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TEACHING PLANS
Sr.
No.
Working
Days
Teaching
Days Month Topic FYBA.- Compulsory English
Period
Required
June A Red, Red Rose- Robert Burns
Where the Mind is without Fear- Rabindranath Tagore
An Astrologer’s Day- R.K Narayan
July Verbs 3.1 Regular and Irregular Verbs
Our Urgent Need of Self-esteem-Nathaniel Branden
The Gift of Magi- O’ Henry
August Karma-Khushwant Singh
If You Call Me- Sarojini Naidu
Articles
September Prepositions
Auxiliaries (Primary and Modal
Tenses
October Tenses
Subject-Verb Agreement (Concord)
Communication skills: 1. Taking Leave 2. Introducing
Yourself 3. Introducing People to One Another 4. Making
Requests and Asking for Directions 5. Making and Accepting an
Apology
Revision
December Tryst with Destiny-Jawaharlal Nehru
Youth and the Tasks Ahead-Karan Singh
Prospects of Democracy in India-B. R. Ambedkar
January
The Eyes are not Here-Ruskin Bond
Upon Westminster Bridge- William Wordsworth
February An old Woman- Arun Kolatkar
Success is Counted Sweetest- Emily Dickinson
March Apology 6. Inviting and Accepting/Declining an Invitation 7.
Making a Complaint 8. Congratulating, Expressing Sympathy
and Offering Condolences
Condolences 9. Making Suggestions, Offering Advice and
Persuading 10. Expressing Agreement/Disagreement and
Seeking Clarification
Revision
Sr.No Working
Days
Teaching
Days Month Topic TYBA.- Compulsory English
Period
Required
June Uncle Podger hangs a picture- Jerome K. Jerome
How Wealth Accumulates and Men Decay – G. B Shaw
July Retrieved Information/Jimmy Valentine – Saki
How Much Land does a Man Need – Leo Tolstoy
August Transformation of Sentences: Declarative Sentences
Interrogative Sentences Imperative Sentences Exclamatory
Sentences
All the World is a Stage - William Shakespeare
September La Belle Dame Sans Merci – John Keats
Charge of the Light Brigade – Alfred, Lord Tennyson
How Much Do I Love Thee – Elizabeth Browning
October An Introduction to Communication Skills: Defining
Communication The Process of Communication Verbal and
Non-verbal Communication Tips for Effective Communication
On the Rule of the Road–A.G. Gardiner
Revision
December Pleasures of Ignorance – Robert Lynd
The Selfish Giant – Oscar Wilde
January
The Diamond Necklace – Guy de Maupassant
Afterwards - Thomas Hardy
The Ballad of Father Gilligan – W. B. Yeats
February If - Rudyard Kipling
A Psalm of Life- Henry Wadsworth Longfellow
Presentation skills: Kinds of Presentations Structuring
Content Visual Aids The Language of Presentations Making a
Presentation
March Introduction to Soft Skills : Leadership Skills Teamwork
Skills Time Management Goal Setting Stress Management
Positive Attitude
Revision
Sr.No Working
Days
Teaching
Days Month Topic TYBA.- Special -4
Period
Required
June Definition, origin, principles, types, and functions of
literary criticism
July Classical criticism
(Plato’s charges against poetry, Aristotle’s theory of
imitation, Longinus’s sources of the sublime),
August Neo-classical criticism
(Pierre Corneille’s reinterpretation of three unities, John
Dryden’s interpretation of classical ideas, Samuel
Johnson’s justification of Shakespeare’s intermingling of
tragedy and comedy and Alexander Pope’s views on wit
and Nature),
September Romanticism (William Wordsworth’s definition of
poetry, S. T. Coleridge’s concept of fancy and
imagination)
October Victorian criticism (Matthew Arnold’s views about the
function of criticism and Walter Pater’s concept of art for
art’s sake).
Revision
December
Modernism
(T. S. Eliot’s concept of tradition, I. A Richards’s four
kinds of meaning and F. R. Leavis’s concept of
completeness of response
New Criticism
(J. C. Ransom’s concept of texture, Allen Tate’s concept
of tension and Cleanth Brooks’s notion of paradox as the
structure of poetry)
January Marxist criticism
(Goerge Lucaks’ concept of realism and Raymond
Williams’s redefinition of hegemony).
Terms:
catharsis, plot, the sublime, three unities, classic,
decorum and nature, diction, fancy and imagination,
author, canon, style, subjective and objective
February John Dryden: An Essay of Dramatic Poesy
S. T. Coleridge: Chapter 14 (from Part II- Biographia
Literaria)
Walter Pater: Style
W. K. Wimsatt Jr. & M. C. Beardsley: The Intentional
Fallacy
Helen Gardner: The Sceptre and the Torch
Northrop Fry: Criticism: Visible and Invisible
March Terms: allegory, allusion, ambiguity, setting, satire,
genre, irony, metaphor, connotation and denotation, point
of view, round and flat characters, text
Practical criticism of poems, passages from novels and
plays, etc.
Revision
Sr.No Working
Days
Teaching
Days Month Topic SYBA.- Special -1
Period
Required
June Theory of Drama (a) What is Drama?
