGY ALLM 2 2
IV TANT4201EL LITERARY VALUES ALLM 2 2
IV TANT4202EL INTRODUCTION TO TAMIL LANGUAGE - II ALLM 2 2
BACS3201EP ADVERTISING
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• understand the concept and process of advertising
• design advertisement layout for print and visual media.
• create advertisements using software.
COURSE OUTLINE :
EXPERIMENTS/LAB : 30 Hrs.
• Advertising – Definition – Need, role and scope – Types of advertising – Market segmentation,
Targeting and Theme identification – e-Advertising – Advertisements in Internet, Mobile phones and
Television.
• Principles of good advertising – Idea visualization – Copy writing – Headlines – Slogans – Illustrations –
layout – copy preparation – Audio recording – Audio mix – Video recording – Video mix.
• Creative aspects in visual media advertisements – Creation of Blogs – Social media networking –
Adobe page maker – Photoshop – Moving Images – Placing files – Advertising in web using HTML.
• Preparing the advertisement using software in print media – Coral draw – Clay animation – Preparing
the advertisement using software in visual media – adobe premiere, studio version, sound forge & Final
Cut Pro (FCP).
REFERENCE BOOK(S)
Adele Droblas Greenberg & Seth Greenberg, The complete reference-Photoshop 6, New Delhi, Tata
McGraw hill publishing company ltd, 2001.
Adobe creative team, Adobe Photoshop CS6 classroom in a book, First edition, United States, 2012.
Chunnawala and Sethia., Advertising Principles and Practices, New Delhi, Himalaya Publishing
House, 2001.
David Hillman, Multimedia: Technology and Applications, New Delhi, Galgotia Publications Pvt Ltd,
2007.
Gupta S.L., Dr. Ratna V.V, Advertising and Sales promotion, New Delhi, Sultan Chand and Sons,
2005.
WEBSITE(S) :
www.lfarryjordan.biz/final-cut-pro-xtutorial
252
BACO4201EI e-RETAILING
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• access the need for e-retailing strategies
• identify & implement the e-retailing techniques
• understand the e-retailing models
COURSE OUTLINE :
UNIT-I : INTRODUCTION 7 Hrs.
Meaning- Definition – Transition from Traditional Marketing to e-Marketing – Demographics and
Targeting – Adaptability and Closed – Loop Marketing, Advantages and Shortcomings of e-Retailing.
UNIT-II : e-RETAILING MODELS AND CHALLENGES 8 Hrs.
Pure Play, Click & Mortar, Catalog, Storefront Model, e-Retailing Strategies, e-Bay, Pantaloons, SIFY
Iway, Amazon, Challenges to e- Retailer in India – e-Retailing Pricing – Objectives, strategies – Indian
e-retailing examples
UNIT-III : FACTORS AFFECTING INTERNET RETAILING ADOPTION 8 Hrs.
Factors affecting e – Retailing – Consumer Typology, E-business Ontology – Criteria for effective e-
retailing – e-retailing benchmarking – Successful e-retail business
UNIT-IV : RECENT TRENDS IN e-TAILING 7 Hrs.
e-Retailing – The Current Trends- Current Trend Analysis and Measures – Current Status of Online
Retailing – e-Retailing Statistics – Social Media – on-line & off-line – Web analytic solution to online
retailers.
TEXT BOOK(S)
Gupta.S.L, Ramesh Mittal, Ruchi Nayyar, Retailing & e-Tailing, New Delhi, International Book House
Pvt Ltd, 2011.
REFERENCE BOOK(S)
Dave Chaffey, e-Business & e- Commerce Management, 3rd Edition, New Delhi, Pearson
Publication, 2011.
Turban,E.K, Electronic Commerce –A managerial perspective, New Delhi, Prentice Hall, 2006.
BOCO3201EI GREEN PRACTICES IN PRODUCTION AND MARKETING
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize green marketing and its importance to the environment from the perspective of businesses
and consumers
• analyse and discuss issues relating to the implementation strategies of green consumerism
• realize the relationship between the concepts of marketing with environmental issues.
COURSE OUTLINE :
UNIT-I : MARKETING ENVIRONMENT 7 Hrs.
Today’s market environment –consumption pattern-consumer decision making process-Paradigm shift
in marketing and consumption pattern – need for green marketing – Definition – meaning – marketing
strategies for green economy – innovations and adoption -need for becoming green consumers
8 Hrs.
253
UNIT-II : GREEN BUSINESS
Role of business in designing green products-products with energy efficiency, waste reduction,
sustainability, climate control and redesigning existing products –recycled products-green promotions
and advertisements- Eco packaging and labeling- green consumerism- awareness and campaigning-
legal aspects
UNIT-III : GREEN MANUFACTURING METHODS 7 Hrs.
Methods of green manufacture, products of green manufacture - organic farming, ecofriendly green
products. Organic products - Food - Fruit and vegetables, Nuts and seeds, Flour and Grains, Herbs.
Processed foods - Organic juice, canned goods, frozen vegetables, Organic coffee, and Organic baby
food. Consumer goods - Organic clothing and footwear, Organic cosmetics and skincare products.
UNIT-IV : ECOLOGICAL CONSIDERATIONS 8 Hrs.
The interaction between the environment and consumption. Human influences on climate change,
atmosphere, water, land and biodiversity. Identifying marketing actions designed to influence the supply
and demand for energy, reduce climate change, and human impact on the atmosphere, water, land and
biodiversity
REFERENCE BOOK(S)
AmitabhaGhose, Green marketing strategies, Agartala, Icfai University Press, 2008.
Berry, T, The Great Work: Our Way into the Future, New York, NY: Bell Tower, 1999.
Bridges, C., & Wilhelm, W.B, Going beyond green, The why and how of integrating sustainability into
the marketing curriculum, Journal of Marketing Education, 2008.
Charter, M., & Polonsky, M. J, Greener marketing, A global perspective on greening marketing
practice, UK, Greenleaf Publishing Sheffield, 1999.
Esty, D. C., & Winston, A.S, Green to gold, How smart companies use environmental strategy to
innovate create value, and build competitive advantage, New Haven: Yale University Press, 2006.
Fuller, D. A, Sustainable marketing, Managerial-ecological issues, New York, Thousand Oaks CA:
Sage, 1999.
Ottman, J. A, Green marketing, Opportunity for innovation, 2, New York, Booksurge, 1998.
Ottman, J. A., Stafford, E. R., & Hartman, C. L ., Avoiding green marketing myopia, Environment,
2006, Chapters: 48(5), 22-36..
Sharma K. Arun, A Hand book of Organic Farming, Jodhpur, Agrobios (India), 2002.
BOEN3201EI ECOLOGY AND LITERATURE
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• differentiate between nature and environment (issues and concerns).
• identify the interdependence in the web of life.
• interpret the importance of intrinsic value as opposed to instrumental value.
COURSE OUTLINE :
UNIT-I : CONCEPTS AND PRINCIPLES OF AN ECOSYSTEM 8 Hrs.
The web of life, keystone species.
The Banian Tree- E.H.Aitkin. From A Naturalist on the Prowl.
In Homage: with Green thumbs.
254
UNIT-II : ABIOTIC FACTORS 7 Hrs.
Light, Temperature, Rainfall, Ecological succession
Jupiter Pluvius - E.H.Aitkin. From A Naturalist on the Prowl
UNIT-III : BIOTIC FACTORS 8 Hrs.
Predation Ecology. Population Ecology, Community Ecology.
Predator – Pallava Bagla.
UNIT-IV : HABITAT ECOLOGY 7 Hrs.
Fresh water & Marine Ecology, Terrestrial Ecology – Biomes.
The valley of the Gods – Devaraj Agarwal.
REFERENCE BOOK(S)
In Homage: with Green thumbs,, 1905, Chapters: 5 page no: 171.
Aitkin , E.H, The Banian Tree-. From A Naturalist on the Prowl, 1905, Chapters: 5, page no.42-55.
Aitkin, E.H, Jupiter Pluvius From A Naturalist on the Prowl, 1905, Chapters: 7 page No 70-80.
Dash, M.C, Fundamentals of Ecology, 2, New Delhi, Tata McGraw Hill Publishing Company Ltd,
2001.
Devaraj Agarwal, The valley of the Gods – Reprinted from Srishti, I, 1994, Chapters: No-4., Page
No: 68-75.
Kormondy J. Edward, Concepts of Ecology, 4, New Delhi, Prentice Hall of India Pvt. Ltd, 2007.
Pallava Bagla, Predator, 1994, Chapters: From BBC Wildlife Page No: 24..
Ravi Agarwal, Lqbal Malik, Walk on the wild side –Reprinted from Srishti, I, 1994, Chapters: No.4,
Page No: 12-19..
Russell J. Peter, Wolfe, L. Stephen, Hertz, E. Paul, Cecie Starr, Ecology, New Delhi, Cengage
Learning India Pvt. Ltd, 2008.
BOPE3201EI NUTRITION AND FITNESS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the essentials of nutrition and fitness.
• overcome fitness barriers, make healthier choices.
• enable to choose & sustain the healthy lifestyle.
COURSE OUTLINE :
UNIT-I : BASIC PRINCIPLES OF NUTRITION 7 Hrs.
Nutrition - essential nutrients, food groups (Basic five), nutritional guidelines, balanced diet. Nutrition for
healthy living – changing body composition, calculation of BMI.
UNIT-II : HEALTH ISSUES AND RELATED DIET PLANNING 8 Hrs.
Significance of nutrition in treatment and management of obesity, underweight, anaemia, peptic ulcer,
typhoid, diabetics, cardiovascular disease, irregular menstrual cycle and cancer. Stress – definition,
analysis of stressors and stress responses, strategies for managing - Counseling.
UNIT-III : FITNESS AND TYPES 7 Hrs.
Definition-Meaning- Concept of fitness- Need and Importance of Fitness- Types – Chronological,
Physiological, Mental, Health Related and Performance Related fitness
UNIT-IV : GENERAL HEALTH AND EXERCISE PROGRAMME 8 Hrs.
Indoor / outdoor exercises – Exercise program for different Age groups. Prescription for Hypertensive,
Diabetic and Obese persons.
255
REFERENCE BOOK(S)
Hales,D, An Invitation to Fitness and Wellness, Belmont CA:Wadsworth, 2001.
Leeds,MJ, Nutrition for Healthy Living, Boston:Mc Graw Hill, 1998.
Williams,M, Nutrition for Fitness and Sport, 5, Madison: Brown & Benchmark, 1998.
BOTA3201EI TAMIL AND BOTANY
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• jkpo; ,yf;fpaq;fspYs;s jhtutpay; nra;jpfis mwpjy;
• jhtu ,d tiffs;> jhtu tho;tpay; Fwpj;j jkpoh; rpe;jidfis mwpjy;.
• jkpouJ kuGtopg;gl;l jhtutpay; ghh;itfis kPl;nlLj;jy;.
COURSE OUTLINE :
UNIT-I : jhtutpay; mwpKfk 4 Hrs.
kdpjDk; ,aw;ifAk; - jhtu ,dKk; kdpj ,dKk; - jhtu tifg;ghL
UNIT-II : njhy;fhg;gpak; fhl;Lk; jhtutpay 8 Hrs.
njhy;fhg;gpah; Fwpg;gpLk; jhtug; ngah;fs; - kuk; - nrb - nfhb - Gjy; - Gy;
cs;sikg;gpay; tifg;ghL
Gy; tif (xU tpj;jpiyj;jhtuk; - Monocotyldons) - Gwtaph;g;Gilad - Gy;ypdj;jpd;
,iyAWg;Gg;ngah;fs; - gid (Borassus flabellifer) njd;id (Cocos nucifera) kutif (,U
tpj;jpiyj;jhtuk; - Dicotyldonous) - ku tif - mftaph;g;Gilad - kuj;jpw;Fhpa
cWg;Gg;ngah;fs; - ,y;yk; (Strychnos potatorum) My; (Ficus bengalensis).
tshpay;G Nehf;fpyhd tifg;ghL kw;Wk; G+tpd tifg;ghL :
kuj;jhtuk; - kUjk; (Terminalia arjuna) - Nfhl;Lg;G+ - kUjk;
nfhbj;jhtuk; - Ky;iy (Jasminum auriculatum) - nfhbg;G+ - Ky;iy
epyj;jhtuk; - FwpQ;rp (Strobilanthes Kunthiana) - epyg;G+ - FwpQ;rp
ePh;j;jhtuk; - jhkiu (Nelumbium speciosum) - ePh;g;G+ - jhkiu
UNIT-III : rq;f ,yf;fpak; fhl;Lk; jhtutpay 10 Hrs.
tshpay;G mbg;gilapyhd kuq;fs
td;kuk; (,Utpj;jpiy - Dicotyldons) - mff;fho; cilad - Ntk;G (Azadirachta indica)
nkd;kuk; (xUtpj;jpiy - Monocotyldons) - Gwf;fhOilad - %q;fpy; (Bambusa arundinacea)
Gy;YUtpj; jd;ikAila kuk; (Parasite) - re;jd kuk; (Santalum album).
tshpay;G mbg;gilapyhd nfhbfs; Nth;f;nfhb - kpsFf;nfhb (Piper nigrum)
glh;f;nfhb
(1) glh;f;nfhb (Creeper) - mLk;G (Ipomoea pescaprae)
(2) VWnfhb (Climber) - mjpuy; (Jasminum angustifolium)
gw;Wf; fk;gpf;nfhb (Tendril) - gPh;f;F (Luffa aegyptiaca) / fhe;js; (Gloriosa superba)
Rw;Wf;nfhb (Twiner) - mtiu (Lablab purpureus)
ngUq;nfhb - mWfk;Gy; (Cynodon dactylon).
tshpay;G mbg;gilapyhd nrbfs;
epyj;jhtuk; :
jiuj;jhtuk; - neUQ;rp (Tribulus terrestris)
nrb - Mtpiu (Cassia auriculata)
FWkuk; - fhah (Memecylon edule)
ePh;j;jhtuk; - Mk;gy; (Nymphaea pubescens)
256
ePhpy; kpjg;git (Plankton)- ghrp (Algae)
rhWz;zp (Saprophyte) - fhshd;
UNIT-IV : gpw ,yf;fpaq;fspy; jhtutpay 8 Hrs.
kdpj elj;ijfSk; jhtu ,ay;GfSk; - tw;wy; kuk; (jpUf;.7)> gad;kuk; (jpUf;.216)> gOkuk;
(ehyb. 21:2)> kUe;jhfpj; jg;gh kuk; (jpUf;. 217)> er;R kuk; (jpUf;. 1008)> $o;kuk; (go. 272)>
Ks;kuk; (jpUf;. 879)> kidkuk; (go.52)> ,ilad; vwpe;j kuk; (go.314)
XuZj; jhtuq;fs; - ghrp (ntw;wp Ntw;if 33)> fhshd;
jhtu tsh;r;rpapd; ,d;wpaikahj $Wfs; - Nth;> ePh;> fhw;W> #hpa xsp Mfpatw;wpd;
mtrpak; - (jpUf;. 16> ehd;. 64> ehd;. 41> ehd;. 30> go. 97> go.83> go. 311> go. 13>)[nl
jhtuq;fs; ,lk; ngah;Tj; jd;ik mw;wd - %Jiu 17
tpijj;jhtuj;jpd; ,ay;G - ntw;wp Ntw;if. 17> 34
xU gUtj; jhtuq;fs; (Annual) - ney;> thio> (ehd;. 2> ehd;. 82)
TEXT BOOK(S)
Nt.neLQ;nropad;, jkpoh; fz;l jhtutpay;, nrd;id, cyfj; jkpohuha;r;rp epWtdk;, 2005.
REFERENCE BOOK(S)
fbfhryk;.e., jkpOk; gpw JiwfSk;, nrd;id, cyfj; jkpohuha;r;rp epWtdk;, 1994..
fhQ;rdh.,uh., rq;f ,yf;fpaj;jpy; epiyapay; caph;fs;, kJiu, kJiu fhkuhrh;
gy;fiyf;fofk;, 1998..
Re;ju Nrhgpj uh[;.Nf.Nf, jkpopy; jhtur; nra;jpfs;, ehfh; Nfhtpy;, Nrhgpjk; gjpg;gfk.
rhkp.gp.vy;.> , rq;f E}y;fspy; nrb nfhbfs;, GJr;Nrhp, jpUKb gjpg;gfk, 1991.
rPepthrd;.F, rq;f ,yf;fpaj; jhtuq;fs;, jQ;rhT+h;, jkpo;g; gy;fiyf;fofk;, 1987..
BOMA4201EI MATHEMATICS IN PLANT SCIENCE
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• know the basic concepts in sequence and series
• identify the different types of inflorescence and phyllotaxy using Fibonacci sequence
• apply the mathematical concepts in botany.
COURSE OUTLINE :
UNIT-I : PHYLLOTAXY AND INFLORESCENCE 8 Hrs.
Kinds of leaves and its arrangement, shapes of lamina – types of venation and inflorescence-simple,
compound and special – types of inflorescence.
UNIT-II : FIBONACCI SEQUENCE 7 Hrs.
Definition of sequence, limits of sequence, special limits, the Fibonacci sequence and related problems.
Application of Fibonacci sequence.
