sessional exam · test 1 section - a 1 introduction t scheme of examination , subject verb...

Name of Faculty:- Rashmi / Dr. Prem Singh Ahlawat

Discipline:- Applied Sciences

Semester:- 1st

sem 1August 2018 -30 Nov 2018

Subject: HSMC-ENG-101G ENGLISH LANGUAGE SKILLS

Week

Theory

Lecture

Day

Topic

(including assignment/

test

1

SECTION - A 1 Introduction – Scheme of examination , Subject verb agreement

2 Subject verb agreement

2 3 Noun Pronoun agreement

4 Governance of Nouns through Prepositions

3,4 5,6 Basic Verb Patterns (V)

7,8 Basic Verb Patterns (SVO) & ( SVO)

5,6 9,10 Basic Verb Patterns (SVC) , (SVOC)

11,12 Basic Verb Patterns (SVOA)

7

8

SECTION – B

13 Idioms , Foreign Words

14 Use of Active & Passive Voice.

Sessional exam 9

15,16

Referring Time in Language (Tenses)

10

17


18


SECTION - C

11

19 Basic concept – Vowels , Consonants

20 Phonemes

12 21 Syllable

22 Transcription of Words

13

Sessional exam

14

SECTION - D

23 The Secret of Work by swami Vivekananda

24 Patriotism beyond Politics & Religion By Abdul Kalam Azad

15 25 An Outline of Intellectual Rubbish by Bertrand Russell

26 Mother Teresa by Khushwant Singh

16 27 Writing Official Letters

28 Writing Official Letters

17

29 Essay ,Paragraph Writing

30

Discussion cum lecture for section - C

18

Pre University exam

Name of Faculty Dr. Kiran Malik

Discipline:- Civil

Semester:-M. TB.Tech Ist sem

Subject: Programming For Problem Solving

Lesson Plan duration:- 30 July 2018 to 30 Nov 2018

Lecture

Day

Topic


test

Practical

Day Experiment

1 Introduction to Programming

2

Idea of Algorithm: Steps to solve

logical

3 Examples

4 Representation ofAlgorithm

5 Flowchart/Pseudocode

6 Examples

7 Examples

8 C Programming: Keywords

9 Variables and Data Types

10 basic, derived and user defined

11 Type Conversions

12

Header Files, Basic Input and

Output Functions

13 Statements, Compilation,

14

Syntax and Logical Errors in

compilation,

15

Object and Executable Code,

Storage Classes

16 Contd.

17

Arithmetic Expressions and

Precedence.

18 Preprocessors, Conditional

19 Branching Statements

20 Examples/Programming


22 Loops/ Iterative Statements




26 evaluation of conditionals and conseque



29 Introduction: Arrays (1-D, 2-D),


31 Contd.

32 Character Arrays and Strings,

2

3

4

5

6

2

3

4

5

6

Implements array

8

9

7

Sessional Exams

implement array7

Implement data types

Implement Banch Statemnents

Implements Loops

while,For,Do-While loop

Implement Function

Theory Practical

Week

1 1 implement Algorithm

33 Contd.



36 Arrays with Pointers

37

Functions (including using built in

libraries)

38 Parameter passing in functions

39 Contd. ,Examples

40

Call by Value, Call by Reference,

Passing arrays to function

41

Recursion, as a different way of

solving problems

42

such as Finding Factorial,

Fibonacci series, Ackerman

function etc

43


45 Introduction: Number System

46 Types Of Number System

47 Decimal to Binary number System

48 Examples

49

Decimal to Octal Number

system,hexadecimal

50

Binary ,octal,hexadecimal to

decimal

51 Inter conversion

52 Examples

53 Complemnents 1's and 2's

54 Addition ,subtraction

55 Examples

56 Examples

57 Revision

58 Revision

59 Revision

60 Revision

File completion work/ Internal viva17

13 Sessional Exams

14 10 implement recursion

15 11 Implement Pointer

16Practice Work/ File completion

work

11


work

implement structure,union9

10 implement array 2D ,3D array8

18 Sessional Exams

Name of Faculty:- Guest Dr. Kiran Malik

Discipline:- ECEECE

Semester:-M. TB.Tech Ist sem

Subject: Programming For Problem Solving

Lesson Plan duration:- 30 July 2018 to 30 Nov 2018

Lecture

Day

Topic


test

Practical

Day Experiment

1 Introduction to Programming

2

Idea of Algorithm: Steps to solve

logical

3 Examples

4 Representation ofAlgorithm

5 Flowchart/Pseudocode

6 Examples

7 Examples

8 C Programming: Keywords

9 Variables and Data Types

10 basic, derived and user defined

11 Type Conversions

12

Header Files, Basic Input and

Output Functions

13 Statements, Compilation,

14

Syntax and Logical Errors in

compilation,

15

Object and Executable Code,

Storage Classes

16 Contd.

17

Arithmetic Expressions and

Precedence.