July (b) Elements of Drama: Theme, Characters, Plot,
Dialogue, Stage Properties, The Three Unities, Conflict,
Elements of Structure
August (c) Types of Drama: Tragedy, Comedy, Tragi-Comedy,
Problem Plays, Absurd Drama
(d) In addition, other terms related to Drama be
considered for background study
September B) Texts:
The Merchant of Venice- William Shakespeare
Video of Drama/ Movie
October The Merchant of Venice- William Shakespeare
Revision
December
A Doll’s House- Henrik Ibsen
Video of Drama/ Movie
January A Doll’s House- Henrik Ibsen
February The Old Stone Mansion- Mahesh Elkunchwar
March The Old Stone Mansion- Mahesh Elkunchwar
Revision
Sr.No Working
Days
Teaching
Days Month Topic SYBA.- General-2
Period
Required
June Introduction What is literature? Examining some literary devices
July Plato and mimesis Components of a literary piece and
approaches to literature Elements of the short story Short
story: A short history Short story: The genre
August The Three Questions- Lev Nikolayevich Tolstoy
September The Bet- Anton Chekhov
My Uncle Jules- Guy de Maupassant
October Mother of a Traitor- Maxim Gorky
The Bottle Imp- R. L. Stevenson
December Phonology: -Organs of speech, speech mechanisms, -
Description and classification of consonants and vowels,
-Concept of syllable, -Word accent, sentence accent, -
Tone groups, placement of nuclear/tonic accent, -
Concept of intonation, uses/types of tones
Morphology: -What is morphology? -Concept of
morpheme, allomorph, zero allomorph, types of
morphemes (free and - bound), Prefixes and Suffixes
(class-changing and class-maintaining), -Inflectional and
Derivational suffixes
January After Twenty Years- O. Henry.
Lawley Road- R. K. Narayan
February Kabuliwallah- Rabindranath Tagore
A Signal Man- Charles Dickenson
March Sociolinguistics: -National varieties of English: British,
American and Indian -Regional and social dialects,
standard dialect, concept of register, formal and informal
styles -Pidgins and Creoles, code-switching and code
mixing, borrowings
Sr.No Working
Days
Teaching
Days
Month Topic SYBA.- Special -2 Period
Required
June Theory of Poetry (a) What is Poetry?
July What is poetry? Significant development in the art of poetry
during major periods Elements of poetry: Rhythm, Meter, Sound
structure, Stanza Forms,
August Figures of Speech, Symbols, Imagery, and other Poetic Devices
like Repetition, Contrast. (d) Types of poetry: Elegy, Sonnet,
Dramatic Monologue, Lyric, Ode, Ballad
September B) Texts:
1. The Ballad of Sir Patrick Spens 2. Edmund Spenser Men Call
You Fair 3. Sir Philip Sidney O Grammar Rules 4. William
Shakespeare Sonnet 130 5. John Donne Broken Heart Batter My
Heart
October Andrew Marvell The Coronet The Definition of Love 7. John
Milton The Invocation’ (an excerpt from Paradise Lost) On His
Blindness 8. John Dryden Alexander’s Feast: or the Power of
Music; An Ode in Honor of St Cecilia’s Day 9. Alexander Pope
Excerpt from Canto 1 of Rape of the Lock, ‘Toilet Scene’ 10.
Thomas Gray Ode on the Death of a Favourite Cat, Drowned in a
Tub of Gold Fishes Revision
December
11. William Wordsworth Expostulation and Reply The Tables
Turned A Slumber did my Spirit Seal 12. Samuel Taylor
Coleridge The Nightingale Kubla Khan: A Vision in Fragments
13. P. B. Shelley Ode to the West Wind 14. John Keats La Belle
Dame Sans Merci Ode to Autumn
January 15. Alfred, Lord Tennyson Ulysses 16. Robert Browning My
Last Duchess 17. Matthew Arnold Dover Beach
February 18 Dante Gabriel Rossetti The Blessed Damozel 19. Thomas
Hardy The Oxen To an Unborn Pauper Child
March 20. G.M Hopkins Pied Beauty God’s Grandeur 21. W. B. Yeats
Sailing to Byzantium 22. Ralph Waldo Emerson Brahma 23.
Walt Whitman A Noiseless Patient Spider 24. Emily Dickinson
Because I Could Not Stop for Death
Revision
Sr.No Working
Days
Teaching
Days Month Topic SYBA.- Compulsory English
Period
Required
June 1. Playing the English Gentleman- Mohandas Karamchand
Gandhi 2. The Homecoming- Rabindranath Tagore
July
3. A Letter by Hazlitt to His Son- William Hazlitt 4. Freedom of
the Press- Shashi Tharoor
August 9. The Quality of Mercy- William Shakespeare 10. The Village
Schoolmaster- Oliver Goldsmith
September 11. The Solitary Reaper- William Wordsworth 12. O Captain!
My Captain!- Walt Whitman
October Language Components 1. Vocabulary -Introduction -
Collocations: Words that go together -Phrasal verbs -Commonly
confused words -One-word substitutes -Idioms2. Grammar -The
passive voice -Direct and indirect speech
Revision
December 5.A Cup of Tea- Katherine Mansfield
6. The Last Leaf- William Sydney Porter
January 7. Kalpana Chawla
8. My Lost Dollar- Stephen Leacock
February 13. Laugh and Be Merry- John Masefield 14. Still I Rise- Maya
Angelou 15. Another Woman- Imtiaz Dharker 16. My
Grandmother’s House- Kamala Suraiyya Das
March -Negative sentences -Question tags -Simple, compound and
complex sentences 3. Written Communication -Paragraph writing
-Report writing -Letter writing Revision
CLASS- TYBA SUBJECT- GEN. PAPER 3
June 1. Henry Derozio – Song of the Hindustanee Minstrel 2.