UNIT-III : BIOLOGICAL LOGARITHMS & EXPONENTIAL SERIES 8 Hrs.
Basics of logarithms, Log-Log, semilog plots, Exponential growth and decay –Growth phase of bacteria,
bacterial cell division. Plant growth & cell division (Mitosis and meiosis). Application of maths in cell
division and related problems.
UNIT-IV : APPLICATION OF PROBABILITY 7 Hrs.
Sample space, collection of samples – Quadrat method, events, probability, applications in genetics-
sampling method, genetics- hybrid cross, tree diagram.
257
TEXT BOOK(S)
Batschelet.E, Introduction to Mathematics for Life Scientists, Springer International student edition,
1975, Chapters: Chapter 8.
Jagadish C. Arya and Robin W. Lardner, Mathematics for the Biological Sciences, Prentice- Hall,
1979, Chapters: Chapter 3 , 8 ( 8.1 – 8.4 )..
REFERENCE BOOK(S)
Arumugam S. and Isaac A, Sequences and series, Palayamkottai, New Gamma Publishing house,
2010.
Pandey S.N., and Misra SP, Taxonomy of Angiosperms, New Delhi, Anne Books India, 2008.
BOSS4201EI ECOLOGY AND SOCIETY
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• define the various concepts in ecology
• relate the ecological principles and derive conclusions.
• evaluate the interdependency of human beings and nature.
• develop new initiatives for sustainable green living.
COURSE OUTLINE :
UNIT-I : BASIC CONCEPTS 7 Hrs.
Concept of Ecology – Characteristics of living systems, levels of organization, flow of energy,
interconnectedness of ecosystem.
Concept of Social Ecology - Definition, Ecological wisdom, Ecological Justice, Ecological balance,
Ecological democracy, Eco feminism, Ecological concerns, Ecological crisis.
UNIT-II : ECOLOGICAL CONCEPTS & PRINCIPLES 8 Hrs.
Levels of biological Organization, Nature of species, Keystone species, Population viability/threshold,
Ecological resilience, Disturbance, Ecological principles for Conservation of biodiversity – protection of
species, maintenance of habitat, disturbance, influence of climate on ecosystem.
UNIT-III : CULTURAL ECOLOGY – CONCEPTUAL VIEWS OF CULTURE & SOCIETY 7 Hrs.
Human species, Ecology of human species, Impact on Nature, Ecology and consumption – Cultural
materialism – theoretical principles, Epistemological principle, Changing face of Earth – Earthquakes,
wind, glaciers, Erosion, Volcanoes, Relationship in 21st Century.
UNIT-IV : GREEN ENVIRONMENTALISM 8 Hrs.
Sustainable Living – Green living & thinking (dark green, light green and bright green) Green garden,
Green food, Green energy, Green market, Green Economy.
REFERENCE BOOK(S)
Chata Heller, Ecology of Everyday life, New York, Black Rose Book publishers, 1999.
Dash M.C, Fundamentals of Ecology, New Delhi, Tata McGraw – Hill Publishing house Ltd, 2001.
Elizabeth Rogens, Thomas M. Rostigen, Cameron, The Green book, Everyday guide to saving the
planet one simple step at a time, New York, Peace Rivers Press, Crown Publishing group, 2007.
Eugene P. Odum, Ecology, The link between the natural & social sciences, Saunder Collge publishing
house, 1975.
Murray Bookehin, Philosophy of Social Ecology, New York, Black Rose Book Publishers, 1994.
Murray Bookehin, Remaking Society, New York, Black Rose Book Publishers, 1989.
258
Peter J. Russel, Stephen L. Wolfe, Paul E. Hertz & Cecie Starr, Ecology, New Delhi, Beverly Macmillan
Cengage Learning India Pvt. Ltd, 2009.
Steffen Alex, World changing, A User’s guide for the 21st century, NewYork, Abrams Publisher, 2011.
WEBSITE(S) :
http: Beyond penguins.che.osu.edu/issue/earth
BTCO3202EI FOOD SAFETY AND CONSUMERISM
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• evaluate the food safety and hazards
• propose the various types of food hazards
• apply the food safety and management systems
COURSE OUTLINE :
UNIT-I : FOOD SAFETY AND HAZARDS 7 Hrs.
Definition, types of hazards – physical, chemical & biological with examples, management of hazards –
temperature control, food storage & product design, factors affecting food safety – Importance of safe
foods – impact on health, identification of food adulterants
UNIT-II : FOOD HYGIENE 8 Hrs.
Principles of hygiene and its relation to food preparation, sources of contamination – control methods
using physical and chemical agents, personal hygiene, food handling habits, maintaining sanitation and
quality of foods, food safety measures
UNIT-III : CONSUMERS’ CONCERNS ON FOOD 7 Hrs.
Food safety and consumers’ concerns – implications - Significance, Issues and Challenges -HACCP -
Good Practices - Food Safety Education for Consumers-Consumer rights- Certifications mandatory for
products – Case studies
UNIT-IV : REGULATORY BODIES AND PRACTICES 8 Hrs.
Regulatory bodies and practices – Food Safety and Standards Act of 2006 - Prevention of Food
Adulteration Act, 1954 - Fruit Products Order, 1955 - The Food Safety and Standards Authority of
India(FASSI) - Role of food and Consumer Protection Department - Role of Food industries, Food
service sector, Government and NGOs - ethical consumerism – green consumerism. Identification of
food marking – Case studies
REFERENCE BOOK(S)
Forsythe, S J, Microbiology of Safe Food, , USA, Blackwell Science, Oxford,2000&Sons, 1987.
Lawley, R., Curtis L. and Davis,J, The Food Safety Hazard, UK,, Guidebook , RSCpublishing,
Cambridge, 2004.
Mann J and Trueswell S.A, Essentials of human nutrition, 3rd Ed, USA, Oxford university press,
2002.
Shakuntala M. N and Shadaksharaswamy M, Foods – Facts and Principles, 2nd Ed, New Delhi, New
Age International Publishers, 2001.
Suitor C.W and Crowley M. F, Nutrition – Principles and application in health promotion, 2nd Ed,
Philadelphia, J. B. Lippincott Co, 1984.
WEBSITE(S) :
http://www.fssai.gov.in/
259
BABT4201EI MARKET DEVELOPMENT FOR BIOTECHNOLOGY PRODUCT
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the commercial aspects of biotechnology
• develop themselves as effective professionals
• apply the management principles to sciences of biotechnology
COURSE OUTLINE :
UNIT-I : ENTREPRENEURSHIP IN BIOTECHNOLOGY CONTEXT 8 Hrs.
National & international status of biotechnology industries, Products – SCP – Spirulina, Biofertilizer –
Azolla, herbal formulations, vermicomposting etc., – recycling and value addition
UNIT-II : BIOTECH ENTREPRENEUR BASICS 7 Hrs.
Qualities of a biotech entrepreneur, Industry trends, Raising capital – Financial Assistance by
Government sectors- DST, DSIR, DBT, MSME, NSIC, special schemes to women entrepreneur -
TREAD, Bank loans - The Small Industries Development Bank of India (SIDBI) – Mahila Udyam Nidhi &
Mahila Vikas Nidhi, Venture capitalists (VC) and Private equity (PE) Ethical Issues – Regulation of
Biotech industry
UNIT-III : BASIC MANAGEMENT PRINCIPLES 8 Hrs.
Introduction - Managerial Functions - Planning, Organizing, Staffing, Directing & Controlling; Levels of
Management – Strategic, Tactical & Operational Managers; Managerial Roles, Qualities & Skills;
Management Trends - Business Ethics
UNIT-IV : MARKETING MIX 7 Hrs.
Marketing – Meaning, Definition, Need & Significance – Marketing Mix – Product / Service –
Characteristics; Pricing, Place – Channels of Distribution; Promotion
REFERENCE BOOK(S)
Harold Koontz, Heinz Weihrich & Ramachandra Aryasri A, Principles of Management, New Delhi,
Tata McGraw-Hill Education, 2006.
Hine D., Kapeleris J, Innovation and Entrepreneurship in Biotechnology, an International
perspective-Concepts, theories & cases, USA, Edward Elgar publishing Ltd, 2006.
Moussalli C and the staff of vault, Vault career guide to biotech, New Delhi, New Age International
Publishers, 2006.
Philip Kotler, Marketing Management, New Delhi, Prentice Hall India, 2004.
Pisano G.P, Science Business: The Promise, the Reality, and the Future of Biotech, Boston,
Harvard Business School Press, 2006.
Sherlaker S.A, Marketing Management, New Delhi, Himalaya Publishing House, 2004.
Tripathi P.C., Reddy P.N, Principles of Management, New Delhi, Tata McGraw Hill Publishing House
Ltd, 2008.
WEBSITE(S) :
• http://www.dcmsme.gov.in/
• http://www.msmedi-chennai.gov.in/MSME/
• http://india.smetoolkit.org/india/en
• http://nenonline.org/
• http://shodhganga.inflibnet.ac.in/bitstream/10603/367/12/12_chapter4.pdf
260
BTSS4201EI REPROGRAMMING THE BRAIN
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• discover that behavioral change can be planned and programmed
• develop a practical approach to personal change
• apply a specific model of NLP for personal excellence
COURSE OUTLINE :
UNIT-I : BRAIN 8 Hrs.
Regions of the brain and its behavioral function- Fore brain- centers of thinking and learning-cortex,
Seat of emotional experiences-Limbic systems, mid brain-Sensation and consciousness, hind brain-
balance and muscular coordination Sensory inputs and acquisition of knowledge
UNIT-II : NEURO LINGUISTIC PROGRAMMING (NLP) - THE TECHNOLOGY FOR
TRANSFORMATION
7 Hrs.
Origin, Proponents, Basic assumptions and presuppositions (Self-reflective activities), autosuggestions
UNIT-III : MISSION IMPOSSIBLE 7 Hrs.
Importance of being motivated and having a life’s mission: Mission discovering process, creating a
mission for others, Biography of great personalities (Mahatma Gandhi, Mother Teresa, Nelson Mandela,
Karl Marx, Martin Luther King, Vivekananda, Abdul Kalam)
UNIT-IV : GET-SET-GO: MISSION, ROLES, GOALS 8 Hrs.
Roles for goal setting and achievement, Effectiveness in one’s life roles. Approaches to achieving goals:
Pitfalls in traditional approach , Goal achievement through NLP
TEXT BOOK(S)
Andreas S and Faulkner C, NLP: the new technology of achievement, London, Nicholas Brealy
publication, 2004.
REFERENCE BOOK(S)
Antony DJ, Psychotherapies in Counselling, Tamil Nadu, Anugraha Publication, 2003.
Bear MF, Connors BW, Parediso MA, Neuroscience – Exploring the brain, (2Ed), USA, Lippincott
Williams and Wilkins,, 2004.
Beatty I, The Human Brain – Essentials of Behavioural Neuroscience, California, Sage Publications
Inc, 2001.
Sternberg RJ, Psychology, 4 Ed, USA, Wadsworth, 2004.
BTCH3201EI NATURE INSPIRED NANOTECHNOLOGY
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the difference between bulk and nanosize
• illustrate the difference between natural and man-made nanomaterials
• define the tools to study the nanomaterials
• explain the nanoscience practiced in nature
261
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO NANOSICENCE 6 Hrs.
Definition of terms - nano, nanoscale, nanomaterials, nanoscience, nanotechnology - scale of materials
- natural and manmade - Historical perspective - nanoscience practiced during ancient, medieval and
modern periods - Pioneers and contributors to the field of nanoscience .
UNIT-II : NANOMATERIALS 8 Hrs.
Fabrication of nanomaterials - top-down and bottom-up approaches, - Natural nanomaterials-organic ,
inorganic and biological origin - Man made nanomaterials - A basic study on the structure of carbon
based nanomaterials Semiconductor quantum dots, Metalllic nanocolloids and applications.
UNIT-III : TOOLS FOR NANOMATERIALS 8 Hrs.
Characterization methods - microscopic techniques - resolution of images, principles and
instrumentation of SEM, TEM, STM and AFM-importance and application of each technique.
UNIT-IV : BIO INSPIRED NANOTECHNOLOGY 8 Hrs.
Nanotechnology in the following natural systems: Lotus leaves, Moth eye, Gecko foot , Water
strider, Sand fish , Spider silk, and Butterfly wings. Nano products fabricated based on inspirations from
nature-self cleaning paints, antireflective coatings - water resistant fabrics - strong and stretchy
nanocomposites - tear resistant fabrics and packaging materials - microfabricated adhesives - solar
cells with efficient antireflective properties - biomimetic surfaces for different applications.
WEBSITE(S) :
http;//www.scientificamerican.com/
http;//carbon .cudenver.edu/
CHSS3201EI CRIMINOLOGY AND FORENSICS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify the complex nature of criminal behavior
• analyse the cause of crime and dealings with criminals
• summarize the techniques involved in the field of criminology and forensics
• describe the role of chemistry and other branches of science in solving crimes
COURSE OUTLINE :
UNIT-I : NATURE OF CRIMINOLOGY AND CRIME 7 Hrs.
Criminology, Penology and Criminal Law - Definition and characteristics - Crime Definitions and
Characteristics - Theories of Criminology - Classical and Neo - Classical, and positive - History and
Development of Forensic Science - Services of the Crime Laboratory - Functions of forensic scientists
UNIT-II : CAUSATION AND PREVENTION OF CRIME 7 Hrs.
Crime Causes - Heredity, biophysical, psychological and sociological - Types of Crimes - organized
white collar and cyber crime - Types of criminals - Habitual, Professional and White Collar criminals -
The Crime Scene - Securing and Recording the Crime Scene - Evidence Collection Techniques - Chain
of custody - Crime prevention and problems in prevention
UNIT-III : FORENSIC INVESTIGATION OF PHYSICAL EVIDENCES 8 Hrs.
Definition of physical evidence, classification of physical evidence, types of physical evidences.
262
Glass and Soil - Physical properties - comparing glass fragments - collection and preservation of
glass evidence - forensic characteristics of soil - collection and preservation of Soil Evidence.
Fingerprints - Fundamental principles of fingerprints - classification of fingerprints - methods of
detecting fingerprints - preservation of developed prints.
Document and Voice Examination - Collection of handwriting exemplars - typescript
comparisons - inks and papers - alterations, erasures, and obliterations - voice examination.
UNIT-IV : FORENSIC INVESTIGATION BASED ON BIOLOGICAL PHYSICAL EVIDENCES 8 Hrs.
Hair and Fibre -Morphology of hair - identification and comparison of hair - collection and
preservation of hair evidence - types of fibre - collection and preservation of fibre evidence.
Forensic Serology - blood typing - forensic characterization of bloodstains -paternity testing -
forensic characterization of semen - collection of rape evidence - DNA: The indispensable forensic
science tool - recombinant DNA -DNA typing.
Forensic Toxicology - Toxicology of alcohol - breath test instruments (breath analyzer)
REFERENCE BOOK(S)
Ahuja Ram, Criminology, Jaipur, Rawat Publications, 2000.
Anthony Giddens, Sociology, UK, Poetry Press Cambridge, 2000.
Eckert G. William, Introduction to Forensic Sciences, Second Edition, Newyork,Washington, CRC
Press, 1996.
Paranjape N.V, Criminology and Penology, Allahabad, Central Law Publications, 2010.
Saferstein, Richard, Crimanalistics, An Introduction to Forensic Science, Fifth Edition, Prentice Hall,
1995.
Sutherland, Edion H & Donald R cressey, David F. Lucken bup, Principles of Criminology, Rowman &
Littlefiled, 1992.
WEBSITE(S) :
http://www.yadkin.k12.nc.us/webpages/jsewell/forensics.cfm
CACO3201EI e-ADVERTISING
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• describe the concept of e- Advertisement concept
• apply the concept of visual marketing and web advertising
• know the applications of meta tag, search engine and mobile marketing
COURSE OUTLINE :
UNIT-I : e – ADVERTISING 7 Hrs.
Definition-types of e-advertisement - Ad server - Article -Digital marketing - In-text advertising -Inbound
marketing - Product feed - Real-time marketing- Social media optimization
UNIT-II : VISUAL MARKETING 8 Hrs.
Web banner-Online presence management- Web advertising- Ad filtering-Advertising network-Article
marketing-Affiliate marketing
UNIT-III : e-MAIL ADVERTISING 8 Hrs.
e-mail advertising: e-mail spam-opt-in e-mail advertising-spamming-In-text advertising-- Mobile
Advertising: Mobile Marketing-Mobile Development-WAP-Online classified advertising-Overlay-Pay per
click-Pay per play-Performance-based advertising-Pop-up ad
263
UNIT-IV : SEARCH ENGINES 7 Hrs.
Search Engines – Meta Tags-Web banner – e- advertisement Policies and guidelines
REFERENCE BOOK(S)
Katie Haegele, e – Advertising and e-Marketing online opportunities, First Edition, New York, The
Rosen Publishing Group, 2001.
WEBSITE(S) :
http://en.wikipedia.org/wiki/Online_advertising
www.iam-magazine.com/issues
CACO4201EI e-BANKING
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• explain Electronic Banking & Core Banking
• use Online Banking
• recognize e-Builder solutions
COURSE OUTLINE :
UNIT-I : ELECTRONIC BANKING 8 Hrs.