18 Preprocessors, Conditional

19 Branching Statements



22 Loops/ Iterative Statements




26 evaluation of conditionals and conseque



29 Introduction: Arrays (1-D, 2-D),

Theory Practical

Week

1 1 implement Algorithm

Implement data types

Implement Banch Statemnents

Implements Loops

while,For,Do-While loop

Implement Function

Implements array

8

7

Sessional Exams

2

3

4

5

6

2

3

4

5

6


31 Contd.

32 Character Arrays and Strings,

33 Contd.



36 Arrays with Pointers

37

Functions (including using built in

libraries)

38 Parameter passing in functions

39 Contd. ,Examples

40

Call by Value, Call by Reference,

Passing arrays to function

41

Recursion, as a different way of

solving problems

42

such as Finding Factorial,

Fibonacci series, Ackerman

function etc

43 .Idea of pointers, Defining pointers,

44

Use of Pointers in self-referential

structures


46 Dynamic Memory Allocation and its M



49 Define Structures,initialization



52 Defining Structures

53 and Array of Structures, .

54 File Handling



57 Revision

58 Revision

59 Revision

60 Revision

18 Sessional Exams

9

10

implement array

implement array 2D ,3D array

7

8

11


work

implement structure,union9

File completion work/ Internal viva17

13 Sessional Exams

14 10 implement recursion

15 11 Implement Pointer


work

Name of Faculty:- REENA


Semester:- 1st sem 1August 2018 -30 Nov 2018

Subject: BSE-CHE-101G CHEMISTRY

Week

Theory

Lecture Day

Topic (including assignment/

test

EXPERIMENTS

1

1,2

Schrondinger equation, forms of the hydrogen wave functions and plot of these functions their spatial

variation

Determination of surface tension of ion Liquid by drop number method.

3,4 Molecular orbital energy level diagram of diatomic

molecules,

2

5 Pi molecular orbitals of butadiene and benzene Determine the viscosity of given Liquid by using Oswald viscometer. 6 Crystal field theory

7 Energy level diagram for transition metal ions

8 Band structure of solids

3 9,10 Role of doping on band structures Calculate the Rf value of given

Sample using Thin layer chromatography 11,12 Revision of UNIT-1 and question discussion

4

13 Introduction of periodic elements

14 Effective nuclear charge Removal of Ca and Mg hardness From given water sample using ion. .

15,16 Shielding and penetration power of orbitals, atomic

size

5

17 Atomic and ionic sizes Calculation the strength of strong acid by titrating it with strong base using conductometer.

18 Electronic configuration of all elements

19 Question discussion

20 Ionization energy,electron affinity

6

21,22 Variations of s,p,d and f orbital energies of atoms in

the periodic table TO Prepare the urea formaldehyde And phenol formaldehyde resin.

23 Electronegativity, polarizability

24 Oxidation states

7

25 Revision of Unit-2

26 Representation of 3 dimensional structures

27 Structural isomers and stereoisomers

28 Configurations, symmetry

8

Sessional exam

9 29,30 Chirality, enantiomers TO prepare iodoform.

31 diastereomers

32 Optical activity

10

33 Absolute configurations and confirmation analysis

To determine the total hardness of Given water sample by EDTA.

34,35 Isomerism in transition metal compounds

36 Introduction to reactions involving substitution TO prepare the urea formaldehyde

11 37,38,39,

40 Addition, elimination, oxidation reactons

and phenol formaldehyde resin.