Rabindranath Tagore – Silent Steps
July 3. Swami Vivekananda – Peace 4. Sarojini Naidu – Song
of Radha, the Milkmaid 5. Nissim Ezekiel – Poet, Lover,
Birdwatcher
August 6. Kamala Das – An Introduction 7. A.K. Ramanujan –The
Striders 8. Adil Jussawala – Sea Breeze Bombay
September Syntax - 1. Concept of Phrase, Phrase structure rules/
types of Phrases: Noun phrase, Adjective phrase, Adverb
phrase, Prepositional phrase and Verb phrase. 2. Concept
of Clause, Parts of Clauses: Subjects and objects,
complements and Adverbials, Concept of Subject –verb
Concord, Clause patterns.
October 3. Types of Sentences: Structural Classification - Simple
Sentence, Compound Sentence and Complex sentence 4.
Types of Sentences: Functional Classification -
(affirmatives/interrogatives/imperatives) Wh –questions,
Yes-No Questions, Tag Questions, Negative Sentences,
Do-support, Imperatives
REVISION
December 9. Jayant Mahapatra – The Captive Air of Chandipur-on-
Sea 10. Arun Kolatkar – The Bus 11. Agha Shahid Ali –
The Season of the Plains 12. Mamta Kalia - Tribute to
Papa
January Semantics (Introductory) – 1. What is Semantics?
Difference between Denotative and Connotative meaning.
2. Lexical relations: Synonymy, Antonymy, Homonymy,
Homography and Homophony, Polysemy, Difference
between Homonymy and Polysemy, Superordinate terms
and Hyponymy, Metonymy
February
Pragmatics - (Introductory) – 1. What is Pragmatics? 2.
Speech Acts: Types a. Austin’s typology - locutionary,
illocutionary, perlocutionary. b. Searle’s typology – the six
types c. Direct and Indirect Speech Acts
March 3. The Co-operative Principle and Its Maxims 4. The
Politeness Principle and Its Maxims Revision
CLASS- TYBA SUBJECT- SPECIAL PAPER 3
June A) Theory of Novel
July (a) What is Novel? A brief history of novel as a literary
form (b) Elements of Novel: Theme, Characters, Plot,
Structure Narrative Techniques, Point of view, Conflict,
Setting and atmosphere, Dialogue
August (c) Types of Novel: epistolary, picaresque, bildungsroman,
historical, regional, Psychological, satire, realistic,
experimental novel, science fiction (d) In addition to this
other literary terms related to novel/fiction be considered
for background study
September B) Animal Farm- George Orwell
October Revison
December A) The Old Man and the Sea – Ernest Hemingway
January The Old Man and the Sea – Ernest Hemingway Movie,
Discussion
February B) The Guide – R. K. Narayan
March The Guide – R. K. Narayan
Movie, Discussion Revision
Class- FYBA SUBJECT- OPT- ENGLISH
JUNE Prose as genre, appreciation and examples
JULY 1. A Lesson My Father Taught Me- A.P.J. Abdul Kalam
2. Toasted English- R. K. Narayan
AUGUST Short Stories- as genre, appreciation and examples
Language studies-I 1. Characteristics of Human Language
2. Functions of Language
SEPTEMBER 1. The Romance of a Busy Broker- O. Henry
2. A Day’s Wait- Ernest Hemingway
OCTOBER 1. Sonnet 29: ‘When in disgrace with Fortune and
men’s eyes’- William Shakespeare 2. The World
is too much with us- William Wordsworth 3. The
Listeners- Walter de la Mare 4. No Men are
Foreign- James Kirkup
2. REVISION
DECEMBER Short Stories 1. Upper Division Love- Manohar
Malgaonkar 2. Marriage is a Private Affair- Chinua
Achebe
JANUARY Poetry 1. The Road Not Taken- Robert Frost 2. The Sun
Rising- John Donne 3. The Mountain and the Squirrel- R.
W. Emerson 4. Ballad of the Landlord- Langston Hughes
February One Act Plays 1. Lithuania- Rupert Brooke
2. Swansong - Anton Chekhov
March Language studies-II 1. Aspects of Language and Branches
of Linguistics
2. Introduction to the Sounds of English
REVISION
Sr.No Working
Days
Teaching
Days Month
Topic FYBA.- Geography
Text- Elements of Geomorphology
Period
Required
June Case Studies of disaster Managements Management of
Indian and Global disasters a) Tsunami in Indian ocean -
2004 b) Kedarnath Cloud Burst -2013 c) Fukushima
Nuclear disaster -2011 d) Hail storm in Maharashtra- 2014
July Fundamental Concepts of The Earth a. The Earth Size,
Shape, Radius, Circumference, Parallels of Latitudes and
Meridians of Longitudes. b. Time: Local time and Standard
time, Time Zone and International Date Line.
August The Earth a. The earth – its Interior, Composition &
Structure b. Origin of Continents and Ocean basin i.