Traditional Banking vs e-Banking-Facets of e-Banking -e-Banking transactions -truncated cheque and
Electronic cheque - Models for e-banking- Bank with in Bank Advances of e-Banking-Constraints in e-
Banking.-Distribution channels- Teller Machines at the Bank Counters- Cash dispensers
UNIT-II : ONLINE BANKING 8 Hrs.
Introduction –concept and meaning-the electronic delivery channels- need for computerization-
Automated Teller Machine(ATM) -on site and off site ATMs- WL ATMs-–Electronic Fund Transfer(EFT)-
NEFT- RTGS uses –computerization in clearing houses- MICR Code
UNIT-III : CORE BANKING 7 Hrs.
Electronic products- Core Banking Technology - Home banking (Corporate and personal) Electronic
Payment systems through on line Banking - Online enquiry and update facilities
UNIT-IV : e-BANKING SECURITY 7 Hrs.
Attack-Cyber crimes-Reasons for Privacy- Tampering-Encryption –Meaning-Encryption process-
cryptography-Data Encryption Standard (DES)-e-Security Solution-e-Locking technique-e-Locking
Services
TEXT BOOK(S)
RayuduC.S., e-Commerce, Mumbai, Himalaya Publishing House, 2004.
REFERENCE BOOK(S)
BhushanDewan, e-Commerce, New Delhi, S.Chand Limited, 2002.
Mahmood Shah, Steve Clarke, e-Banking Management: Issues, Solutions and Strategies, USA, IGI
Global, Hershey, 2009.
COCS3201EP MULTIMEDIA FOR BUSINESS APPLICATIONS
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• describe the basics of IT enabled effective communications systems
• apply different types of presentation patterns using Flash, Photoshop and Windows Moviemaker
• acquire designing and animation skills
264
COURSE OUTLINE :
EXPERIMENTS/LAB : 30 Hrs.
OPEN SOURCE SOFTWARE
Menu options - Tools – filter effects – Masking
FLASH
Animation using Motion tween – Animation using shape tween – Guide layer – Masking-Morphing.
WINDOWS MOVIE MAKER
Understanding collections, projects and movies-Saving a movie-Preparing to create a video-Creating
and improving audio-Capturing video-Captivating pictures-
IMAGE IMPORT AND EXPORT
Importing Existing Digital Media Files-Previewing Projects and clips-Editing Projects, clips
REFERENCE BOOK(S)
AdleDroblas Greenberg & Seth Greenberg, Photoshop – The Complete Reference, New Delhi, Tata
McGraw-Hill Publishing Company Limited, 2001.
Dinesh Maidasani, Photoshop Cs3, Firewall Media, New Delhi, Laxmi Publications Pvt.Ltd., 2009.
Jan Ozer, Movie Maker For Windows,Visual Quick Start Guide, First Edition, United Kingdom,
Pearson Education Pvt Ltd, 2004.
Seth Mcevoy, Microsoft Windows Media(Tm) Player For Windows Xp, Handbook, United States of
America, Microsoft Press Redmond, 2001.
Tay Vaughan, Multimedia : making it work, New Delhi, Tata McGraw-Hill Education, 2008.
Woods P.S, Macromedia Flash MxDevolopers Guide, New Delhi, TataMcGraw-Hill Publications,
2002.
COCS4201EP COMMERCIAL WEBSITE PREPARATIONS
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• design and develop basic web pages using HTML and CSS styles
• use Images in Web pages
• create tables in Web pages
COURSE OUTLINE :
EXPERIMENTS/LAB : 30 Hrs.
HTML
Designing commercial website using Body and text commands – Basic paragraph & text tags – Text
style – Applying colour values – Present price tags and tariff using tables – Hyperlink
IMAGE HANDLING IN HTML
Linking GIF and JPEG files– Forms – Form objects – Frames, CSS style sheets-layout-Browser
FRONT PAGE
Commercial website Designing and formatting using different tools – Adding List-With Body Elements-
Images and Fonts-Table Layouts –Frames-Forms
WEB SCRIPTING
Java script-Variable – operator- Built-in functions
REFERENCE BOOK(S)
Allen D.W. and Johnsons, The Learning Guide to the Internet, New Delhi, BPB Publications, 2006.
Jian, Internet and Web Page Designing, New Delhi, Prentice hall of India Pvt Ltd., 2002.
McCoy J., Mastering Web Design, New Delhi, Golgotha Publishers, 2000.
Paul Helinski, Website Automation Toolkit, New york, Wiley India Pvt Ltd, 1998.
265
COSS3201EI CORPORATE SOCIAL RESPONSIBILITY
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• describe Corporate Social Responsibility
• relate the need and relevance of CSR
• evaluate merits of CSR
• propose innovative CSR ideas
COURSE OUTLINE :
UNIT-I : INTRODUCTION 7 Hrs.
CSR - Definition, Concept, principles, importance and benefits - Factors influencing CSR.
UNIT-II : PURPOSE OF CSR 8 Hrs.
Rationale behind CSR - Distinction between CSR and Philanthropy -Responsibility to employees,
community and shareholders – Relevant provisions of CSR under the Companies Act 2013
UNIT-III : DIMENSIONS OF CSR 7 Hrs.
The driving forces – market based pressure - civil society -the regulating environment of India. Triple
Bottom line approach of CSR – Introduction to Social Accounting and Social Audit
UNIT-IV : FACETS OF CSR 8 Hrs.
Corporate Best Practices-Types of CSR support-Multi stakeholder partnerships; Advances in Corporate
Social Responsibility, Corporate Social Responsibility in Global Context. Initiatives of the Industry;
NGO’s - Multilateral agencies and other institutional actors.
REFERENCE BOOK(S)
Balachandran, Corporate Governance Ethics & Social Responsibility, New Delhi, PHI Learning
Private Limited, 2013.
Mandal .B.N, Corporate Social Responsibility in India, New Delhi, Global vision publishing house,
2012.
CHCO4201EI WEALTH FROM WASTE
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• categorize the waste
• identify the methods of collection and storage of waste
• design the waste management strategies
• translate waste into wealth
COURSE OUTLINE :
UNIT-I : CLASSIFICATION OF WASTE 7 Hrs.
Definition of waste - Classification of waste, , General solid waste (putrescible & non-putrescible),
special waste- biomedical waste, Asbestos waste, Waste tyres- Hazardous waste, liquid waste , e-
waste. Classification of waste using chemical assessment - methods for determining specific
contaminant concentration (SCC) and toxicity characteristics leaching procedure (TCLP), Classifying a
waste using the SCC test and TCLP.
UNIT-II : COLLECTION , SEGREGATION AND STORAGE OF WASTE 8 Hrs.
Collection- Methods of Collection –primary & secondary collection and facilities for processing
Segregation - principles, planning,colour coding of the segregated waste,packaging
Storage- primary and secondary storage of wastes
266
UNIT-III : WASTE MANAGEMENT 7 Hrs.
Hierarchy, 3R concept and current practices, waste treatment- Physical-chemical method, biological
methods, thermal methods, waste to energy, Resource recovery from solid wastes –composting,
Refuse Derived Fuel(RDF), Plastic to petroleum.
UNIT-IV : CONVERSION OF WASTE INTO WEALTH 8 Hrs.
Role and responsibilities of consumers and households as active participants in the system - innovative
ways to eliminate excessive fuel, packaging, and e-waste - Role of Government –waste management
Act in India –Management of hazardous, plastic and biomedical waste by Tamil Nadu Pollution Control
Board – commercialization of waste at regional, state and national level.
REFERENCE BOOK(S)
DarshiniMahadevia, Jeanne M. Wolfe, Solid Waste Management in Indian Cities: Status and
Emerging Practices, New Delhi, Concept Publishing Company, 2008.
John Pichtel, Waste management practices, Municipal, Hazardous and Industrial, United States of
America, CRC press Taylor and Francis group, 2005.
Kathleen Langmore, Minimum Requirements for The Handling, Classification and Disposal of
Hazardous Waste, Third Edition, Republic of South Africa, Department of Water Affairs & Forestry,
2005.
WEBSITE(S) :
www.environment.nsw.gov.au
COLA3201EI LAW FOR DAY-TO-DAY LIFE
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• understand laws relating to transfer of property
• apply the provision of stamp act and registration act at the time of registration of property
• understand the provisions of the Consumer Protection Act
• interpret the provisions of domestic violence act & right to information act
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO LAW AND TRANSFER OF PROPERTY 8 Hrs.
Law and its Origin – Common Law, Equity Law, Statute Law- Stamping and Registration Requirements
as to Transfer of Property- Place of Registrations – Effects.
UNIT-II : CONSUMER PROTECTION ACT 7 Hrs.
Consumer Protection Act – Features – Consumer Forum
UNIT-III : RIGHT TO INFORMATION ACT 7 Hrs.
Right to Information Act – Features
UNIT-IV : DOMESTIC VIOLENCE ACT 2005 8 Hrs.
Domestic Violence Act 2005 – Definition of Terms – Domestic Violence – Protection Officers Powers
and Duties – Shelter Homes – Medical Facilities – Service Providers – Procedures for obtaining Orders
and Reliefs
REFERENCE BOOK(S)
N.D.Kapoor, General & Commercial Law, New Delhi, Sultan Chand & Sons, 2004.
STUDY MATERIAL(S) :
Relevant Bare Acts
267
COCR4201EI PERSONAL FINANCE
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• list her own personal financial goals
• manage cash & prepare personal balance sheet
• analyse the risks & benefits of different assets
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO PERSONAL FINANCE 6 Hrs.
Introduction – personal finance - key principles for using wealth – Basic principles on wealth.
UNIT-II : PERSONAL GOALS 8 Hrs.
Setting personal Goals – Budgeting – Developing a Budget – Networth Calculation. Using personal
Balance Sheet – Personal Income statement – Tax planning.
UNIT-III : CASH MANAGEMENT 6 Hrs.
Cash management – Cash management alternatives – Types of financial Institutions – Time Frame to
effective Management of Finances-Consumer – Mortgage Loans.
UNIT-IV : ASSET CLASS 10 Hrs.
Investments – Ten principles of Investing – understanding Investment Hour glass – Insurance Planning
- Risk& Benefits of major Asset class – understanding of Risk of Return of major Asset Class.
REFERENCE BOOK(S)
Charles P Jones, Investments Principles and Concepts, Calcutta, Wiley India (P) Ltd, 2010.
Jach R. Kapoor, LeSR Dlabay Robert J. Hughes, Personal Finance, Eight Edition, New Delhi, Tata
McGraw-Hill Publishing Company Ltd, 2008.
Joshi V.C., e-finance the future is here, Los Angeles, SAGE Publications, 2010.
STUDY MATERIAL(S) :
Introduction to Financial Planning Indian Institute of Banking & Finance, Taxmann Publications
(P) Ltd., Third Edition, New Delhi 2011
COVB4201EI BUSINESS ETHICS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize ethical considerations and values relevant to business activity
• evaluate the ethics of particular business decisions and general practices in business
• appraise the role of ethics in profession
COURSE OUTLINE :
UNIT-I : BASICS OF BUSINESS ETHICS 8 Hrs.
Business Ethics – Genesis - Concepts, Elements, Nature, Evolving Ethical Values - Ethical Principles in
Business – Ethics in Advertising - Indian perspective - Arguments against business ethics
UNIT-II : ETHICAL ISSUES 8 Hrs.
Types of Ethical issues - Bribes - Coercion - Deception - Theft - Unfair Discrimination Ethical Dilemma –
Need for making Ethical Decisions – Ethical Solution – Need for Code of Ethics
UNIT-III : ETHICAL MANAGEMENT 8 Hrs.
Role of Organizational Culture in Ethics - Structure of Ethics Management - Ethics Committee - Holistic
approach for Managers in Decision-making – Subordinates’ ethical issues - Ethics in practice -
professional ethics for functional managers
6 Hrs.
268
UNIT-IV : PROFESSIONAL ETHICS
Work ethics - Integrity – Civic manners - Respect – Peaceful co-existence – Time Management –
Empathy - Loyalty
REFERENCE BOOK(S)
Bhatia S.K., Business Ethics and Corporate Governance, New Delhi, Deep & Deep Publications Pvt.
Ltd., 2007.
David J. Fritzsche, Business Ethics: Global & Managerial Perspective, New York, Tata McGraw-Hill
Publishing Co. Ltd., 1997.
Murthy CSV, Indian Constitution and Professional Ethics, Mumbai, Himalayan Publishing House,
2006.
Raghavan M.P., Professional Ethics and Human Values, Chennai, Scitech Publication India Pvt. Ltd.,
2006.
Ramaswamy Namakumari, Strategic Planning - Formulation of Corporate Strategy, New Delhi,
MacMillan India Ltd, 1999.
Sherlekar S.A., Ethics in Management, Mumbai, Himalaya Publishing House, 2012.
COCS3202EP DATA ANALYSIS AND INTERPRETATION USING STATISTICAL PACKAGE
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• choose and apply appropriate descriptive and bivariate statistical techniques to address research
questions and hypotheses.
• implement the analysis through SPSS and interpret the findings.
• demonstrate and evaluate data analysis skills useful in the process of assessing the adequacy of policy
in relation to human needs and in taking planned action to develop and change social and economic
policy
COURSE OUTLINE :
EXPERIMENTS/LAB : 30 Hrs.
INTRODUCTION TO STATISTICAL PACKAGE:
Introduction to Statistics - Creating databases - reading data set - defining variable - sorting -
computing.
MANAGING AND EDITING DATA
Tables for statistical attributes - table of frequencies - formatting and editing tables and charts.
(pie, bar)-merging files.
FREQUENCIES AND DISCRIPTIVE STATISTICS
Basic descriptive statistics - measures of central tendency-measures of dispersion-frequencies
and distributions – Cross tabulation.
COMPARATIVE AND MULTIVARIATE ANALYSIS
Comparing groups using parametric – non-parametric statistics –correlation- regression.
Comparing the Means and Distributions of Sub-Groups of a Variable - Error Bar, T-Test, ANOVA, and
Non-parametric Tests.
269
REFERENCE BOOK(S)
Arthur Griffith, SPSS for Dummies, Second, New Delhi, Wiley Publishing, 2010.
Rajathi.A and Chandran.P, SPSS for you, New Delhi, MJB Publishers, 2010.
Vijay Gupta, SPSS for Beginners, New Delhi, Published by VJBooksInc, 1999.
WEBSITE(S) :
www.spsstools.net
www.psych.utoronto.ca/courses/c1/spss/
www.stat.tamu.edu/spss.php/
CSEN3202EP ANIMATION FOR LANGUAGE AND LITERATURE
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• apply the techniques of animation
• implement e-content through ULEAD and PHOTOSHOP
• develop modules for teaching and self learning
COURSE OUTLINE :
EXPERIMENTS/LAB : 30 Hrs.
PRE PRODUCTION AND INTRODUCTION TO FLASH:
Theory, Story Boarding, Illustrations, Games Project-Introducing Flash-The Authoring
Environment-Frames and Keyframes-Tweens and Guides-Nested Timelines-Mask Layers-Color
Settings, Filters, and Blend Modes-Color Settings, Filters, and Blend Modes-Buttons- Button
ActionScript – Movie Clips – Dynamic Text
ULEAD:
Understanding the Basics – Shooting and Editing Video- Editing Techniques – Rhythm, Motion
and Effects-Editing Sound-Titles and Output- Blog creation
CREATING A TEACHING MODULE:
Rhymes, Grammar
SELF LEARNING MODULE
Prose,Poetry
WEBSITE(S) :
http://forums.creativecow.net/archivethread/10/423161
270
CSZO3204EP ALGORITHMS IN COMPUTATIONAL BIOLOGY
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• describe the principles of biologically inspired computing algorithms
• discuss the rationale for, advantages and limitations of biologically inspired computing
• infer the variety of implementations of biologically inspired computing algorithms and the value of their
application to real world data
COURSE OUTLINE :
EXPERIMENTS/LAB : 30 Hrs.
BIOPERL:
Introduction-Installation-Writing a script-Creating a Sequence and an object-Writing a sequence to
file-Retrieving a sequence-Retrieving single and multiple sequence from database-Sequence Object-
Translating-sequence statistics-Indexing for fast retrieval –Searching for gene- Using EMBOSS
applications with Bioperl
GRAPH THEORY & BIOLOGICAL DATABASES:
Application of graph theory in Biology:-Biochemical Pathway, Protein-protein interaction network,
Regulatory network and their analysis. Biological databases: Their needs and challenges. Example of
different biological databases – sequence, structure, function, micro-array, pathway, etc.
GENETICS:
Protein structure: Introduction-Protein motif recognition: profile methods and hidden Markov
methods-Protein threading-Energy minimization – molecular dynamics-Lattice models for protein
folding-RNA secondary Structure Prediction- Biological databases and database searching: BLAST,
gapped BLAST, FASTA-Literature databases and natural language searches
GENOME PROJECT AND SEQUENCE ANALYSIS
Introduction to the human genome project and sequencing strategies-String searching and time
and space-String searching and probability/statistical significance-Sequence alignments: global
alignments, dynamic programming-Sequence alignments: local alignments-Substitution matrices: PAM
and BLOSSUM- Alignment statistics -Multiple sequence alignment-Simple Markov models, statistical
models and parameter estimation-Hidden Markov models, expectation maximization-Neural nets,
generalized HMMs for gene finding-Prokaryotic and eukaryotic gene recognition-Genome analysis.