12

41 Cyclization reactions TO prepare iodoform.

42 Synthesis of commonly used drug molecules

43 Aspirin , paracetamol synthesis

44 Ioinic, dipolar interactions

13

Sessional exam

14

45 Van der waals interactiuons Determine the viscosity of given Liquid by using Oswald viscometer. 46 Equation of state of real gages

47, 48 Critical phenomenon and revision af all topics

15

49 Hardness of water – introduction, types Calculate the Rf value of given Sample using Thin layer chromatography 50 Measurement of hardness by EDTA method

51, 52 Methods of water softening, (lime soda process, zeolite process, demineralisation process)

16

53 Corrosion, introduction, types, factors affecting

corrosion and methods of prevention

54, 55

Basic concept of spectroscopy, principle and application

56 Spectroscopic techniques (UV- visible and IR

Spectroscopy)

17

57 Nuclear magnetic resosnace

58, 59 Magnetic resosance imaging To determine the total hardness of Given water sample by EDTA method 60 Elementary discussion on Flame photometry

18

Pre University exam

Name of Faculty:- Dr. Navneet Ahlawat



Subject:

BSC-PHY-103G Semiconductor Physics

Week

Theory

Lecture Day


test

EXPERIMENTS

1

1,2

Free electron Theory

To study the forward and reverse characterstics of P-N junction diode.

3,4 Density of States & Energy Band Diagrams To study the Characterstic of Transistor in common ase configuration.

2

5 Kronig –Penny model

6 Energy band in solids , E-K Diagram

7 Direct and Indirect Band Gaps

8 Direct and Indirect Band Gaps

3 9,10

Types of Electrone materials metals Semiconductor ,insulators

To study the charactersic of Transistor in common emitter configuration.

11,12 Types of Electrone materials metals

Semiconductor ,insulators

4

13 Density of States Occupation probability To study the characterstic of Junction field effect Transistor. 14 Effective mass , Phonons

15,16

Intrinsic & Extrinsic semiconductors

5

17 Dependence of Fermi level on Carrier-

concentration To study the characterstic of Metal oxide

semiconductor field effect Transistor.

18 Carrier generation and recombination

19 Carrier Transport : Diffusion & drift

20 Metal – semiconductor junction

6 & 7

To study the characterstics of solar cell and

find out the fill factor. To design and study Active and Passive

filteras. 21,22,23 Semi conductor material of interest for

optoelectronic devices

24,25,26 Optical Transitions in bulk semiconductor

27,28 Density of States for photons

8

Sessional exam

9

29,30 Transition rates To determine Planks constant using photocell. 31 Optical loss and gain Drude model

32 Optical loss and gain Drude model

10 33 Photovolatic effect

To determine e/m of electron using helical method.

34,35

Four – point probe and van der Pauw measurements for carrier density

36 Resistivity

11 37,38,39, 40

Hall mobility Hot point probe measurement

To Study the reverse characterstic of Zener diode and voltage regulation using Zener Diode.

12

41 Capacitance voltage measurement

42 Parameter extraction from diode I-v

characteristics

43 Densityofstatesin 2 d , 1 d & 0D

44 Practical examples of low – Dimensional

system such as quantum wells

13

Sessional exam

14

45 wires

46 Dots

47 Design Fabrication & characterization technique

48

15

49 Heterojunctions & associated band-

diagram

50 Heterojunctions & associated band-

diagram

51 Heterojunctions & associated band- diagram

52

16

53 Class test

54

Revision

55

56 Problem if any and test

17

57 Problem if any and test

58

Revision

59

60 Revision

18

Pre University exam

Name of Faculty:- Sonika



Subject: BSC-MATH-103G Math – 1 (Calculus and Linear Algebra)