Wegener’s Continental Drift Theory ii. Theory of Plate
Tectonicsiii. Theory of Sea Floor Spreading
September Rocks a. Rock- Definition and origin. b. Type of Rocks-
Igneous, Sedimentary and Metamorphic rocks
Revision
October Crustal Movements a. Internal Movements- Definition, Causes b. Classification
of Movements i. Slow movements- Folding and Faulting ii.
Rapid movements – Volcanism and Earthquak
Revision
December Weathering
a. Definition of Weathering, b. T yp e of Weathering-
Mechanical, Chemical, biological and Anthropogenic
weathering c. Hydrological cycle
January
Agents of Erosions and Depositions Landforms created by
following agents . Rivers. b. Sea-waves.
February Mass Wasting Concept – Type – Soil Creep, Landslides,
Debris flows, Avalanches, Mud Flow 8 9 Slopes Meaning &
Definition of slopes, Types and slope segments Concave,
Convex , Terraced, Rectilinear
March Applications of Geomorphology a.Human Activity: i. Settlement ii. Transport iii. Landuse iv.
Mining v. Resource Evaluation b.Environmental Hazards &
Assessment: i. Landslides ii. Tsunami iii. Soils Degradation
iv. Floods c.Watershed Management: d.Field Visit (Not
more than two days) for observations and identification of
landforms.
Revision
Sr.No Working
Days
Teaching
Days Month
CLASS-SYBA.- GEOGRAPHY
TEXT- GEOGRAPHY OF DISASTER
MANAGEMENT
Period
Required
June Introduction to hazards, disasters Definition and types
a) Meaning, definition,
July b) Geographical conditions and disasters c) Classification of
disasters
Basic concepts in disaster management. Terminology and
concepts
a) Concept of management b) Aims and objectives
August Disaster management and measures Structural and Non
-structural measures a) Structure of disaster management -
Preparedness, Response, Recovery, Mitigation,
Rehabilitation
September b) Standard operating procedure of management on
government level c) Role of media
October Climatic disasters and their management causes, effects,
area and management
a) Cyclones as disasters b) Droughts as disasters c) Floods
as disasters
Revision
December Geological and Geomorphic disasters and their
management Causes, effects, area and management
a) Earthquakes as disasters b) Landslides as disasters c)
Tsunami as disasters
January
Anthropogenic disasters and their management Trend,
types, area, causes, effects and remedies.
a) Deforestation b) Forest fire as disasters c) Soil
degradation d) Over exploitation of resources
February Global issues and movements Causes, effects and
measures to conservation.
a) Global warming b) Ozone depletion c) Acid rain
March Case Studies of disaster Managements Management of
Indian and Global disasters a) Tsunami in Indian ocean -2004 b) Kedarnath Cloud Burst
-2013 c) Fukushima Nuclear disaster -2011 d) Hail storm in
Maharashtra- 2014
Revision
Sr.No Working
Days
Teaching
Days Month
Class TYBA.- Geography G-3
Text- Human Geography
Period
Required
June Introduction to Human Geography
a)Meaning and Definition of Human Geography
July
b)Nature, Scope and Importance of Human Geography,
approach of Human Geography & Branches of Human
Geography
August
Development of Human Geography
a) Pre-historical Period. b) Medieval Period of Human
Geography. c) Modern Period of Human Geography. d)
Concepts of Determinism, Possibilism, Stop and Go
Determinism
September
Human Evolution and Races a) Stages of Human Evolution. b) Meaning and
Definition of Human Race c) Bases of Human Race d)
Griffith Taylor’s Theory of Human Race e) Pure and
Mixed Races
October
Form of Adaptation to the Environment a) Human life
in Cold Region - ESKIMO b) Human life in Tropics -
PYGMY and BUSHMEN Revision
December Study of Indian Tribes Regional Distribution of Tribes
in India a) Bhill b) Gond c) Naga d) Tribes in Maharashtra
January
Human Culture a) World Languages & their distribution b) World’s Major
Religions & their distribution d) Distribution of
Languages & Religions in India
February
Movement of Mankind
a) Meaning and Definition of Migration b) Type of
Migration c) Causes & Effects of Migration d) Migration
in Modern Period
March
Population & Resources a) World Population Distribution b) Effects of Population
Growth on Natural Resources c) Malthus Theory of
Population Growth d) Population as a Resource
Revision
Sr.