TEXT BOOK(S)
Durbin.R, Eddy.S.R,Krogh.A and Mitchison.G, Biological Sequence Analysis: Probabilistic Models
of Proteins and Nucleic acids, United States, Cambridge University Press, 1998.
Ricki Lewis, Human Genetics: The Basics, First, United States, Routledge Publisher, 2010.
REFERENCE BOOK(S)
Dan Gusfield Algorthims on Strings,, Trees and Sequences : Computer Science andComputational
Biology ,, United Kingdom, Cambridge University Press. ISBN-10: 0521585198, 1997.
Durbin.R, Eddy.S,Krogh.A, MitchisonBiological sequence analysis : Probabilistic models of
Proteins and Nucleic acids, United Kingdom, Cambridge University Press 0-521-62971-3, 1998.
271
Michael.S.Waterman, Introduction to Computational Biology : Maps, Sequences and Genomes.
Waterman, Florida, Chapman and Hall/ CRC Press ISBN-10: 0412993910, 1995.
WEBSITE(S) :
http://www.bioperl.org
BACS4201EP PROJECT MANAGEMENT
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify and apply the concepts and process of Project Management.
• acquire knowledge on Opportunities, Managing and Administering Project.
• analyze and implement software tool to design and schedule projects.
COURSE OUTLINE :
EXPERIMENTS/LAB : 30 Hrs.
PROJECT MANAGEMENT – An Overview
Project – Definition, Characteristics and Participants –Project Opportunities & Sources - New
Projects, Global Projects and Investment Opportunities – Project Life Cycle.
PROJECT ADMINISTRATION
Work Breakdown Structure - Project Scheduling-Components of a good Planning Technique &
Planners Tool Kit - Network Techniques PERT / CPM – Project Cost Control – Time & Cost overruns &
its reasons for overruns.
INTRODUCTION TO MS PROJECT
Create a Project – Add Tasks/Sub-Tasks of various types – Using Milestones – Insert and Delete
tasks - Linking tasks – Define general working times, changing, deleting calendar – Assigning
Resources and people – Setting Constraints - Preparing Work breakdown structure – Setting Elapsed
Time - Change Timeline
PROJECT SCHEDULING & CONTROLLING USING MS PROJECT
Project schedule – Working with Project network diagrams – Gantt chart – Critical path method –
Program evaluation and review techniques (PERT) – changes to project schedule – Leveling the
resources - Tracking project as scheduled – Customizing Tables and Views – Working with various
Reports
TEXT BOOK(S)
Kathy Schwalbe, Information Technology Project Management Revised 6e, United States, Cengage
Learning, 2011.
Kesava Rao.P.C., Project Management & Control, New Delhi, Sultan Chand & Sons, 2007.
REFERENCE BOOK(S)
Harvey Maylor, Project Management, 3rd, New Delhi, Pearson Education, 2005.
Scott Berkun, The Art of Project Management, United States, O’Reilly Publication, 2008.
WEBSITE(S) :
www.simplilearn.com/MS-Project-Training
www.tutorialspoint.com/management_concepts/?
272
CSMA4201EP NUMERICAL METHODS USING SCILAB
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire knowledge on the basics of SCILAB.
• apply the methods in SCILAB for solving problems
• write programs for numerical problems using SCILAB.
COURSE OUTLINE :
EXPERIMENTS/LAB : 30 Hrs.
INTRODUCTION TO SCILAB
Programs to work in SCILAB Environment, Scalars, Vectors, Complex numbers and Matrices –
Programs to get Graphic output by Plotting.
PROGRAMMING IN SCILAB
Programs to implement Operators and Flow control statements – Programs to handle Matrices
with Loops – Programs to implement User defined functions and String handling functions.
SOLVING TRANSCENDENTAL AND ALGEBRAIC EQUATIONS
Programs to solve algebraic and transcendental equation by bisection method, false position
method and Newton-Raphson method. Programs for solving linear system of equations using Gauss
elimination method and Gauss Jordan method.
DIFFERENTIATION & INTEGRATION
Numerical Differentiation: Programs for Numerical Differentiation using Newton’s Forward and
Backward difference formulae. Numerical Integration: Programs for numerical integration using
Trapezoidal rule, Simpson’s 1/3 rd and 3/8th rules.
WEBSITE(S) :
www.scilab.org
www.scilab.in/spoken-tutorial
http://www-irma.u-strasbg.fr/
ECMA3201EI BASICS OF PERSONAL FINANCE
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire knowledge of the various investment avenues and sources of loans
• take rational decisions on personal savings and loans
• plan their finances in a comprehensive manner in real life situations
273
COURSE OUTLINE :
UNIT-I : FINANCIAL MARKETS AND STOCK MARKETS 7 Hrs.
Money – Kinds – Value of money – Fluctuations – Business Cycle – Phases – Financial Market – Stock
Market – SENSEX – NIFTY, BSE, NSE.
UNIT-II : PERSONAL FINANCE 8 Hrs.
a. Savings: Fixed Deposits, Recurring Deposits, Savings Bank Deposits , Post Office Savings,
Public Provident Fund – Gold – Mutual Funds, Shares – Insurance: Health and Life – Real
Estate
b. Loans: Education, Housing and Personal loans.
UNIT-III : 7 Hrs.
Simple Interest – Compound Interest – Annuities.
UNIT-IV : 8 Hrs.
Application – Rate of interest – Continuous compounding – Value of Money – Amount of annuity – EMI.
TEXT BOOK(S)
Amar Pandit, Financial Planning Book, New Delhi, Network 18 publications private limited, 2012,
Chapters: Unit-II-Chapters 9, 10 and 11.
Harvinder Kaur, Stock Market Volatality in India, New Delhi, Deep & Deep publications Pvt., Ltd.,,
2002, Chapters: Stock Market -Pages 195 - 225..
Petr Zima, Robert. L. Brown,, Schaum outlines - Mathematics of Finance, 2nd edition, USA, McGraw
Hill company Inc., 1996.
Sankaran.S, Money Banking and International Trade, Chennai, Margham Publications, 2010.
REFERENCE BOOK(S)
Chauhan Manish, 16 Personal Finance Principles Every Investor Should Know, New Delhi, Network
18 Publications, 2013.
Janeka Ane Madisyn, National Stock Exchange of India, Plic press, 2011.
Jean Soper, Mathematics for Economics and Business, New Delhi, Atlantic Publishers, 2002.
Rakesh Shahani, Financial Market in India, New Delhi, Anambika publishers, 2008, Chapters: Pages:
1 - 17.
Sukhani Sudarshan, Trading the Markets, New Delhi, Vision Books, 2013.
Sundaram K.P.M., Money, Banking and International Trade, New Delhi, Sultan Chand & Sons, 2010.
Teresa Bradley & Paul Patton, Essential Mathematics for Economics and Business, New Delhi,
Wiley India, 2008.
WEBSITE(S) :
http://www.mywealthguide.com
ECHI4201EI ECONOMIC HISTORY OF INDIA
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognise the historical factors which played a significant role in shaping the Indian economy
• understand the economic activities that have influenced the Indian history
• analyse and comprehend the relevance of economic and historical changes in Indian society
COURSE OUTLINE :
UNIT-I : INDUS VALLEY CIVILIZATION TO EUROPEAN COLONIZATION 10 Hrs.
Prehistoric period – Indus valley Civilization – Vedic Age – Mauryas – Guptas – Harsha – Rajputs –
Early Kingdoms of South India – Delhi Sultanate and Mughal Rule – Advent of the Europeans – British
rule in India.
274
UNIT-II : ECONOMIC FEATURES OF PRE-INDEPENDENT INDIA 7 Hrs.
Physical features of India – natural resources – agriculture – land and revenue – industry – trade –
coinage – commodities – infrastructure – GDP estimates – Economic consequences of the British Raj.
UNIT-III : INDIA SINCE INDEPENDENCE 5 Hrs.
Congress Rule – Janata Government – Other Major National Parties – Regional Parties – Coalition
Governments.
UNIT-IV : ECONOMIC TRANSITION IN INDIA 8 Hrs.
Achievements and Failures of Five Year Plans – Green Revolution – Indicators of development: GDP,
HDI, GDI – Economic Reforms – Emergence of the Service Sector – Foreign Direct Investment –
foreign exchange issues.
TEXT BOOK(S)
Arun Bhattacharjee, History of Ancient India, New Delhi, Sterling Publishers, 1982.
Bipan Chandra & Others, India since Independence: 1947-2000, New Delhi, Penguin Books, 2000.
Tirthankar Roy, The Economic History of India, 1857-1947, USA, OUP, 2011.
Uma Kapila, Indian Economy: Performance and Policies, Academic Foundation, 2011.
Venkataramanappa,M.N, Outlines of South Indian History, New Delhi, Vikas Publishing House, 1977.
Venkatesan, G., History of Contemporary India, Madurai, J.J.Publications, 2001.
REFERENCE BOOK(S)
Bhasham, A. L., Wonder that was India, 3rd edition, New Delhi, Picador India publishers, 2004.
Dutt, Romesh C., The Economic History of India under early British Rule, Great Britain, Routledge
publication, 2001.
Romila Thapar., History of India, Vol .I., New Delhi, Penguin Books, 2003.
Sailendra NathSen, An Advanced History of Modern India, New Delhi, Macmillan Publication, 2010.
Stanley Wolpert, A New History of India, Fourth Edition, New York, Oxford University Press, 1993.
CSEN3201EI ENGLISH FOR E-PRESENTATION
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify HTML concepts
• develop e - Scripts using HTML and Latex
• formulate e - Scripts
COURSE OUTLINE :
UNIT-I : STATIC WEB PAGE CREATION 8 Hrs.
Overview of Web Development – Fundamentals of Site Design – HTML Format – Elements – Attributes
– Heading – Paragraphs – Formatting – Fonts – Styles – Links – Images –Tables – Lists – Forms –
Frames – Colors – Simple Scripts – CSS Syntax – Styling Background, Text and Fonts
UNIT-II : LATEX 7 Hrs.
The Structure of a LATEX Document - Basic Conventions - Basic Tools for Formatting Text: Structuring
- Creating Lists - Changing Fonts - Paragraph Justification - Using Accents - Creating Tables - Importing
Graphics - Creating Presentations - Preparing Posters
UNIT-III : JOURNALISTIC WRITING 8 Hrs.
Radio Scripts – TV Scripts – Articles for E Journals and Print Media – Advertisement and Poster Writing
UNIT-IV : PROJECT PRESENTATION 7 Hrs.
Paper Presentation – Proposal Writing – Research Presentation using HTML and LATEX
275
REFERENCE BOOK(S)
Ahuja, B.N & S.S. Chhabra, Principles and Techniques of Journalism, New Delhi, Surjeet
Publications, 2006.
Gibaldi, Joseph, MLA Handbook for Writers of Research Papers, 6 Ed, New York, Modern Language
Association of America, 2003.
Kopka, H., and P.W. Daly, Guide To LaTeX, 4 Ed, Boston, Addisson-Wesley Professional, 2003.
Lamport, L., LaTeX: A Document Preparation System, User's guide and reference manual, 2 Ed,
Boston, Addisson-Wesley Professional, 1994.
Mittelbach, F., et al., The LaTeX Companion, (deutsche Version: Der LaTeX Begleiter), Boston,
Addisson-Wesley, 2004.
ENPH3201EI SIGNS IN SCIENCE FICTION FILMS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• relate science fiction stories with scientific facts
• evaluate the scientific and societal relevance of science fiction
• discuss the depiction of science in literature
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO FILM ANALYSIS 3 Hrs.
Introduction to Film Shooting (Pan shots). Explore the alien and abstract concepts portrayed in science
fiction movies and understand the different aspects of human experience – analyze scientific images,
arguments & concepts used in science fiction movies
UNIT-II : SPACE AND EARTH SCIENCE 9 Hrs.
2001: Space Odyssey
Star Trek
UNIT-III : HUMAN & MACHINE INTERFACE 9 Hrs.
Back to the Future I, II & III Series
UNIT-IV : ENVIRONMENTAL EFFECTS 9 Hrs.
Lorax
Day after Tomorrow
Wall - E
REFERENCE BOOK(S)
Biggle, Lloyd, Jr., Science Fiction: A Teacher’s Guide & Resource Book, “Teaching science fiction
as current events”, Mercer Island, WA: Starmont House, Inc., 1988, Chapters: (pp. 125-132).
Burgess Michael., Reference Guide to Science Fiction, Fantasy and Horror, California, Libraries
Unlimited, 1992.
Prothero, James, English Journal, “Fantasy, Science Fiction, & the Teaching of Values”, Urbana, IL,
USA, National Council of Teachers of English, 1990.
Tymn.B.Marshall. ed., The Science Fiction Reference Book: A Comprehensive Handbook and
Guide to the History, Literature, Scholarship, and Related Activities of the Science Fiction and
Fantasy, Maryland, Borgo Pr., 1996.
Wolk, Anthony, English Journal, “Challenge the Boundaries: An Overview of Science Fiction &
Fantasy", Urbana, IL, USA, National Council of Teachers of English, 1990, Chapters: 79(3), 26-31.
276
BAEN4201EI INTRODUCTION TO MEDIA AND COMMUNICATION
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• the process of communication systematically
• discuss the advantages and limitations of the role of Media
• develop the art of effective professional writing
COURSE OUTLINE :
UNIT-I : NATURE AND CHARACTERISTICS OF COMMUNICATION 5 Hrs.
Communication - definition, nature and scope, Human needs of communication, Functions of
Communications.
UNIT-II : TYPES OF COMMUNICATION 10 Hrs.
Types of Communication: Intrapersonal, interpersonal, group and mass communication, Process of
communication, Business communication – Importance and types, Rumours and grapevine, Verbal and
non-verbal communication, Barriers in communication.
UNIT-III : PUBLIC RELATIONS 10 Hrs.
Concept and definition of Public Relations, Public Relations: Tools and Techniques, Public Relations
organizations, Meetings, Business correspondence, Newsletters, House journals.
UNIT-IV : MEDIA & MEDIA RELATIONS 5 Hrs.
Media – Meaning, Importance, Characteristics of Media, Types - Print, Electronic Media. Importance,
Credibility with the media, Industry and Media relations, Media relations for Business success, Media
Ethics.
REFERENCE BOOK(S)
Cutlip, Effective Public Relations, 8 Ed, New Delhi, Pearson Education India, 2004.
Dalmar, Fisher, Communication in Organisations, 2 Ed, Mumbai, Jaico Publishing House, 1999.
Dan L. Lattimore et all, Public Relations for the Information Age, Mumbai, Tata McGraw-Hill, 2004.
James Redmond and Robert Trager, Media Organization Management, 2 Ed, New Delhi, Biztantra,
2004.
Leena, Sen, Communication Skills, New Delhi, Prentice Hall of India, 2003.
Merry, Shelburne, Effective Public Relations – A Practical Approach, 2 Ed, New Delhi, Biztantra,
2003.
ENFR3201EI SPOKEN FRENCH
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire a basic knowledge of French language
• recognise French culture and civilization
• emphasis on spoken French
COURSE OUTLINE :
UNIT-I : INTRODUCTION 8 Hrs.
1. French Alphabet
2. English Phonetic Scrip
UNIT-II : CONVERSATION 7 Hrs.
1. Introduce Oneself & Family
2. Days, Months & Seasons, Numbers
277
UNIT-III : DESCRIPTION: LIFE & PLACE 7 Hrs.
1. Pictures of people & place
2. The Direction
UNIT-IV : FRENCH & ENGLISH SONGS 8 Hrs.
1. French Songs
2. English Songs
TEXT BOOK(S)
D. Abray, C. Fert, C. Parpette, J. Stauber, ICI 1, Paris, Cle International / Sejer, 2008.
REFERENCE BOOK(S)
DANIEL JONES, English Pronouncing Dictionary, 15th Edition Ed, United Kingdom, 2003.
BAFR4201EI FUNCTIONAL FRENCH FOR HOTEL MANAGEMENT
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire a basic knowledge of French pronunciation
• recognize French manners
• know the importance of management in hotels
COURSE OUTLINE :
UNIT-I : WELCOME TO THE HOTEL 8 Hrs.
Introducing oneself
Principal characteristics of a hotel.
Grammar: article, adjective, present tense
UNIT-II : RESERVATION 7 Hrs.
To reserve a room by phone
To confirm, to refuse, to modify
Grammar: interrogative, expression of time, possessive adjective, past tense
UNIT-III : INTRODUCTION TO HOTEL MANAGEMENT 7 Hrs.
Concept: Functions of management - Role of management in hotel industry.
UNIT-IV : FUNCTIONAL AREAS IN A HOTEL 8 Hrs.
A) Front office management
Functions, Duties & responsibilities of front office manager, Reservation, Night Auditing, book keeping &
lobby management.
B) House keeping
Meaning, Techniques and operations, Housekeeping equipments & Maintenance, Laundry, Interior
decoration.