Week

Theory

Lecture Day


test

1

1,2 Indeterminate forms and L hospital rule

3,4 Maxima and minima Rolles theorem

2

5 Mean value theorem

6 Taylor's theorem & related questions

7 Maclaurin theorem & related questions

8 Evaluation of definite and improper integrls

3 9,10 Application of definite integrals &Beta & Gamma Function

11,12 Volume of revolution

4

13 Revision

14 Surprise Test

15,16 Matrices , Vector addition ,Scalar multiplication

5

17 Matrix Multiplication

18 Linear System of Equation

19 Rank Of a Matrix

20 Determinants

6 & 7

21,22,23 Inverse Matrix

24,25,26 Gauss elimination Method

27,28 Gauss Jordan Method

8

Sessional exam

9 29,30 Vector Space , Linear Dependence

31 Basis

32 Linear Transformation

10

33 Range & Kernal of a Linear map

34,35 Rank & Nulity

36 Revision

11 37,38,39,

40 Inverse of a Linear Transformation , Rank Nulity Theorem

12

41 Matrix Associated with a Linear Map

42 Composition of linear Maps

43 Eigen Values & Eigen Vector

44 Eigen Values & Eigen Vector

13

Sessional exam

14

45 Symmetric Matrix

46 Skew – Symmetric Matrix

47

Orthogonal Matrices 48

15

49 Eigenbases

50 Diagonalization

51

Inner Product Spaces 52

16

53 Class test

54

Inner Product Spaces 55

56 Gram – Schmidt Orthogonalization

17

57 Gram – Schmidt Orthogonalization

58

Revision 59

60 Problems if any & Test

18

Pre University exam

Name of Faculty:- Sonika



Subject: BSC-MATH-101G Math -1 ( CALCULUS MATRICES )

Week

Theory

Lecture Day


test

1

1,2 Indeterminate forms and L hospital rule

3,4 Maxima and minima Rolles theorem

2

5 Mean value theorem

6 Taylor's theorem & related questions

7 Maclaurin theorem & related questions

8 Evaluation of definite and improper integrls

3 9,10 Application of definite integrals &Beta & Gamma Function

11,12 Volume of revolution

4

13 Revision

14 Surprise Test

15,16 convergence of sequence and series

5

17 Test for convergence

18 Power series

19 Taylor 's series

20 Trigonometric & logarithm functions

6 & 7

21,22,23 Fourier series, Parseval' s Theorem

24,25,26 Limit and continuity

27,28 Partial derivative & Total derivative

8

Sessional exam

9 29,30 Tangent plane & Normal line, maxima, minima, Saddle point

31 Method of Lagrange multipliers

32 MethodofLagrangemultipliers

10

33 Gradient, Directional Derivative

34,35 Revision & test

36 Curl and Divergence

11 37,38,39,

40 Inverse and Rank of Matrix

12

41 Rank Nullity Theorem

42 Rank Nullity Theorem

43 System of Linear Equation

44 System of Linear Equation

13

Sessional exam

14

45 Symmetric Matrix

46 Skew – Symmetric Matrix

47

Orthogonal Matrices 48

15

49 Orthogonal Transformation

50 Orthogonal Transformation

51

Determinants 52

16

53 Eigen Values

54

Eigen Values & Eigen Vectors 55

56 Diagonalization of Matrices

17

57 Diagonalization of Matrices

58

Cayley – Hamilton Theorem 59

60 Revision

18

Pre University exam

Name of Faculty:- Dr. Navneet Ahlawat



Subject

:

BSC-PHY-101G Introduction to Electromagnetic Theory

Week

Theory

Lecture

Day


test

EXPERIMENTS

1

SECTION - A

1,2 Calculation of electric field & electronic

potential for a charge distribution To study Hall effect in semiconductors and

measure the Hall coefficient.

3,4 Divergence and curl of electronic field

2

5

Laplace and Poisson Equation for electrostatic potential Boundary Condition of electric field

& electrostatic potential

To study frequency of AC mains using sonometer.

6



7



8 Energy of a charge distribution and its

expression in terms of electric field

3 9,10 Energy of a charge distribution and its

expression in terms of electric field To study the magnetic properties of materials

using B-H curve.

11,12 Electronic field and potential of a dipole

4

13 Bound charge due to electric polarization

14 Electric displacement Boundary conditions on

displacement To study the Curies temperature of materials

using Dielectric set up.

SECTION - B

15,16 Bio-Savart law , Divergence and curl of static

magnetic field

5

17 Vector potential and calculating

18 The equation for the vector potential and its

solution for given current densities To verify the inverse square law with the help

of a photovoltaic cell.

19 The equation for the vector potential and its solution for given current densities

20 Magnetostatics Ina linear magnetic medium

6 & 7

SECTION – C and SECTION – D

21,22,23

Magnetization and associated bound currents, auxiliary magnetic field

To determine Planks constant using photocell.

24,25,26

Boundary conditions on B & H , Paramagnetic and diamagnetic materials

27,28 Magnetic susceptibility and ferromagnetic

8

Sessional exam

9

29,30 Faraday law in terms of EMF produced by

changing magnetic flux To study the characterstics of Solar cell and

find out the fill factor.