No
Working
Days
Teachin
g Days Month Topic FYBA.- Politics G-1
Period
Required
June Topic 1: Background and the Salient Features of Indian
Constitution a) Formation of Constituent Assembly b)
Philosophy of the Preamble for Indian Constitution c) Major
Features: Parliamentary Democracy, Federalism, Independent
Judiciary –Social Justice and Social Transformation
6
c) Major Features: Parliamentary Democracy, Federalism,
Independent Judiciary –Social Justice and Social
Transformation
6
July
Topic 2: Fundamental Rights, Duties and the Directive
Principles of State Policy a) Nature of Fundamental Rights –
Major Fundamental Rights-Right to Equality, Right to Liberty,
Right to Freedom of Religion, Cultural and Educational Rights
12 b) Importance of Fundamental Duties c) Nature and
Significance of Directive Principles of State Policy
6
b) Importance of Fundamental Duties c) Nature and
Significance of Directive Principles of State Policy 6
August Topic 3: Federalism a) Salient Features of Indian Federalism b)
Centre –State Relations c) Issues of Conflict-Water Issue,
Border Issue and Sharing of Resources
Legislature-Executive –Judiciary a) Union Legislature -
Structure-Powers and Role b) Union Executive-President,
Prime Minister and his Cabinet-
6
Septemb
er
Topic 4: Structure of Union Government - Role and Functions
c) Judiciary- Nature of Judiciary, Supreme Court-Powers and
Functions
6
Topic 5: Structure of State Government -Legislature-Executive
–Judiciary a) State Legislature - Structure-Powers and Role
October b) State Executive-Governor , Chief Minister and his
CabinetRole and Functions c) Judiciary- Nature of Judiciary,
High Court-Powers and Functions
Revision
Decembe
r
Topic 6: Party System and Elections a) Nature and Changing
Pattern of Party System b) Elections- Election Commission :-
Major Features of Electoral System and Patterns Of Voting
Behavior 12 c) Rise and Role of Regional Parties
Election Commission :-Major Features of Electoral System and
Patterns Of Voting Behavior 12 c) Rise and Role of Regional
Parties
January Topic 7: Role of Caste and Religion in Indian Politics a) Caste
and Politics of Identity b) Rise of OBCs 12 c) Religion and
Politics of Communalism
Topic 8: Issues of Regionalism and Development a) Causes
and Patterns of Regionalism
February b) Issues of Development-Uneven Development-Leading to
Regional Imbalance-Poverty Eradication, Health and
Education
Revision
March Revision
Sr.
No
Working
Days
Teaching
Days Month Topic SYBA.- Politics G-2
Period
Required
June Unit: 1 - Introducing Political Theory a) Definitions, Nature
&Scope 6
b) Traditions of Political Theory: Liberal & Conservative 6
July
Unit: 2 - State a) Definitions Meaning and Elements 6
b) Perspectives on State (Liberal, Marxist) 6
August Unit: 3 - Power & Authority a) Conceptions of Power,
Power as Exploitation, Authority, Hegemony, Foucault on
Power
b) Authority: Meaning, Nature & its forms 6
September Unit-4 - Right and Justice a) Meaning, Nature &Kinds of
Rights 6
b) Dimensions of Justice (Social, Economic Political)
October Unit: 5 – Liberty and Equality a) Liberty: Meaning, Nature,
Classification: Negative & Positive Liberty
b) Equality: Meaning, Nature, Types of Equality: Equality
OF Opportunity; political Equality, Affirmative Action
December Unit: 6 – Democracy a) The Concept of Democracy, Direct
Participatory & Liberal Democracy b) Perspectives on
Democracy, Merits and demerits
b) Perspectives on Democracy, Merits and demerits
January Unit: 7 – Sovereignty a)Meaning & Characteristics of
sovereignty b)Theory of Popular Sovereignty
February Unit 8: Globalisation a) Definition, Meaning
b) Impact of Globalisation
March Revision
Sr.
No
Working
Days
Teaching
Days Month Topic SYBA.- Politics S-1
Period
Required
June Unit: 1 - Plato a) Ideal State & Philosopher King 06
b) Views on Education c) Views on Justice & Communism 6
July
Unit: 2 - Aristotle a) Views on State b) Views on Property,
Views on Slavery 6
c) Views on Revolution 6
August Unit: 3 - Machiavelli a) Views on Human Nature
b) Views on Religion & Morality c) Theory of Statecraft 6
September Unit: 4 – J.S.Mil a) Views on Utilitarianism b) Views on
Liberty 6
c) Views on Representative Government & State
Revision 6
October Unit: 5 – Karl Marx a) Historical Materialism b) Theory of
Class & Struggle 6
c) Theory of State & Revolution 6
December Unit: 6 - Hobbes a) State of Nature b) Views on Human
Nature c) Theory of Social Contract 6
c) Theory of Social Contract 6
January Unit: 7 – John Locke a) Theory of Social Contract b)
Views on natural Rights c) Views on civil society & State 6
February Unit: 8 - Rousseau a) State of Nature & Views on Human
Nature b) Theory of General Will c) Theory of Social
Contract
6
Revision
March Revision
Sr.
No
Working
Days
Teaching
Days Month Topic SYBA.- Politics S-2
Period
Required
June 1. Definition, Nature and Scope of Political Sociology
July
2. Intellectual Foundation of Political Sociology a) Marx
b) Max Weber c) Behavioral Approach
6
August 3. Political Culture. a) Meaning and Nature b) Types of
Political Culture
September 4. Political Socialization a) Process and Agencies of
Socialization
6
October 5. Political Ideology a) Meaning and Nature 6
December 6. Political Participation a) Meaning and Nature b)
Levels of Participation c) Agencies of Recruitment
6
January 7. Legitimacy and Influence a) Meaning and Nature b)
Types
6
February 8. Political Change, Political Development. a. Meaning
and Nature b. Types of Political Change c) Concept of
Political Development
6
Revision
March Revision
Sr.
No
Working
Days
Teaching
Days Month Topic TYBA.- Politics Gen-3
Period
Required
June UNIT-I: - Evolution of Local Self Government a) Pre-
Independence Period : British Period b) Post-
Independence Period :Community Development
Programme, Balwantrai Mehta Committee.