C) F & B services and food production
Introduction to catering industry, Types of services, Classification & Services of beverages, Kitchen
Stewarding, Banqueting, Kitchen organization.
278
COHI3202EI MADURAI TOURISM
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk. On successful completion of the course, the student will be able to
• know the historical and cultural significance of Madurai
• know the infrastructure facilities in Madurai
• identify the tourism potentials of Madurai
• analyze the prospects in Madurai as a tourism destination
COURSE OUTLINE :
UNIT-I : MADURAI THROUGH THE AGES 7 Hrs.
Legends – Historical background – Cultural heritage of Madurai – Madurai as a pilgrimage tourism
destination – Hindu, Jain, Christian and Islamic Centers – Fairs and festivals.
UNIT-II : HISTORICAL TOURIST CENTERS & NATURAL HERITAGE DESTINATIONS 8 Hrs.
Palaces, Bridges, Dams, Forts, Heritage Buildings, Museums, Halls, Alagar Koil, Thirupparankundram,
Kodaikanal, Srivilliputtur, Shenbagathoppu, Sirumalai, waterfalls - Unique features of Madurai –
Jasmine, Textiles, ‘Thungah nagaram’.
UNIT-III : ACCOMMODATION AND TRANSPORT 7 Hrs.
Origin of hotels – different types of accommodation – Accommodations in Madurai – location, facilities,
problems – Tour operation – types – tour agencies in Madurai – Transport – transport facilities in
Madurai – problems faced by tourists
UNIT-IV : MARKETING AND MARKET SEGMENTATION IN MADURAI 8 Hrs.
Tourism product – meaning – features – Marketing of Madurai as a tourism product – Market
segmentation – types – segmentation of Madurai as a tourism sector – Use of advertising and publicity
tools to market Madurai as a tourism centre.
TEXT BOOK(S)
Devakunjari D, Madurai through the ages, Madras, Society for Archaeological, Historical and
Epigraphical Research, 1979.
Kandasamy V, Madurai Varalarum Panpadum (Tamil), Madurai, Indira Padhippagam, 1984.
REFERENCE BOOK(S)
Ambaimanivannan, Tamilaga Kovirkalai Varalaru, Madurai, J.J.Publications, 2005.
Baliga B.S, Madras District Gazetteer, Madras, Govt. of Madras, 1960, Chapters: Part III.
Bhatia .A.K, The Business of tourism, New Delhi, Sterling publishers pvt ltd, 2009.
Francis W, Madura Gazetteer, New Delhi, Cosmo Publications, 2000.
Jeyachandran A.V, The Madurai Temple Complex, Madurai, Madurai Kamaraj University, 1985.
Jha.SM, Tourism marketing, Delhi, HPH, 2010.
Kandasamy V. (Ed.), Madurai District (A General Knowledge Hand book), Madurai, MNUJAMHSS,
2008.
Lajpati Rai, Madurai Madirai, Madurai, Ranji Folk Research Center, 2008.
Manohar Devadoss, Multiple Facets of My Madurai, Chennai, East West Books Pvt ltd, 2007.
Memoria Jhoshi.C.B, Principles and practice of marketing, New Delhi, kitat Mahal, 2011.
Nelson J.H, The Madura Country – A Manual, Madras, Asian Educational Services, 1989.
Rajayyan K, History of Madurai, Madurai, Madurai Kamaraj University, 1974.
Ramasamy V.S, Namakumari.S, Marketing Management, New Delhi, Macmillan Business Books,
2012.
279
ECHI3201EI INDIA AND THE WORLD
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• identify India’s position in the global level.
• know India’s conflicts and co-operation with its neighbouring countries.
• comprehend the necessity for strengthening its relations with both developed and underdeveloped
countries.
COURSE OUTLINE :
UNIT-I : INDIA'S GEOGRAPHY AND POLITY 8 Hrs.
India’s location – political background – post World War II scenario – bipolar to unipolar – power
centers.
UNIT-II : INDIA'S ECONOMY 7 Hrs.
Indian economy – Pre Globalization and post Globalization – its impact – Trading relations with the
world.
UNIT-III : INDIA'S ROLE IN INTERNATIONAL ORGANIZATIONS 7 Hrs.
UNO, WTO
UNIT-IV : INDIA'S RELATION WITH UNDER DEVELOPED COUNTRIES 8 Hrs.
G11 countries – SAARC, ASEAN, BRICS.
TEXT BOOK(S)
Bipan Chandra & Others, India since Independence 1947 – 2000, New Delhi, Penguin Books, 2000.
REFERENCE BOOK(S)
Dutt Gaurav & Mahajan Ashwani, Indian Economy, New Delhi, S.CHand & Company Ltd, 2011.
Dutt V.P, India’s foreign Policy, Sahibabad, Vikas Publishing House, 1984.
eepashree, Indian Economy – Performance and Practice, New Delhi, Anu Books Pvt. Ltd, 2011.
Frederic S. Pearson and J. Martin Rochester, International Relations, USA, Addison – Wesley
Publishing Company, 1984.
Garmora.J.L, Indian Economy and Global Recession, Jaipur, Vital Publications, 2010.
Jegadish Gandhi.P, Globalised Indian Economy – Contemporary Issues and Perspectives, New
Delhi, Deep & Deep Publication Pvt Ltd, 2003.
Khanna Kewal & Khnanna Pramila, Indian Economy towards Globalisation, Jaipur, Raj Publishing
House, 2001.
Norman D. Palmer, Howard C. Perkins, International Relations, New Delhi, A.I.T.B.S. Publishers,
1997.
Peu Ghosh, International Relations, New Delhi, PHI Learning Private Limited, 2009.
Prakash Chandar & Prem Arora, Comparative Politics and International Relations, New Delhi,
Cosmos Bookhive, 2002.
Sailendra Nath Sen, An Advanced History of Modern India, New Delhi, Macmillan Publishers, 2010.
COMA3201EI FOUNDATION COURSE IN MATHEMATICS AND COMMERCE FOR
COMPETITIVE EXAMINATIONS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire computational skills
• practice speed in doing problems
• develop confidence to appear for competitive examinations
280
COURSE OUTLINE :
UNIT-I : MENSURATION 10 Hrs.
Profit and loss, simple interest, compound interest, area, volume and surface area
UNIT-II : DATA INTERPRETATION 5 Hrs.
Bar graphs, pie charts, line graphs
UNIT-III : EQUATIONS 5 Hrs.
Linear – simultaneous linear equations upto three variables – quadratic and cubic equations in one
variable (Business application)
UNIT-IV : DIFFERENTIATION 10 Hrs.
Basic concepts of differentiation – marginal cost- marginal revenue – elasticity of demand –
optimisation. (cost minimisation and profit maximisation)
REFERENCE BOOK(S)
Aggarwal R.S, Quantitative Aptitude, New Delhi, S. Chand and Company Ltd, 2011.
Sancheti D. C, Kapoor V.K, Business Mathematics, New Delhi, Sultan Chand and Sons, 2002.
CSMA3201EI BASICS IN DISCRETE MATHEMATICS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• verify the validity of statements using truth tables
• express the different concepts and methods in Boolean algebra and propositional calculus
• construct minimal Boolean expressions using prime implicants and Karnaugh maps
COURSE OUTLINE :
UNIT-I : 8 Hrs.
Boolean Algebra: Basic definitions and theorems, Boolean expressions, sum of products forms.
UNIT-II : 7 Hrs.
Minimal Boolean expressions, prime implicants, Karnaugh maps.
UNIT-III : 8 Hrs.
Propositional Calculus: Statements, basic operations, truth value of compound statements, propositions
and truth tables, tautologies and contradictions, logical equivalence, negation and DeMorgan’s laws.
UNIT-IV : 7 Hrs.
Algebra of propositions, conditional and biconditional statements.
TEXT BOOK(S)
Seymour Lipschutz and Mare Lars Lipsor, Discrete Mathematics, New Delhi, ( Schaum Series)
McGraw Hill Publishing Company Ltd, 1999, Chapters: 12 (12.1-12.9), 13(13.1, 13.3, 13.6, 13.7).
REFERENCE BOOK(S)
Tremblay J.P , Manohar R, Discrete Mathematical Structures with Applications to Computer
Science, TATA McGraw-Hill Publishing company limited, 2001.
Venkataraman M.K, Sridharan N, Chandrasekaran N, Discrete Mathematics, The National Publishing
Company, 2000.
281
HIMA3201EI HISTORY AND MATHEMATICS FOR COMPETITIVE EXAMINATIONS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• develop confidence to appear for competitive examinations
• keep abreast with current affairs
• acquire employability skills
COURSE OUTLINE :
UNIT-I : NUMERICAL ABILITY 6 Hrs.
Decimal fractions, percentage, average, profit and loss
UNIT-II : LOGICAL REASONING 9 Hrs.
Non – verbal reasoning – series, analogy, classification, verbal reasoning - analogy, series completion,
letter coding and decoding
UNIT-III : INDIAN HISTORY 10 Hrs.
Ancient, medieval and modern Indian History- National movement
UNIT-IV : CURRENT AFFAIRS 5 Hrs.
Indian polity, economy, geography, current events, Information technology – use of computer, internet.
TEXT BOOK(S)
Aggarwal R. S, A Modern Approach to Verbal and Non- verbal Reasoning, New Delhi, S. Chand
and Company Ltd, 2007.
Aggarwal R.S, Quantitative Aptitude, New Delhi, S. Chand and Company Ltd, 2011.
Chopra, P.N, A Comprehensive History of Modern India, New Delhi, Sterling Publishers Pvt. Ltd,
2003.
Krishna Reddy.K, Indian History for UPSC Civil Services Preliminary Examination, New Delhi, Tata
McGraw-Hill, 2009.
Majumadar, R.C., Raychaudhuri, H.C., and Datta,, An Advanced History of India, New Delhi,
MacMillan, 2001.
STUDY MATERIAL(S) :
JOURNALS AND MAGAZINES
• Encyclopedia of General Knowledge
• General Studies Manual
• India Quiz Book
• Magazines
• Competition Master
• Competition Success Review
• Competition Wizard
• India Today
282
ECMA4201EI LINEAR PROGRAMMING AND NETWORK ANALYSIS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• analyze and formulate the linear programming problem
• solve the linear programming problem using graphical method
• construct network diagrams and solve problems using PERT and CPM
COURSE OUTLINE :
UNIT-I : 7 Hrs.
Linear Programming : Basic assumptions, components – general form of a LPP – mathematical
formulation of a LPP –primal and dual – Economic interpretation of duality.
UNIT-II : 8 Hrs.
Revenue maximization and cost minimization by graphical method – applications – limitations of linear
programming approach.
UNIT-III : 7 Hrs.
Basic components of network, logical sequencing, rules of network construction
UNIT-IV : 8 Hrs.
Critical path analysis, probability consideration in PERT.
TEXT BOOK(S)
Man Mohan, Kanti Swarup and P.K. Gupta, Operations Research, New Delhi, Sultan Chand and sons,
2006, Chapters: 25 (25.1-25.8).
Mehta B.C & Madnani G.M, Mathematics for Economists, New Delhi, Sultan Chand & Sons, 2007,
Chapters: 18 (pp. 604 – 618).
REFERENCE BOOK(S)
Gupta, M.P. and J.K. Sharma, Operations Research for Management, New Delhi, National Publishing
House, 1984.
Himer Frederick S. and Gerald .J. Lieberman, Introduction to Operations Research, New York,
McGraw Hill Publishing Company, 1990.
Mustafi C.K, Operations Research, Methods and Practice, 3/e, New Delhi, New Age International (P)
Limited, Publishers, 2011.
Shenoy G.V, U.K. Srivastavaand S.C. Sharma, Operations Research for Management, New Delhi,
Wiley Eastern Limited, 1991.
Teresa Bradley Paul Patton, Essential Mathematics for Economics and Business, New Delhi, John
wiley & Sons Ltd, 2008.
Weber E. Jean, Mathematical Analysis: Business and Economic Applications, 4 th, New York,
Harper & Row, Publishers, 1982.
ENMA4201EI BASIC COURSE IN MATHEMATICS AND ENGLISH FOR COMPETITIVE
EXAMINATIONS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire communicative competence
• develop critical acumen
• prepare effectively in language tests for competitive exams.
• acquire computational skills in Mathematics
• develop speed and efficiency in solving problems
283
COURSE OUTLINE :
UNIT-I : 11 Hrs.
Simplification, Problems on numbers, Time and work, Time and distance, Permutations and
combinations
UNIT-II : 4 Hrs.
Ratio and proportions, Surds and indices
UNIT-III : 8 Hrs.
Synonyms, Antonyms, One – word substitution, Idioms and Phrases, Foreign Expressions
UNIT-IV : 7 Hrs.
Reading comprehension, Reorganizing jumbled sentences, Spotting the errors, Analogy
REFERENCE BOOK(S)
Aggarwal R. S, Quantitative Aptitude, New Delhi, S. Chand and company Ltd, 2011.
Best, Wolfred D, The Students’ Companion, New Delhi, Harper Collins, 2000.
Bhatnagar, R.P.and Rajul, Bhargava, English for Competitive Examination, New Delhi, Macmillan
India Ltd, 2000.
Eugene D. Jafle, GMAT (Graduates Management Admission Test), New Delhi -2, Galgotia
Publication Pvt. Ltd, 1996.
Thorpe, Edgar and Showick Thorpe, Objective English, Singapore, Pearson Education, 2003.
Wood, Frederick, Current English Usage, London, Macmillan, 1987.
NCCE3201EE ORGANIZATION AND SOCIETAL SERVICES IN NCC
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• know the history and organization of NCC and Indian defence
• acquire a basic knowledge on civil and self defence
• discuss the basic health and hygienic issues and remedies
• apply the above in community development
COURSE OUTLINE :
UNIT-I : ORGANIZATION OF NCC AND ARMED FORCES 8 Hrs.
Organization and History of NCC - Aims and Objectives of NCC – Motto of NCC – DG’s Four Cardinal
Principles of NCC – NCC Song – Certificate Examination in NCC Basic organization of Armed Forces -
History of Indian Military – Paramilitary forces –BSF- CRPF and CISF - Ranks in Army, Air force and
Navy– Honours and Awards
UNIT-II : CIVIL DEFENCE, SELF DEFENCE AND NATIONAL DEFENCE 7 Hrs.
Civil Defence – Organization – Aims and services- Aid to Civil authorities in emergency- Self Defence –
Aims of Self Defence – Women and Self Defence Disaster – Man made and Natural - Role of NCC
Cadets during natural calamities – Essential services during natural calamities
UNIT-III : COMMUNITY HEALTH AND HYGIENE 8 Hrs.
Health – Definition and types - Communicable and Non communicable Disease – Pollution and its type
Hygiene – Societal and personal - Sanitation – Methods of purification of drinking water –Types of
urinals and Latrines
UNIT-IV : FIRST AID 7 Hrs.
Aims, Principle and Motto of First Aid – List of items in First aid Box –Types of Fracture – Dislocation -
Types of Wounds - Types of Bandages – Burns and Scalds – Sprain –– Poison - Snake bite - Sun
Stroke – Drowning - Shocks – Artificial Respiration
284
PEZO3201EI HEALTH CARE AND PHYSICAL FITNESS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• interpret the essentials of lifelong fitness
• analyze fitness barriers, make healthier choices
• decide to choose and sustain a healthy lifestyle
COURSE OUTLINE :
UNIT-I : INTRODUCTION 7 Hrs.
Concept of fitness - Cost of physical inactivity and poor nutrition, unhealthy lifestyles, life style diseases
– Hypertension, Diabetes, Cardiovascular disease, Depression. Understanding human body systems –
human movement science.
UNIT-II : NUTRITION AND HEALTH CARE 8 Hrs.
Nutrients for healthy lifestyle- dietary recommendations for weight gain or loss, increased iron status,
decreased salt intake. Role of nutrients in various disease states – heart disease, cancer and
osteoporosis. Nutritional requirements during pregnancy, lactation, infancy nutrition and adolescence.
UNIT-III : FITNESS AND ASSESSMENT 7 Hrs.
Components of Fitness- Health related fitness and Specific fitness. Assessment techniques- Body Mass
Index, cardio vascular endurance, lung capacity, blood pressure, pulse rate, hemoglobin and blood
volume (viscosity of blood).
UNIT-IV : EXERCISE AND HEALTH 8 Hrs.
Physical activity guidelines- exercise intensity - progressive and overload-exercise programme for
different age groups. Exercise as treatment for cardio vascular disease, hypertension, diabetes, cancer,
bone health, depression and stress management.
REFERENCE BOOK(S)
Hazedine, Fitness for Sport, Ramsburg, The Crowood Ress Ltd, 1985.
Hoeger W.K. and Hoeger S A, Fitness and Wellness, Englewood, Morton publishing Company, 1990.
Mann J. and Truswell A.S, Essentials of Human Nutrition, 3rd Ed, Press, New York, Oxford
University, 2008.
Park K, Preventive & Social Medicine, 21st Edition, Jabalpur, India, M/s Banarsidas Bhanot
Publishers, 2011.
Suitor C.W and Crowley M.F, Nutrition principles and application in health promotion, 2nd Ed,
Philadelphia, J.B. Lippincott Company, 1984.