31 Equivalence of Faraday law and motional EMF

32 Lenz law , electromagnetic breaking and its

applications

10

33 Different form of Faraday law ,

To design and study Active & Passive Filters.

34,35 Energy stored in a magnetic field

36 Surprise Test

11 37,38,39, 40

Continuity equation for current densities , Modified equation for the curl of magneti field to satisfy contiuity equation

To find impedance and Q factor using LCR circuit.

12

41 Maxwell equation in vacuum and non

conducting medium To study resonance phenomena in LCR circuit.

42 Energy in an electromagnetic field

43 Flow of energy and Poynting vector

44 Class Test

13

Sessional exam

14

45 The wave equation

46 Plane electromagnetic waves in vacuum

47 Realation between electric and magnetic field of an electromagnetic wave

48

15

49 Energy carried by electromagnetic waves and

examples

50 Energy carried by electromagnetic waves and

examples

51 Momentum carried by electromagnetic waves and resultant pressure

52

16

53

Reflection and transmission of electromagnetic waves from a non –

conducting medium – vacuum interface for normal incidence.

54 Reflection and transmission of electromagnetic waves from a non –


55

56

Reflection and transmission of electromagnetic waves from a non –


17

57 Revision

58

Test

59

60 Revision for

18

Pre University exam

Name of Faculty:- VINAY MALIK

Discipline:- CIVIL/ECE

Semester:- 1ST

Subject: WORKSHOP TECHNOLOGY

Lesson Plan duration:- 30 JULY 2018 TO 30 NOVEMBER 2018

PracticalLecture

Day


test

1

Introduction to Manufacturing Processes and their

Classification2

3

4

5

Industrial Safety; Introduction, Types of Accidents,

CausesandCommon Sources of Accident

6

7

8

9Methods of Safety, First Aid

10

11

12

13

Objectives of Layout, Types of Plant Layout

and their Advantages14

15

16

17

Basic Principle of Hot & Cold Working, Hot

& Cold Working Processes, Rolling, Extrusion, Forging, Drawing,

Wire Drawing and Spinning.18

19

20

21

Sheet Metal Operations : Measuring,

Layout marking, Shearing, Punching, Blanking, Pierching,

Forming,

Bending and Joining.222324

25Advantages of timber,types of timber ,defects in timber

26

27

28

29

Carpentry tools,classification of metals ,fitting tools,fitting

operations

30

31

32

Week

Theory

1

2

3

4

6

7

5

9

8Sessional

exam

To study different types of measuring tools

used in metrology

and determine least counts of vernier calipers,

micrometers and

vernier height gauges

Revision and file checking

To study different types of machine tools

(lathe, shape or planer

or slotter, milling, drilling machines)


To prepare a job on a lathe involving facing,

outside turning,

taper turning, step turning, radius making and

parting-off.


To study different types of fitting tools and

marking tools used in

fitting practicle

To prepare lay out on a metal sheet by making

and prepare

rectangular tray, pipe shaped components e.g.

funnel

33

Introduction to Casting Processes, Basic Steps in Casting

Processes

34

35

36

37

Pattern : Types of Pattern and Allowances, Sand Casting

: Sand Properties, Constituents and Preparation. Mould &

Core

Making with assembly and its Types38

39

40

41

Gating System. Melting of Metal,

Furnaces and Cupola, Metal Pouring, Fettling.

42

43

44

45

Casting Treatment,

Inspection and Quality Control. Sand Casting Defects &

Remedies464748

49

Plastic moulding,lathe machine,lathe operation,CNC

machining,shaper

and planar machine505152

53

Introduction to Welding, Classifiction of Welding

Processes,

Gas Welding : Oxy-Acetylene Welding545556

57

Resistance Welding : Spot

and Seam Welding, Arc Welding : Metal Arc, TIG & MIG

Welding,

585960

17

18

10

11

14

15

16

PRE UNIVERSITY EXAMS

13Sessional

exam

12

To prepare joints for welding suitable for butt

welding and lap

welding

To prepare horizontal surface/ vertical surface/

curved surface/

slots or V-grooves on a shaper/planner

To prepare a job involving side and

face milling machine


To study various types of carpentry tools and

prepare simple

types of at least two wooden joints.


To prepare simple engineering components/

shapes by forging.

To prepare mold and core assembly, to put

metal in the mold

and fettle the casting

sessional exam · test 1 section - a 1 introduction t scheme of examination , subject verb...

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