10
July
UNIT-II: - Various Committees of Local Self
Government in Maharashtra 12 a) Vasantrao Naik
Committee b) L. N. Bongirwar Committee c) Prin. P. B.
Patil Committee
12
August UNIT-III: - 73rd and 74th Amendments a) 73rd
Amendment b) 74th Amendment c) Importance 12
September UNIT-IV: - Rural Local Bodies : Composition, Power
and Functions a) Gram Sabha and Gram Panchayat b)
Panchayat Samiti c) Zillah Parishad
14
October UNIT-V: - Urban Local Bodies: Composition, Power and
Functions 14 a) Nagar Panchayat b) Municipal Council
c) Municipal Corporation
14
December UNIT-VI: - State Election Commission a. Structure,
Power and Functions b. Election Reforms 12
January UNIT-VII: - Role of Leadership in Development a)
Emerging patterns of Leadership b) Impact of leadership
on development
12
February UNIT-VIII: - Challenges before Local Self Government
a) Issues in local finance b) Issues of participation 10
Revision
March Revision
Sr.
No
Working
Days
Teaching
Days
Month Topic TYBA.- Politics Special-3 Period
Required
June UNIT-I: - Public Administration a) Meaning b) Nature
c) Scope and Significance
12
July
UNIT-II: - New Public Administration a) Evolution b)
Salient Features c) Goals
12
August UNIT_III:- Approaches to Public Administration. a)
Traditional Approach b) Behavioral Approach c) System
Approach
12
September UNIT-IV: - Governance a) Idea of Good Governance b)
E-Governance c) Public Private Partnership
Revision
12
October UNIT-V:- Bureaucracy a) Meaning and Definitions b)
Administrative Reforms
14
December UNIT-VI: - Personnel Administration a) Recruitment b)
Training c) Promotion
12
January UNIT-VII: - Budget a) Meaning and types b) Budgetary
Process in India 7
12
February UNIT-VIII: - Accountability and Control a)
Administrative Accountability b) Legislative Control c)
Judicial Control
12
Revision
March Revision
Sr.
No
Working
Days
Teaching
Days
Month Topic TYBA.- Politics Special-4 Period
Required
June UNIT I :- International Politics a) Nature and Scope b)
Theories of Idealism and Realism
12
July
Realism UNIT II :- Approaches to the Study of
International Relations a) Power Approach b) Decision
Making Approach c) System Approach
12
August UNIT III :- Power a) Meaning b) Elements c) Changing
Nature of the National Power
12
September UNIT IV :- Balance of Power a) Meaning and Nature b)
Characteristics c) Changing Nature of the Balance of
Power
12
October UNIT V :- Security a) Meaning and definition b)
Regional Security c) Collective Security
12
December UNIT VI :- Diplomacy a) Meaning b) Types of
Diplomacy c) Challenges To Diplomacy
12
January UNIT VII :- Disarmament a) Meaning and Nature b)
Types of Disarmament c) Issues and Challenges
12
February UNIT VIII :- Issues in International Politics a) Human
Rights –Its variations and Measures b) Terrorism –
Causes and Consciousness
12
Revision
March Revision
Okkf"kZd v/;kiu fu;kstu
Class :- F.Y.B.A. Paper :- Hindi Gen 1
dkk %& izFke o"kZ dyk isij %& fganh lk 1
Sr.no v- ua-
Month ekg
Working
day dk;Z fnol
Offiered
Period izkIr rkflkdk
Topic Eqkn~nk
Present Period izR;k fn;s
tkusokyh rkfldk;s 1 Tkwu
14 06 ikB;dze ifjp; rFkk iz’uif=dk Lo:i fganh dgkUkh fodkl ,oa ifjp;
03 03
2 twykbZ
26 16
iap ijes’oj & izsepan gkj fd thr & lqn’kZu iapykbV & Q.kh’ojukFk js.kq Dyse & eksgu jkds’k
04 04 04 04
3 vxLr
25 15
lqHkku [kkW & jkeo`k csuhiqjh Hkxr fd xr & gfj’kadj ijlkbZ caVh fd dgkuh &eUuq HkaMkjh fganh dfork fodkl ,oa ifjp;