NCCE4201EE NATIONAL INTEGRATION AND PERSONALITY DEVELOPMENT
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• express the sense of patriotism
• develop an all-round dynamic personality with adequate leadership traits
• interpret effectively
COURSE OUTLINE :
UNIT-I : NATIONAL INTEGRATION 8 Hrs.
Unity and Diversity – Religion, Culture and heritage of India – Inter religious faith – Threats to National
Integration - Importance of National Integration - Role of Youth in Nation Building
7 Hrs.
285
UNIT-II : NATIONALIST MOVEMENT IN INDIA
Indian Freedom Struggle – Patriots (Gandhiji,Nethaji and Raja Ram Mohan Rai) and their contribution –
battles and battle heroes- Field Marshal K M Cariappa,Field Marshal SHFJ Manekshaw, Marshal of the
Air Force Arjan Singh
UNIT-III : LEADERSHIP 8 Hrs.
Leadership – types and traits – Man Management in NCC – Duties of a Good Citizen – Leaders
(selected) – life and message – team building
UNIT-IV : PERSONALITY DEVELOPMENT 7 Hrs.
Individuality – Factors influencing Personality – Interpersonal relationship – Group dynamics - Time
Management
PESD4201EP SELF DEFENCE FOR WOMEN
(Lab)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire physical and mental strength.
• identify one’s own strength.
• know the importance of self defence.
COURSE OUTLINE :
EXPERIMENTS/LAB : 30 Hrs.
UNIT – I INTRODUCTION: 8 hrs
Self Defence-Meaning- HwaRang Code of honor -Commandments of modern Taekwondo- Tenets
of taekwondo- How to behave in a dojang
UNIT – II BASIC TECHNIQUES: 7 hrs
Rules of Self Defence-Student Creed-Common stances - Fitness.
UNIT III TECHNICAL POINTS: 8 hrs
Flexibility – Dynamic Stretching , Static Active Stretching Static Passive Stretching Isometric
Stretching-Kicking Routines – Front Kick, Side Kick, Heel Kick-Hand Attack, & Leg Attack-Hand
Defence & Leg Defence-Hand Combination.
UNIT – IV COMBINATIONS AND COMBINATION ADVANCED: 7 hrs
Four Directional Punching-Four Directional Blocking- Self – Defence 1 to 10 combination. Self –
Defence 1 to 10 combination advanced- Breaking
TEXT BOOK(S)
MASTER HEE IL CHO, The Complete TAEKWON DO HYUNG, VOL– 3, 1999.
286
HIPH4201EI SCIENTIFIC PRINCIPLES IN HISTORICAL MONUMENTS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• recall the historical background of the monuments
• recognize the different scientific principles in designing, constructing and maintenance of historical
monuments
• identify knowledge of scientific principles used by people in the past
COURSE OUTLINE :
UNIT-I : CHARACTERISTICS OF MONUMENTS 7 Hrs.
Definition, Materials used, Purpose- Functions- Types: religious, secular, palaces, forts, tombs,
bridges, irrigation systems- need for conservation
UNIT-II : HISTORY OF CONSTRUCTION TECHNOLOGIES 8 Hrs.
Chronological development- Ancient civilizations- Ancient period - Medieval construction-
construction in the modern period- technical achievements
UNIT-III : BASIC PHYSICS PRINCIPLES 7 Hrs.
Stability and equilibrium:leaning tower of Pisa – Tension, stress and strain: bridges – Overcoming
forces : sledges, pulleys and elevators
UNIT-IV : TECHNIQUES OF CONSTRUCTION 8 Hrs.
Mechanical energy to move large stones – use of counter weights and counter ramps - Hydraulic
transport of building material – use of levers and pivot walking
REFERENCE BOOK(S)
A.B.Gupta, College Physics, Volume I, Kolkata, Books & Allied Pvt Ltd, 2005.
Antoine Picon, Construction History: Between Technological and Cultural History, in
Construction History, volume 21, Barcelona, Yale University Press, 2005.
Donald Friedman, A Historical Building Construction: Design, Materials, and Technology, Second
Edition, New York, W. W. Norton & Company, 2010.
H.T.Pledge, History of Science, New Delhi, DIT Publishers, 1978.
J.D.Bernal, Science in History, London, CA Watts Company Ltd, 1965.
James Edgar Swain, A History of World Civilization, New Delhi, Eurasia Publishing House, 1980.
Pearce F.G, An Outline History of Civilization, London, Oxford University Press, 1965.
VarheseJeyaraj S, History of Science and Technology, Uthamapalayam, Enns Publication, 2004.
Venkatraman R, History of Science and Technology, Madurai, Ennes Publication, 1988.
WEBSITE(S) :
http://www.catchpenny.org/mmbuild.html
http://www.arvindguptatoys.com/arvindgupta/physicsexperiments.pdf
sciencefair.math.iit.edu/projects/pisa
www.apeg.bc.ca/services/branches/documents/pr/Bridge_Engineering_Principles.pdf
http://ignoringfriction.blogspot.in/2008/12/physics-behind-famous-bridge-collapses.html
http://www.ancient-wisdom.co.uk/extremasonry.htm#transportation
http://www.ascensoresdomingo.com/english/historia.htm
287
PEPH4201EI SCIENCE OF SPORTS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize the scientific basis involved in various sporting events and techniques.
• realize science concepts through participatory field events.identify the factors affecting the
• efficiency of performance in sports.
COURSE OUTLINE :
UNIT-I : INTRODUCTION 7 Hrs.
Distribution of mass in human body-forces in muscles and bones-elastic properties - work, energy
and power of the body sizes - strength and food requirements - calculations of calorific content needed
for each student.
UNIT-II : BIOMECHANICS OF TRACK & FIELD EVENTS 8 Hrs.
Basis ideas about distance - velocity and speed – acceleration- acceleration due to gravity -
angular displacement – angular speed and angular acceleration; Linear Kinematics: Inertia – mass –
force – momentum - Newton’s laws of motion – friction – impulse – impact - oblique impact - elasticity -
impact on fixed surface-moving bodies-Projectiles-horizontal and vertical motion-range of projectile-
trajectory
UNIT-III : APPLICATION IN TRACK EVENTS 7 Hrs.
Analysis of Track Techniques: Starting, running, hurdling, stride length, frequency, sprint start.
Video demonstration of track events and its techniques
UNIT-IV : APPLICATION IN FIELD EVENTS 8 Hrs.
Analysis of throwing events: techniques involved in speed of release, angle of release and reverse
in shot put, discus, javelin and hammer throw-Video demonstration of projectiles in sports
TEXT BOOK(S)
Marion & Hornyak, General physics with Bioscience Essays, Second edition, Newyork, John Wiley
&Sons, 1985, Chapters: 2.1-2.5, 2.8 (page 42,43), 2.9, 3.1-3.4 ,3.7, 4.2, 5.2, 5.3 (page 103-107) ,7
(page 127-132,137-140), 9 (page 187,188,195-197), 11.1 (page 235- 237).
Sears D. Young & Zemansky, University Physics, 13th Edition, New Delhi, Narosa publishing house,
2012, Chapters: 3.3, 8.1.
T.McClurg Anderson, Biomechanics of Human motion, First edition, New Delhi, Sports
publicationEMCA House,Ansari Road,Darya Ganj, 2007, Chapters: 9,10,11,14.
REFERENCE BOOK(S)
Burn.W.John, Scientific principles of coaching, Second edition, Englewood Cliffs, Prentice Hall,
1972.
Hay.G.James, The biomechanics of sports techniques, fourth edition, San Francisco, Benjamin–
Cummings Publishing company, 1993.
Peter M.Mc.Ginnis, Biomechanics of sport and exercises, second edition, US, Human Kinetics
publishers, 2013.
Sidhu G.S & Ahluwala.A.K, The Complete Book of Sports and Games, 3rd edition, Meerut, Varun
publishing house, 2005.
288
BASS3201EI INTRODUCTION TO SELF
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• recognize factors determining individual behaviour
• identify and manage stress
• develop skills to effectively manage oneself
COURSE OUTLINE :
UNIT-I : INTRODUCTION TO SELF 8 Hrs.
Self:Understanding Self - Johari Window - SWOT analysis - Concept of self-image - self confidence;
UNIT-II : UNDERSTANDING INDIVIDUAL BEHAVIOUR: 7 Hrs.
Perception: Factors influencing perception. Learning: Role of Association and Reinforcement.
Cognition: Basic cognitive process. Motivation: Intrinsic, Extrinsic – Need hierarchy theory.
Personality: Determinants of Personality, Assessing Personality. Attitudes: Structure and content of
attitude, Change in attitudes – development of attitudes.
UNIT-III : FUNDAMENTALS OF EMOTIONS: 7 Hrs.
Emotions: Experiences and Expressions, Negative and Positive emotions; Aggression, Frustration.
Love, Happiness. Management of positive and negative emotions-Steps to control aggression.
UNIT-IV : MANAGING STRESS: 8 Hrs.
Stress: Causal factors. Coping with stress: Time management, problem solving skills, Effective decision
making skills, Conflict resolution Strategies.
TEXT BOOK(S)
L M Prasad, Principles of Management, S. Chand & Sons, New Delhi, 2006.
REFERENCE BOOK(S)
Baron. R, Introduction to Psychology, Prentice Hall of India private limited, New Delhi, 2003.
Giri. A K, Self development and Social transformations, Rawat Publications, New Delhi, 2008.
SSPY3202EI UNDERSTANDING SELF
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• acquire an interest in self-Introspection
• apply techniques for self-introspection
• analyze their strengths and weaknesses
• plan strategies for Self improvement
COURSE OUTLINE :
UNIT-I : SELF- AWARENESS 5 Hrs.
The process of sensory awareness – techniques of self-awareness, self-introspection, factors
influencing self – awareness, physiology, social roles and culture.
UNIT-II : EMOTIONAL AWARENESS 5 Hrs.
Subjective Experiences: Feelings, Emotion, Passion: experiences and expressions. Factors affecting
emotions, emotional monitoring, sharing feelings ,empathy and emotional intelligence.
UNIT-III : SELF- PERCEPTION 12 Hrs.
Self-concept, Development of self concept: Sociological perspectives: Cooley, Mead, Giri-I, me and
You. Psychological Perspective: Adler, Rogers. Nature. Vs Nurture - Agencies of socialization,
Relationship between Individual & Society; Role: Role Expectation, Role Conflict, Types.
289
UNIT-IV : SELF-ESTEEM 8 Hrs.
Self-acceptance and self-esteem. Characteristics of healthy and unhealthy self-esteem, Factors
influencing the development of healthy self esteem. Case studies.
REFERENCE BOOK(S)
Adler .B.R. and Neil T, Looking out/ looking in, (VIIE), Harcourt Brace and co, Orlando, 1993.
Baron.R.A.&Byrne.D, Social Psychology, (XIE), DorlingKindersley Pvt.Ltd, India, 2006.
Giri. A. K, Self development and Social transformations, Rawat Publications, New Delhi:, 2008.
Myers.D.G, Social Psychology, (VIE), McGraw- Hill Companies, New Delhi, 1999.
PHTA3201EI TAMIL LITERATURE AND PHYSICS
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• goe;jkpo; ,yf;fpaq;fSs; nghjpe;jpUf;fpd;w ,aw;gpay; rpe;jidfis mwpjy;
• fhye;NjhWk; khwptUk; ,aw;gpay; tsh;r;rp epiyfis xg;gpl;L czh;jy;.
• ,aw;gpay; JiwNahL jkpio ,izj;Jg; ghh;f;Fk; njspitg; ngWjy;.
COURSE OUTLINE :
UNIT-I : gz;ila ,yf;fpaq;fspy; ,aw;gpay; 10 Hrs.
njhy;fhg;gpak; - rq;f ,yf;fpak; - mw ,yf;fpak; - fhg;gpak; - gf;jp ,yf;fpaq;fspy;
,aw;gpay; nra;jpfs;.
mZtpay; (Atomic Physics) :
kzp. (tuk;,y;..)> jpUthrfk;.- jpUtz;lg;gFjp -5>fk;guh.- ,uzpa.124> ,uhtzd; Nrhfg;glyk;
- 52> jpUtpisahly; Guhzk; - 7>jpUts;St khiy - (fLifj; Jisj;Njo;;)> (mZitj;
Jisj;Njo;)>tpehafh; mfty; - 64 - 65.
gh];fy; tpjp (Pascals law) (ePh;kepiyapay;): thf;Fz;lhk; - gh.-19> njhy;.vO.(er;.ciu
tpsf;fk;) - E}d;kuG - E}.10. xspapay; (Optics) (gspq;F> fz;zhbapd; ,ay;G) : FWe;.-8>
Fws; -706> kzpNk. - gspf;. Gf;.fh. 124-125> jz;b.- jPtf mzp> jpUts;St khiy. - 5.
epA+l;ldpd; Kjyhk; ,af;fKiw tpjp (Newton’s First law of motion):
jpUth.- jpUtz;lg;gFjp (er;R muT.. vdj; njhlq;Fk; ghly; - elg;gd elhma;> fplg;gd
fplhma;> epw;gd epwP,...)
ce;jk; khwhf; Nfhl;ghL (Momentum theory of change) :
Gwk;. 192:8-10> 152:1 - 6> fk;guh. - jhlif tijg; glyk; -412> tpuhjd; tijg;glyk; - 2636>
epA+l;ldpd; %d;whk; ,af;fKiw tpjp (Newton’s third law of motion):
Fws; - 307
Iaj; jj;Jtk; (Uncertainity Principle) :
jpUke;. - gh. 2251
Cryp (Pendulum) :
mKjhk;gpif gps;isj;jkpo; - Crw; gUtk;
UNIT-II : gz;ila ,yf;fpaq;fspy; thdpay;(Astronomy) 10 Hrs.
njhy;fhg;gpak; - rq;f ,yf;fpak; - mw ,yf;fpak; - fhg;gpak; - gf;jp ,yf;fpaq;fspy;
thdpay; nra;jpfs;
jpUtz;lf tphpTf; nfhs;if (Expanding Universe theory) :
jpUke;. - 61>
ehs;;kPd; (Star) :
ehs;Nfhs; -gd;dPh; Xiu - uhrp (Sign of the Zodiac) - njhy;. fstpay;. 45> vhp> ril>vopy;>
Ntok; - ghp.11 :1-3>mWkPd;- mfk;.-141>tlntz;kPd; (Mizar and Alcor) - fyp.-2> rpyg;gjpfhuk; - 27>
cNuhfpzp kPd; - mfk;.- 136> thy;el;rj;jpuk; (Comet) - Gwk;.-117> tpz;fy; (Meteorite)- FWe;.189>
Gwk;.- 41> tpz;kPd; $l;lk; (Galaxy) - Gwk;. - 270> kf ntz;kPd; (Regulus)- gl;.gh. 34-35>
290
,iz Vhp (Castor, Pollux) - gl;.gh. 39> tlJUt tpz;kPd; (Pole Star) - gjpw;. 24.
Nfhs;kPd; (Planet):
QhapW> jpq;fs;> nrt;tha;> Gjd;> tpahod;> rdp> nts;sp - njhy;.nrhy;. - 58> gl;.gh.-11> 67 -
68> ew;. - 231> ew;. - 230> Gwk;.- 117> 388> Njth.NfhsW gjpfk; - 1.
#hpad; :
QhapW ehaff; nfhs;if(Sun centered theory) - rpWgh.242-243> neUg;Gf;Nfhsk; : mfk;. - 31>
ew;. - 163:9-10> ntk;ikAk; ntspr;rKk; (Light and Heat) : mfk;.- 55> 298> ew;. - 67> fyp. - 71>
ngUk;gh.- 442> #hpa ehspaf;fk; : mfk;.- 298> ew;.- 69>117> 187> ghy; tPjp (Milky Way) :
Gwk; - 25:1-3>30:1-5> mfk;.-378:14-5> gjp.gj;J -14:3-4. ghp.-19:19-20> neL.th.- 160-161> RoYk;
#hpad; : mfk;.-53> #hpaDk; re;jpuDk; re;jpj;jy; : Gwk;. - 65> 376.
G+kp :
G+kp cUz;il - ghp.- 2> 5 - 12> Fws; - 1031> jpUth. – jpUtz;lg; gFjp 1 - 4.
epyT :
epytpd; ,ay;G - gjpw;.- 90:17> Fws; -1118> epyhf;Fopfs;(Craters) – Fws; - 782> 957>epyh kz;
- ew;. 31> epyh - NkL>gs;sk; - ew;. 83> epyhg; gpiwfs; - FWe;.- 289> kJ.fh.-193-6>
re;jpufpufzk;(Lunar eclipse) – mfk;.114> FWe;.395> ngsh;zkpAk; NguiyfSk; - mfk;.-201.