04 04 04 03
4 flrEcj
25 14
Lusg fu>Zj cg x;k gS & lw;Zdkar f=ikBh D;k iwtu D;k vpZu js & egknsoh oekZ Bqdjk nks ;k I;kj djks & lqHknzkdqekjh pkSgku nksuks vksj izse iyrk gS & eSfFkyh’kj.k xqIr
04 04 03 03
5 vDrwcj
26 16
iq"Ik fd vfHkyk"kk & ek[kuyky prqosZnh gks xbZ gS ihj & nq";ar dqekj ikfjHkkf"kd ‘’kCnkoyh lkjys[ku
04 04 04 04
6 uoEcj 06 03 vkosnu i= 03
7 fnlEcj
24 14
lq[k & dk’khukFk flag ogh dh ogh ckr & jes’k ckh egk’kwnz & eksgunkl uSfe’kjk;
05 04 05
8 Tkuojh
25 16
Ekgkuxj dh eSfFkyh & lq/kk vjksMk cgw dh fonk & foukan jLrksxh esjk Kku & esjk vKku & ‘’kadj iq.krkacsdj dFkkdkj mn; izdk’k ls ckrphr & lqHkk"k panz ekS;Z
04 04 04 04
9 Qjojh
23 16
Hkksj gks xbZ & ujsanz ’kekZ Tkks chr xbZ & gfjoa’kjk; cPpu vdky vkSj mlds ckn & ukxktqZu VwVk ifg;k & /keZohj Hkkjrh Tkks f’kyk,W rksMrs gS & dsnkjukFk vxzoky
03 03 03 03 04
10 ekpZ
15 10
vk[kks ls flQZ & tghj dqjs’kh okD; ’kqf/ndj.k vuqokn fuca/k ys[ku
03 03 02 02
Okkf"kZd v/;kiu fu;kstu
Class :- S.Y.B.A. Paper :- Hindi Gen 2
dkk %& fOnrh; o"kZ dyk isij %& fganh lk 2
Sr.no v- ua-
Month ekg
Working
day dk;Z fnol
Officered
Period izkIr
rkflkdk
Topic Eqkn~nk
Present Period izR;k fn;s tkusokyh
rkfldk;s
1 Tkwu 14 06 ikB;dze ifjp; rFkk iz’uif=dk Lo:i fganh dgkUkh ifjp;
03 03
2 twykbZ 26 16 mlus dgk Fkk & panz/kj ’kekZ xqysjh Uked dk nkjksxk & izsepan [ksy & tSusanz dqekj
05 05 04
3 vxLr 25 18 deZQy & ;’kiky Ykky iku dh csxe & Q.kh’ojukFk js.kq Eksgeku & jktsanz ;kno fganh dfork ifjp;
04 06 05 03
4 flrEcj 25 16 twgh dh dyh & lw;Zdkar f=ikBh fujkyk xkWo fd yMds & lqfe+==uanu iar ekW>h & gjhoa’kjk; cPpu iksLVj vkSj vkneh & losZ’ojn;ky lDLsuk
04 04 04 04
5 vDrwcj 26 16 isM & panzdkar nsorkys ckck us dgk Fkk & lksguiky lqeukkj ikfjHkkf"kd ‘’kCn foKkiu ys[ku
04 04 04 04
6 uoEcj 06 03 o`Rrkar ys[ku ¼ lekpkj&i= ,oa nwjn’kZu ds fy,½
03
7 fnlEcj 24 17 NIiu rksys dk dj/ku & mn; izdk’k >wBh gS rsrjh nknh & latho flfy;k & lqf’kyk VkdHkkSjs fcxMSy cPps & efu"kk dqyJs"B
05 04 04 04
8 Tkuojh 25 16 ?kql ,d fpdukbZ gS & johaanz dkfy;k ehjk ukph & e~nqyk xxZ xkWo ij ekW & jes’k lksuh pqukSrh & m"kk ;kno
05 05 03 03
9 Qjojh 23 16 vrhr ugh gksrh unh & MkW- nkeksnj [kMls nks gkfFk;ksa dh yMkbZ & mn;izdk’k Ckstxg & vufedk bl :V dh lHkh ykbusa O;Lr gS & lq’kkar lqfiz;
04 04 04 04
10 ekpZ 15 06 LkkkkRdkj ’kCn& ;qXe
03 03
Okkf"kZd v/;kiu fu;kstu
Class :- T.Y.B.A. Paper :- Hindi Gen 3
dkk %& r`rh; o"kZ dyk isij %& fganh lk 3
Sr.no
v- ua-
Month
ekg
Working
day
dk;Z fnol
Offiered
Period
izkIr
rkflkdk
Topic
Eqkn~nk
Present Period
izR;k fn;s
tkusokyh
rkfldk;s
1 Tkwu 14 08 ikB;dze ifjp; rFkk iz’uif=dk Lo:i fganh vkRedFkk ijhp;
04 04
2 twykbZ 26 16 esjk& thou & izsepan D;k HkwywW D;k ;kn d:W & gfjoa’kjk; cPpu
08 08
3 vxLr 25 14 Tkks dgk ugh x;k & dqlqe valy ’kCndk;k & lquhrk tSu
08 06
4 flrEcj 25 16 vius vius fiatjs & eksgunkl uSfe’kjk; larIr & lwjtiky pkSgku VqdMs VqdMs nkLrku & ve`ryky ukxj
06 06 04
5 vDrwcj 26 15 Xkqe’kqnk nksLr dh ryk’k & lq/kk vjksMk dk;Zdze la;kstu dkS’ky dk ifjp; vuqokn ys[ku
06 05 04
6 uoEcj 06 03 ikfjHkkf"kd ’kCnkoyh lwph layXu
03
7 fnlEcj 24 12 fganh ukVd ifjp; dkO; ukVd dh ifjdYiuk dfo nq";ar dqekj O;fDrRo ,oa d`fro
03 03 06
8 Tkuojh 25 16 ,d daB fo"kik;h & nq";r dqekj dkO; ukVd dh dFkk oLrw
16
9 Qjojh 23 16 ,d daB fo"kik;h dkO; ukVd dh rRo ds vk/kkj ij lehkk
16
10 ekpZ 15 09 lafkfIr;kW lekpkj ljdkjh i=ys[ku
03 03 03
Sr.
No.