UNIT-III : ftpijfspy; ,aw;gpay; (Physics) 6 Hrs.
nghJr;rhh;gpay; Nfhl;ghL (General relativity theory) :
jUK.rptuhkd; - “E =Mc2”- mZitf; Nfhh;j;j ..>- xspapd; fjpia….
rpwg;Gr;rhh;gpay; Nfhl;ghL (Special theory of relativity) :
R[hjh - ieyhd; ujq;fs; - Id;];Bd; nrhd;dJ..
jUK.rptuhkd; - ,d;W fz;lJ…
rpw;gp - #hpa epoy; - fp.gp.2086> Ntfk; Ntfk; - (,ul;ilg; Gjph; - Twin Paradox)
vf;]; fjph;fs; (X - ray) :
[P.FkNurd; - ,yf;fzr; rijfis…
b.b.ePyfz;ld; - fd;dpj; jkpOf;Nfhh; ftpahuk; - FWfpajhk;…
VTfiz (Rocket) :
jhky; fz;zd; - VTfiz - thD}h;jp Nghy…
UNIT-IV : Gidfijapy; fhe;jtpay; (Magnetism) 4 Hrs.
FWehty; - Map\h - uh. eluhrd;.
TEXT BOOK(S)
eluhrd;> ,uh., Map\h, kJiu, 2013.
Mhpah;> n[., mbg;gil ngsjPfk;, nrd;id, jkpo;ehL ghlE}y; epWtdk; (,ay;2>11 -13> gf;.
74>61> 369), 2010.
Nfhtpe;juhrd;> jp.> Kj;Jr;rhkp> Nf., thdpay; (,uz;lhk; Gj;jfk;), nrd;id, jkpo;ehL ghlE}y;
epWtdk;(,ay; 14>16>17.21), 2010.
Re;ju NtYrhkp> v., xspapay;, f&h;, gphpah gg;spNfrd;];, 2000.
rNgrd;> ,uh., mZf;fUtpay;, nrd;id, jkpo;ehL ghlE}y; epWtdk; (,ay; 2), 2011.
rz;Kf Re;juk;> tp., GJikf;fhe;jtpay;, nrd;id, jkpo;ehL ghlE}y; epWtdk;, 2011.
REFERENCE BOOK(S)
,uhN[e;jpud;>k.> fpUl;bd%h;j;jp> rh.> Re;juk;> ,uhk., mwptpaYk; jkpOk;, jQ;rhT+h;,
jkpo;g;gy;fiyf;fofk;, 2009.
khj;jis NrhK, tpaf;f itf;Fk; jkpoh; mwptpay;, jpUr;rp, jkpo;f;Fuy; gjpg;gfk;, 2005.
ney;iy R.Kj;J, ftpijfspy; mwptpay;, nrd;id, epA+ nrQ;Rhp Gf; `T];, 2001.
rpuh[; cd;dprh ehah;> ckh kNf];thp. nyh.M.> mgpjh rghgjp (njh.M.), jkpo; ,yf;fpaj;jpy;
mwptpay; rpe;jidfs;, nrd;id, thdjp gjpg;gfk;, 2003.
tujuhrd;> K., goe;jkpo; ,yf;fpaj;jpy; ,aw;if, nrd;id, ghhp epiyak;, 2006.
291
TANT3201EL INTRODUCTION TO LITERATURE AND LANGUAGE EXERCISE
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• jkpo; ,yf;fpaj;ijr; Ritf;f mwpe;J nfhs;Sjy;.
• jkpopy; fUj;J ntspaPl;L Mw;wiyg; ngwy;.
• nkhopngah;g;Gj; jpwd; ngWjy;.
COURSE OUTLINE :
UNIT-I : nghJf;fl;Liu> fbjk; 5 Hrs.
nghJf;fl;Liufs; vOJjy; - fbjk; vOJjy; (Gfhh;f;fbjk;> tpz;zg;gf;fbjk;> cwT Kiwf;
fbjk;)
UNIT-II : rpWfij 10 Hrs.
vl;laGuk; uh[d;; - Mq;Nfhh; Viof;F... (10 rpWfijfs;) 1. rlyg;g+f;fs; 2. Mj;kh
RLtjpy;iy 3. fhw;Wf;F Xa;T vd;gJ vJ? 4. mirAk; nrhj;Jf;fs; 5. ahh; kdjpy;
ahhpUg;ghh;. 6. Nkd;kf;fs; 7. gpwe;j kz; 8. MrPh;tjpf;fg;gl;ltd; 9. ey;y Fwp nrhy;Yq;fNsd;
10. gFj;Jz;L
UNIT-III : GJf;ftpij 10 Hrs.
GJf;ftpijfs;:
Mjtd; - Ntz;Ljy;
ituKj;J - fpof;F tpopf;Fk; Neuk;
mg;Jy; uFkhd; - flTSf;F xU fbjk;
jp. jdyl;Rkp - fz;L nfhz;Nld;
gh.tp[a; - tpyhrq;fs;
ney;iyf;fz;zd; - tprdk;
kPuh - tWikNa ntspNaW
Nt.gj;khtjp - Jyhghuk;
If;$ ftpijfs;:
jkpod;gd; - gj;jhtJ jlitahf...
fodpA+ud; - G+r;nrbfSf;F...
tyir tPughz;bad; - Ch; $bAk;...
e.Kj;J - mk;kp kpjpj;jtis...
,se;njd;wy; - mk;kh vd;why;...
UNIT-IV : nkhopngah;g;G 5 Hrs.
fiyr;nrhy;yhf;fk; (gy;Jiw njhlh;ghd 50 fiyr;nrhw;fs;)> nkhopngah;g;Gg;gapw;rp
TEXT BOOK(S)
vl;laGuk; uh[d;;, Mq;Nfhh; Viof;F, nrd;id, fhh;j;jpf; gjpg;gfk;, 2008.
REFERENCE BOOK(S)
,uhjh nry;yg;gd;, fiyr; nrhy;yhf;fk;, nrd;id, epa+nrQ;RhpGf; `T];, 2006.
,uhkr;re;jpud;> f., GJf;ftpijfspd; gd;Kfg;ghh;it, nrd;id, epa+nrQ;RhpGf; `T];, 2006.
jkpo;thzd;> Ny.(g.M.), fl;Liu vOJtJ vg;gb?, nrd;id, kzpNkfiy gpuRuk;, 1995.
rptj;jk;gp> fh., rpWfijapd; Njhw;wKk; tsh;r;rpAk;, nrd;id, jkpo;g;Gj;jfhyak;, 1978.
tsh;kjp> K., nkhopngah;g;Gf;fiy, nrd;id, jpUkfs; epiyak;, 2003.
292
TANT3202EL INTRODUCTION TO TAMIL LANGUAGE - I
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• jkpo; mwpahNjhh; jkpo;nkhopapd; rpwg;Gfis mwpjy;.
• jkpo; vOj;Jfis vOj> gbf;ff; fw;Wf; nfhs;Sjy;.
• jkpo;nkhopia xypg;GKiw gpwohky; cr;rhpf;ff; fw;wy;.
COURSE OUTLINE :
UNIT-I : vOj;Jfs; mwpKfk; 10 Hrs.
caph; vOj;J> nka;naOj;J> caph;nka;naOj;Jfs; - vOj;Jg;gapw;rp kw;Wk; xypg;Gg;gapw;rp
UNIT-II : nrhw;fs; mwpKfk; 5 Hrs.
vOj;Jf;fspd;top nrhw;fs; mwpKfk; - tof;fpy; cs;s mbg;gilr; nrhw;fs;. (fpoikfs;>
khjq;fs;> G+f;fs;> goq;fs;)
UNIT-III : mbg;gilr; nrhw;fis mwpjy; 5 Hrs.
tof;fpy; cs;s mbg;gilr; nrhw;fs;. (tpyq;Ffs;> epwq;fs;> vz;fs;> cly; cWg;Gfs;>
cwTKiwg;ngah;fs;
UNIT-IV : Foe;ijg;ghly;fs; 10 Hrs.
vspikAk; njspTk; kpf;f jkpo;g;ghly;fspd;top xypg;Gg;gapw;rp - Foe;ijg; ghly;fs; %d;W
(m M vd;Nw mk;kh> f q nrhy;ypLNtd;> Mj;jp #b)
REFERENCE BOOK(S)
fhh;j;jpNfR rptj;jk;gp, jkpo; fw;gpj;jypy; cd;djk;, nrd;id, epa+nrQ;RhpGf; `T];, 2004.
jkpoz;zy;, jkpo; fw;gpf;Fk; newpKiwfs;, kJiu, kPdhl;rp Gj;jf epiyak;, 2004.
kPdhl;rp Re;juk;> fh.>fy;ahz Re;juk;> nj., rpWth; nray;topf;fy;tp, nrd;id, epa+nrQ;RhpGf;
`T];, 2007.
Rg;Gnul;bahh;> e. , jkpo; gapw;WKiw, rpjk;guk;, nka;ag;gd; gjpg;gfk;, 2007.
WEBSITE(S) :
www.tamilvu.org.
www.tn.gov.in
www.indian.child.com
CHTA4201EI NATURAL FOOD AND CHEMISTRY
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• ,aw;if cztpd; ed;ikia czh;jy;.
• ,aw;if czT jahhpf;Fk; KiwfisAk; Ntjpapay; khw;wq;fisAk; mwpjy;.
• %ypiffspd; kUj;JtFzq;fisj; njhpe;Jnfhz;L; mtw;iwg; gad;gLj;jf; fw;wy;.
COURSE OUTLINE :
UNIT-I : ,aw;if czTk; Ntjpapay; khw;wq;fSk; - mwpKfk; 10 Hrs.
czNt kUe;J> kUe;Nj czT - ,aw;ifapd; jj;Jtk; - czTg;gof;fKk; clYWg;Gfspd;
nray;ghLk; - Neha;f;fhd fhuzq;fSk; gUtj;jpw;Nfw;w czTKiwg;gof;fKk; - ,aw;if
kUj;Jt Kd;Ndhbfs;
UNIT-II : kUj;Jt KiwfSk; Ik;G+j czTKiwfSk; 5 Hrs.
,aw;if kUj;Jt Kiwfs; (rpj;jh - mNyhgjp - Mau;Ntjk; - Adhdp) - Ik;G+j
czTKiwfSk; MNuhf;fpa tho;Tk;
293
UNIT-III : rj;jhd czTfs; - Ntjpapay; gad;fs; 10 Hrs.
jtpu;f;f Ntz;ba czTk; Nru;f;f Ntz;ba czTk; - fPiufs; - fha;fwpfs; - goq;fs; -
jhdpaq;fs; Mfpatw;wpd; gad;fs; - czitr; rikg;gjhy; Vw;gLk; Ntjpapay; khw;wq;fs; -
gr;ir cztpd; eyd;fs;
UNIT-IV : kUe;J 5 Hrs.
kyu; kUe;J - %ypif kUe;J - vz;nza; - czT kUe;J ,tw;wpy; cs;s Ntjpapay;
nghUl;fs; - kUe;Nj czthFk; NghJ Vw;gLk; Ntjpapay; khw;wq;fs; - cly; MNuhf;fpak;
NgZk; Kiw - clw;gapw;rpAk; cly; Ntjpapay; khw;wq;fSk;.
TEXT BOOK(S)
rptfhkp> jp., ,aw;if newpNa ,dpa kUe;J, nrd;id, epa+ nrQ;Rup Gf; `T]; ypkpnll;, 2013.
REFERENCE BOOK(S)
,uh[k;khs;> gh.Njtjh]; , ekJ czitg; gw;wpa cz;ikfs;, nrd;id, epA+ nrQ;Rup Gf;
`T]; (gp) ypkpnll;, 2000.
fe;jrhkp Kjypahu;> r., czT kUj;Jtk;, nrd;id, ghupepiyak;, 1995.
fz;zd;> b., capu; fhf;Fk; ,aw;if czTfs;, nrd;id, fz;zg;gd; gjpg;gfk;, 2002.
rjhrptk;> Rg., tPl;L kUj;Jtj;jpy; ehl;L %ypiffs;, nrd;id, thdjp gjpg;gfk;;, 2004.
SSTA4201EI TAMIL AND PSYCHOLOGY
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• cstpay; Nfhl;ghLfis mwpjy;
• ,yf;fpaq;fspy; fhzyhFk; cstpaw; rpe;jidfisg; Ghpe;J nfhs;Sjy;.
• jpiug;glq;fis cstpay; Nehf;fpy; fhzy;.
COURSE OUTLINE :
UNIT-I : cstpay; Nfhl;ghLfs; - mwpKfk; 10 Hrs.
gpuha;bd; cstpay; Nfhl;ghLfs; - csg;gFg;gha;T (mbkdk;> Nky;kdk;> eLkdk;- ypgpNlh-
MSik tsh;r;rp - kdr;rpf;fy;fs; - xbg]; > vyf;l;Nuh rpf;fy;) - cs;Szh;T -
fdTf;Nfhl;ghL - fhh;y;Aq; - $l;L edtpyp kdk; - %yg;gbtq;fs;.
UNIT-II : gz;ila> rka ,yf;fpaq;fs; 7 Hrs.
mfehD}W - jd;Kidg;G - ghly; 339.
fypj;njhif - fdT - ghly; 128> 142
ew;wpiz - csg;Nghuhl;lk; - ghly; 242> 284.
rpyg;gjpfhuk; - fdT (fdhj;jpwk; ciuj;j fhij)
jpUg;ghit KOtJk; - r%f cstpay;
UNIT-III : ,f;fhy ,yf;fpaq;fs; 5 Hrs.
GJikg;gpj;jd; - edNthil - fapw;wuT> fhQ;rid
F.g.uh. fijfs; - kdg;Nghuhl;lk; (fdfhk;guk;> tpbAkh)
K.t. - tho;tpay; xOf;fq;fs;
UNIT-IV : jpiug;glq;fSk; cstpaYk; 8 Hrs.
xbg];> vyf;l;uh rpf;fy; - mg+h;t uhfq;fs;> tpLfij
rhb]k; - rptg;G Nuh[hf;fs;> [_yp fzgjp> mts; tUthsh> Ntl;ilahL tpisahL
jho;T kdg;ghd;ik - jpz;Lf;fy; rhujp> rj;jk; NghlhNj> kfpo;r;rp.
cilik czh;T - GJg;GJ mh;j;jq;fs;> caphpNy fye;jJ
Ml;b]k; - `hpjh];
REFERENCE BOOK(S)
fhQ;rdh> ,uh., ,yf;fpaKk; cstpaYk;, kJiu, ehfkiy GJf;Nfhl;il> tp\;Zg;hpah
gjpg;gfk;, 2000.
294
kiwkiy> rp.,., ,yf;fpaKk; cstpaYk;, nrd;id, kzpthrfh; gjpg;gfk;, 2001.
muq;f eyq;fps;sp, ,yf;fpaKk; csg;gFg;gha;Tk;, nrd;id, thzpjhrd; gjpg;gfk;, 1992.
rhujhk;ghs;> nr., ,yf;fpaKk; csg;gFg;gha;Tk; - nfhs;iffSk; gapy;KiwfSk;, kJiu,
ehfkiy>`hp`ud; gjpg;gfk;, 2004.
Freud Sigmund, Introductory lectures on Psycho – analysis, England, Penguin Books, 1976.
TANT4201EL LITERARY VALUES
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• ,yf;fpaq;fs;top tho;tpay; kjpg;Gfis czh;jy;.
• ,yf;fpa tiffis ,dq;fz;L jpwdha;jy;.
• gilg;ghf;fj;jpwd; ngWjy;.
COURSE OUTLINE :
UNIT-I : Kw;fhy mw ,yf;fpaq;fs; 5 Hrs.
jpUf;Fws; - mjpfhuk; - el;G
Mrhuf;Nfhit - Kjy; 5 ghly;fs;;
UNIT-II : gpw;fhymw ,yf;fpaq;fs; 10 Hrs.
ePjpnewp tpsf;fk; - Kjy; 5 ghly;fs;
Mj;jp#b - Kjy; 20 thpfs;
nfhd;iw Nte;jd; - Kjy; 12thpfs;
UNIT-III : ehty; 10 Hrs.
y\;kp - thoepidj;jhy;
UNIT-IV : ciueil 5 Hrs.
uh.gp.NrJg;gps;is - (jkpo; ,d;gk; - mwpTk; jpUTk; - ghupAk; khupAk; fl;Liu)
REFERENCE BOOK(S)
jkpo;nkhopg;ghlj;jpl;lk; fw;gpj;jy; Kiw kW Ma;Tf;FO mwpf;if, rpq;fg;g+h;;, etk;gh;, 2005.
Syllabus Guide Tamil Language Primary 1 to 4, Curriculum Planning, Singapore, Development
Division Ministry of Education, 2008.
mKjd;, mwk; vdg;gLtJ, nrd;id, epa+nrQ;RhpGf; `T];, 2006.
NrJkzpkzpad;, jkpo; ehty;fspy; kjpg;Gfs;, kJiu, nrz;gfk; ntspaPL, 1990.
tr;rpuNty;Kjypahh;> f. , jpUf;Fws; $Wk; xOf;fnewp, nrd;id, njd;wy;epiyak;, 2001.
ty;ypf;fz;zd;, ghujpf;Fg;gpd; jkpo; ciuil, nrd;id, kzpthrfh; gjpg;gfk;, 1998.
TANT4202EL INTRODUCTION TO TAMIL LANGUAGE - II
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• jkpiog; gpioapd;wp vOjf; fw;wy;.
• jkpopy; rpd;dQ;rpW ghly;fis cr;rhpg;Gld; ghLjy;.
• rpWfijfisg; gbf;Fk; jpwd; ngwy;.
COURSE OUTLINE :
UNIT-I : njhluikg;G 8 Hrs.
nrhw;ghFghL - ngah;> tpid> ,il> chp Nghy;td - jkpo;j; njhluikg;G - jpiz> ghy;>
vz;> ,l ,iaG.
295
UNIT-II : njhluikg;Gg; gapw;rp 7 Hrs.
jkpo; thf;fpaq;fisg; gpioapd;wp vOjTk; thrpf;fTk; gapYjy; - rpwpa thf;fpaq;fis
mikj;jy;.
UNIT-III : fijfs; 7 Hrs.
tPukhKdpth;; - gukhh;j;j FUfijfs;
Fjpiu Kl;il thq;fpa fij
Mw;iwf; fle;j fij
UNIT-IV : rpWth; ghly;fs; 8 Hrs.
fhf;fha; fhf;fha; gwe;J th
NfhoP! NfhoP! th th;
gr;irf;fpspNa th th
REFERENCE BOOK(S)
godpag;gd;;> vk;.V., Foe;ijfs; fijf; fsQ;rpak; ghfk; I & II, nrd;id, =nrz;gfh gjpg;gfk; ,
2007.
muq;fuhrd; kUJ}h;, jtwpd;wpj; jkpo; vOj, nrd;id, Ie;jpizg;gjpg;gfk;, 2013.
nghpaz;zd;> Nfh., ,yf;fzg;gpioapd;wp vOJk; Kiwfs; Kjy; tFg;G Kjy; fy;Y}hp tiu,
nrd;id, N[hjp Gf; nrd;lh;, 2002.
CHZO3201EI FOOD, NUTRITION & HEALTH CARE
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• know the functions of food,their nutritive value and recognize nutritional deficiency diseases.
• analyse the different methods of cooking and changes undergone by food during cooking.
• identify the food additives and adulterants.
COURSE OUTLINE :
UNIT-I : INTRODUCTION 7 Hrs.
Functions and components of food -sources and functions of nutrients- calorific value of food balanced
diet – daily requirements. Activity: BMI calculation and preparation of balanced diet.
UNIT-II : FOOD PREPARATION METHODS 8 Hrs.
Medium of cooking food- water, steam and oil. Methods of cooking food - heating, boiling, stewing,
roasting, frying, baking and microwave cooking – nutritional changes upon cooking of food. Activity :
Cookingusing different methods.
UNIT-III : FOOD ADDITIVES AND ADULTERANTS 8 Hrs.
Additives: Antioxidants (BHA, BHT and Curcumin) and their roles - coloring agents, sweetening agents
(natural and artificial additives), flavouring agents.Preservation methods – natural and chemical
preservatives.Adulteration- common adulterants in food – effect of adulteration. Activity :Detection of
adulterants in food.
UNIT-IV : NUTRITIONAL DEFICIENCY DISEASES 7 Hrs.
Malnutrition – over nutrition – under nutrition, effects of excess nutrients, fast food and deficiency
diseases,nutritional deficiency diseases– Xerophthalmia, Keratomalacia, Night blindness, Scurvy,
Anemia, Rickets, Protein Energy Malnutrition, (Marasmus, Kwashiorkor). Activity :Chart preparation on
deficiency diseases and food supplements.
296
REFERENCE BOOK(S)
Begum R., A Textbook of Food, Nutrition and Dietetics, 2nd revised ed., New Delhi, Sterling, 1997.
Joshi A.S.,, Nutrition & Dietetics, New Delhi, Tata McGraw Hill, 1998.
MeyerL. H., Food Chemistry, Delhi, CBS Publishers& distributors, 1987.
Mudambi& Rao, Food Science, New Delhi, Wiley Eastern limited, 2006.
Wong,N.P,JennessR ,Keney M, Marth E.H, Fundamentals of Dairy Chemistry, New Delhi, CBS
Publishers & Distributors, 1988.
ENZO4201EI LITERATURE AND ENVIRONMENT
(Theory)
LEARNING OUTCOME : 2 Hrs./Wk.
On successful completion of the course, the student will be able to
• differentiate between nature and environment (issues and concerns).
• identify the interdependence in the web of life.
• interpret the importance of intrinsic value as opposed to instrumental value.
COURSE OUTLINE :
UNIT-I : Concepts and principles of an ecosystem 8 Hrs.
The web of life, keystone species
UNIT-II : Abiotic Factors 7 Hrs.
Light, Temperature, Rainfall.
UNIT-III : BioticFactors 7 Hrs.
Ecological succession, Predation ecology. Population ecology, Community ecology
UNIT-IV : Habitat Ecology 8 Hrs.
Fresh water and Marine Ecology, Terrestrial Ecology – Biomes
TEXT BOOK(S)
Odum E.P. 3rd Edition, Fundamentals of Ecology, London, W.B.Saunders Company, 1971.
REFERENCE BOOK(S)
*Bond, R., Ruskin Bond's Green Book, New Delhi, Roli, 2003.
*Drought in the Jungle – F.W.Champion., From Indian State Railways Magazine, 1929, Chapters:
Page No: 169-74.
*Jupiter Pluvius - E.H.Aitkin., From A Naturalist on the Prowl, 1905, Chapters: Chapter 7, page No
70-80.
*On the prowl - E.H.Aitkin, From A Naturalist on the Prowl, 1905.
*Predator – Pallava Bagla., From BBC Wildlife, March 1994, Chapters: Page No: 24..
*The Banian Tree- E.H.Aitkin., From A Naturalist on the Prowl, 1905, Chapters: Chapter 5, page No
42-55..
fhQrdh> uh, rqf yffpajjpyepiyapaYaphfs, KjwgjpgG,
gjpgGjJiw>kJiufhkuhrhgyfiyffofk>kJiu 21, 1998.
fpU~zNtzpehuhazd, gwitfs, KjwgjpgG> , nrdid, jkpoehlLgghlE}yepWtdk, 1972.
FsjJ}uhd> f>, RwWr#oYkmwtpaYk, Kjw gjpgG>, nrdid- 98, epA+nrQRhpGf `T]
gpypl, 2011.
mwpTilekgp>krh>, jpUehTffurhNjthujjpyfhzggLkyffpafnfhsiffs, KjwgjpgG>,
n[apeJGuk>kJiu 11, fUkzpgjpggfk, 1986.
rhkp>gpvy>, rqf yffpajjpy tpyqfpdtpsffk, KjwgjpgG, nrdid 1, jpUneyNtypj
njddpejpa irtrpjjhej E}wgjpgGffofk ypkpnll, 1970.
297
rPepthrd> F, rqf yffpaj jhtuqfs, KjwgjpgG, jQrhT+h>, kWNjhdwp mrrfk jkpog
gyfiyffofk, 1987.
Bond, R., Ruskin Bond's Green Book, In Homage: with Green thumbs, New Delhi, Roli, 2003,
Chapters: page no: 171..
Devaraj Agarwal, *The valley of the Gods, Reprinted from Srishti, Page No: 68-75. , Vol.I, No-4,
1994),.
Ravi Agarwal, Iqbal Malik, *Walk on the wild side, Reprinted from Srishti, Page No: 12-19., Vol.I, No.4,
1994.
Sharma J.; Kumar, D., Damodaran, V. and D’souza, R.,(Ed.), The British Empire and the Natural
World: Environmental Encounters in South Asia, Oxford University Press, 2010, Chapters: Making
garden, erasing jungle: The tea enterprise in colonial Assam.
Snake – D.H. Lawrence., FromThe complete poems of D.H.Lawrence, ed. Vivian de Sola Pintoand
F. Warren,Penguin Classics, USA, 1964.
Stanley H.Prater, Animal life in the Indian Desert, From Indian State Railways Magazine, Page No:
356-59, 432-35., 1928.
Thapar R., Perceiving the forest: Early India: From the Origins to AD 1300, USA, University of
California Press, 2004.
298
Courses offered to Non Major Elective (UG)
Sem Course Code Course Title Offered
To Cour. Type
Total Hrs./ Week
FORMATIVE SUMMATIVE
Test Assn Quiz FLab Total
Theory Lab Viva Exam Hrs.
TH LA No RM No RM No RM No RM RM GM RM RM TH Lab
III BACS3201EP ADVERTISING ALLM LA -- 2 -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 1.00
III BASS3201EI INTRODUCTION TO SELF ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III BOCO3201EI GREEN PRACTICES IN PRODUCTION AND MARKETING ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III BOEN3201EI ECOLOGY AND LITERATURE ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III BOPE3201EI NUTRITION AND FITNESS ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III BOTA3201EI TAMIL AND BOTANY ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III BTCH3201EI NATURE INSPIRED NANOTECHNOLOGY ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III BTCO3202EI FOOD SAFETY AND CONSUMERISM ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III CACO3201EI e-ADVERTISING ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III CHSS3201EI CRIMINOLOGY AND FORENSICS ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III CHZO3201EI FOOD, NUTRITION & HEALTH CARE ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III COCS3201EP MULTIMEDIA FOR BUSINESS APPLICATIONS ALLM LA -- 2 -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 1.00
III COCS3202EP DATA ANALYSIS AND INTERPRETATION USING STATISTICAL PACKAGE
ALLM LA -- 2 -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 1.00
III COHI3202EI MADURAI TOURISM ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III COLA3201EI LAW FOR DAY-TO-DAY LIFE ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III COMA3201EI FOUNDATION COURSE IN MATHEMATICS AND COMMERCE FOR COMPETITIVE EXAMINATIONS
ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
299
III COSS3201EI CORPORATE SOCIAL RESPONSIBILITY ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III CSEN3201EI ENGLISH FOR E-PRESENTATION ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III CSEN3202EP ANIMATION FOR LANGUAGE AND LITERATURE ALLM LA -- 2 -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 1.00
III CSHN3201EP COMPUTER DOCUMENTATION TOOL FOR HINDI ALLM LA -- 2 -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 1.00
III CSMA3201EI BASICS IN DISCRETE MATHEMATICS ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III CSZO3204EP ALGORITHMS IN COMPUTATIONAL BIOLOGY ALLM LA -- 2 -- -- -- -- -- -- 1 75 75 -- -- 25 -- 1.00 --
III ECHI3201EI INDIA AND THE WORLD ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III ECMA3201EI BASICS OF PERSONAL FINANCE ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III ENFR3201EI SPOKEN FRENCH ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III ENPH3201EI SIGNS IN SCIENCE FICTION FILMS ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III HIMA3201EI HISTORY AND MATHEMATICS FOR COMPETITIVE EXAMINATIONS
ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III NCCE3201EE ORGANIZATION AND SOCIETAL SERVICES IN NCC ALLM TH 2 -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
III PEZO3201EI HEALTH CARE AND PHYSICAL FITNESS ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III PHTA3201EI TAMIL LITERATURE AND PHYSICS ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III SSPY3202EI UNDERSTANDING SELF ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III TANT3201EL INTRODUCTION TO LITERATURE AND LANGUAGE EXERCISE
ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
III TANT3202EL INTRODUCTION TO TAMIL LANGUAGE – I ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV BABT4201EI MARKET DEVELOPMENT FOR BIOTECHNOLOGY PRODUCT
ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV BACO4201EI e-RETAILING ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
300
IV BACS4201EP PROJECT MANAGEMENT ALLM LA -- 2 -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 1.00
IV BAEN4201EI INTRODUCTION TO MEDIA AND COMMUNICATION ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV BAFR4201EI FUNCTIONAL FRENCH FOR HOTEL MANAGEMENT ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV BOMA4201EI MATHEMATICS IN PLANT SCIENCE ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV BOSS4201EI ECOLOGY AND SOCIETY ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV BTSS4201EI REPROGRAMMING THE BRAIN ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV CACO4201EI e-BANKING ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV CHCO4201EI WEALTH FROM WASTE ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV CHTA4201EI NATURAL FOOD AND CHEMISTRY ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV COCR4201EI PERSONAL FINANCE ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV COCS4201EP COMMERCIAL WEBSITE PREPARATIONS ALLM LA -- 2 -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 1.00
IV COHN4201EI BUSINESS HINDI ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV COVB4201EI BUSINESS ETHICS ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV CSMA4201EP NUMERICAL METHODS USING SCILAB ALLM LA -- 2 -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 1.00
IV ECHI4201EI ECONOMIC HISTORY OF INDIA ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV ECMA4201EI LINEAR PROGRAMMING AND NETWORK ANALYSIS ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV ENMA4201EI BASIC COURSE IN MATHEMATICS AND ENGLISH FOR COMPETITIVE EXAMINATIONS
ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV ENZO4201EI LITERATURE AND ENVIRONMENT ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV HIPH4201EI SCIENTIFIC PRINCIPLES IN HISTORICAL MONUMENTS ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV NCCE4201EE NATIONAL INTEGRATION AND PERSONALITY DEVELOPMENT
ALLM TH 2 -- 2 45 2 15 -- -- -- -- 60 40 100 -- -- 3.00 --
301
IV PEPH4201EI SCIENCE OF SPORTS ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV PESD4201EP SELF DEFENCE FOR WOMEN ALLM LA -- 2 -- -- -- -- -- -- 1 75 75 -- -- 25 -- -- 1.00
IV SSTA4201EI TAMIL AND PSYCHOLOGY ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV TANT4201EL LITERARY VALUES ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
IV TANT4202EL INTRODUCTION TO TAMIL LANGUAGE – II ALLM TH 2 -- 1 30 1 15 1 15 -- -- 60 40 40 -- -- 1.00 --
CA-Continuous Assessment; TH-Theory; LA-Lab; LT-Lab-cum-Theory; RM-Required Maximum; GM-Given Maximum; Column of Offer To=> AU-Aided UG; SU-Self-Financed UG; AP-Aided PG; SP-Self-Financed PG; SM-MPhil; SD-Diploma; ALLM-All Major; ALLS-All Science; ALLH-All Humanities
A. CHANGES IN CREDITS
The credits of ‘Core Communicative Skills’ are changed from 1 to 2 for the 2014 batch.
B. Course code of ‘Human Rights and Duties’ is changed from VBC0102V to VBC0202FV for 2013 batch Undergraduates
C. CHANGES IN SUFFIXES OF COURSE CODES WITH EFFECT FROM SEMESTER III (2013 BATCH) and SEMESTER I (2014 BATCH)
Theory Lab cum Theory Lab
Core Major CM CT CP
Foundation in Major FM - FP
Support Allied AA AT AP
Environmental Elective NI - -
302
D. EVALUATION PATTERN
(i) The formative evaluation of semester I - 2014 batch UG includes the Practical Functional Application components in Part I Tamil / Hindi / French and Part II English.
(ii) The formative and summative evaluation patterns of all possible combinations of Lab and theory for the Lab cum theory courses are given which are applicable for semesters III & IV of 2013
batch UG and semesters I & II of 2014 batch UG
UG LAB CUM THEORY COURSES (Foundation in Major, Core and Support Allied) – 4 Hours (FT, CT & AT)
No. of Theory &
Lab hours
Formative Summative
No. of Tests Reqd. Max. No. of
Assign. Reqd. Max. Lab Reqd. Max.
Theory Given Max.
Theory Reqd. Max.
Lab Given Lab
Lab Reqd. Max.
Theory/Lab Exam
Duration(Hrs) Form. Summ.
(2T +2L) 1 30 1 10 1 20 60 40 - - 2 60 40
(2T +2L) 1 30 1 10 1 20 60 30 30 10 2 1 ½ 60 40
(3T+1L) 1 30 1 10 1 20 80 40 - - 2 ½ 60 40
UG LAB CUM THEORY COURSES (Core and Support Allied) – 5 Hours (CT & AT)
No. of Theory &
Lab hours
Formative Summative
No. of Tests
Reqd. Max.
No. of Assignment
Reqd. Max.
Lab Reqd. Max.
Theory Given Max.
Theory Reqd. Max.
Lab Given Max.
Lab Reqd. Max.
Theory/Lab Exam Duration
(Hrs) Form. Summ.
(3T +2L) 1 30 1 10 1 20 80 40 - - 2 ½ 60 40
(3T +2L) 1 30 1 10 1 20 80 30 30 10 2 ½ 1 ½ 60 40
(4T+1L) 2 30 1 10 1 20 100 40 - - 3 60 40
303
UG LAB CUM THEORY COURSES (Core) – 6 Hours (CT)
For all UG & PG courses (Theory / Lab cum Theory / Lab courses) given maximum should be greater than Required Maximum.
No. of Theory
& Lab hours
Formative Summative
No. of Tests Reqd.
Max.
No. of
Assignm
ent
Reqd.
Max. Lab Reqd. Max.
Theory
Given Max.
Theory
Reqd. Max.
Lab
Given Max.
Lab
Reqd.
Max.
Theory/Lab
Exam Duration Form. Summ.
(3T +3L) 1 30 1 10 1 20 80 40 - - 2 ½ 60 40
(3T +3L) 1 30 1 10 1 20 80 30 30 10 2 ½ 1 ½ 60 40
(4T+2L) 2 30 1 10 1 20 100 40 - - 3 60 40
(4T+2L) 2 30 1 10 1 20 100 30 30 10 3 1 ½ 60 40
(5T + 1L) 2 30 1 10 1 20 100 40 - - 3 60 40