Working
Days
Teachin
g Days Month Topic S.Y.B.A Marathi G2
Period
Required
izFke l=
1 mi;ksftr ejkBh 12
1½ vtZys[ku
2½ v’kq/n ’kCn ’kq/n d:u fyfg.ks
2 pfj= lkfgR; izdkjkph rkfRod feealk 12
1½ ladYiuk
2½ Lo:i
3½ okVpky
3 ikB;iqLrd 24
thouos/k & Lusgy rkojs ] f’kjh"k ykaMxs
1½ KkuT;ksrh lkfo=hckbZ Qqys & gjh ujds
2½ eg"khZ /kks- ds- dosZ & uk- e- tks’kh
3½ egkjkt l;kthjko xk;dokM &ckck HkakM
4½ izcks/kudkj ds- lh- Bkdjs & ‘ ek>h thouxkFkk
5½ deZohj HkkÅjko ikVhy & jkolkgsc f’kans
6½ ckcklkgsc vkacsMdj & /kuat; dhj
7½ vkuanhckbZ f’kdsZ & lkatokr
8½ MkW foB~Byjko fo[ks ikVhy & ‘ ‘ ckGklkgsc fo[ks
9½ deZohj dkdklkgsc ok?k & ck- ns- ok?k
10½ deZ;ksxh HkkÅlkgsc fgjs & iz’kkar fgjs
Sr.
No
Working
Days
Teachin
g Days Month Topic S.Y.B.A Marathi G2
Period
Required
fOnrh; l=
1 O;ogkjh ejkBh 12
1½ lkjka’k ys[ku
2½ ikfjHkkf"kd laKk
2 vkRepfj= lkfgR; izdkjkph rkfRod ehekalk 12
1½ vkRepfj= ladYiuk
2½ vkRepfj= o vkRedFku lkE;Hksn
3½ vkRepfj= lkfgR; izdkjkph okVpky
3 ikB;iqLrd 24
ek>h tM.k?kM.k & MkW Lusgy rkojs & MkW mTToyk nso<s
Sr.
No
Worki
ng
Days
Teachin
g Days Month Topic SYBA. Marathi S2
Period
Required
izFke l=
1 14 06 tqu dky[kaM 1818 rs 1874 24
1½ lkekftd ]/kkfeZd ik’oZHkqEkh
26 14 twYkS 2½ jktdh; lkaLd`frd vkf.k ok³~e; ik’oZHkqeh
3½ lkfgR; fufeZrh ekfxy izsj.kk o izo`Rrh
25 12 vkWx"V 4½ fuoMd ok³~e;kpk LFkqy vk<kok v½ fuca/k c½ dfork d½ dknacjh ] ukVd M½ pfj= ] vkRepfj=
2 25 12 lIVsacj dky[kaM 1875 rs 1920 24
1½ lkekftd ]/kkfeZd ik’oZHkqEkh
2½ jktdh; lkaLd`frd vkf.k ok³~e; ik’oZHkqeh
26 14 vkWDVkscj 3½ lkfgR; fufeZrh ekfxy izsj.kk o izo`Rrh
4½ fuoMd ok³~e;kpk LFkqy vk<kok v½ fuca/k c½ dfork d½ dknacjh ] ukVd M½ pfj= ] vkRepfj=
Sr.
NO.
Worki
ng
Days
Teaching
Days
Month Topic SYBA. Marathi S2 Period
Required
fOnrh; l=
1 24 14 fMlaascj dky[kaM 1921 rs 1945 24
1½ lkekftd ]/kkfeZd ik’oZHkqEkh
2½ jktdh; lkaLd`frd vkf.k ok³~e; ik’oZHkqeh
25 16 Tkkusokjh 3½ lkfgR; fufeZrh ekfxy izsj.kk o izo`Rrh
4½ fuoMd ok³~e;kpk LFkqy vk<kok v½ fuca/k c½ dfork d½ dknacjh ] ukVd M½ pfj= ] vkRepfj= bZ½ yfyrxn;
2 23 16 Qscqzokjh dky[kaM 1946 rs 1960 24
1½ lkekftd ]/kkfeZd ik’oZHkqEkh
2½ jktdh; lkaLd`frd vkf.k ok³~e; ik’oZHkqeh
3½ lkfgR; fufeZrh ekfxy izsj.kk o izo`Rrh
15 10 ekpZ 4½ fuoMd ok³~e;kpk LFkqy vk<kok v½ fuca/k c½ dfork d½ dknacjh ] ukVd M½ pfj= ] vkRepfj= bZ½ yfyrxn;
Sr.
NO.
Worki
ng
Days
Teaching
Days
Month Topic S.Y.B.SC. Marathi Period
Required
izFke l=
1 14 06 Tkqu fuca/kys[ku 08
1½ foKku & fo"k;koj ys[ku
2½ lkekftd & fo"k;koj ys[ku
26 14 tqyS 3½ oSpkfjd & fo"k;koj ys[ku
2 ikB;iqLrd 40
foKkul`"Vh& izk -Lusgy rkojs
1½ foKku lkfgR; Eg.kts dk;
25 14 vkWx"V 2½ oSKkfud n`f"Vdksu & ujsanz nkHkksGdj
3½ lh- ,u- vkj- jko & fujatu ?kkVs
4½ Hkkjrh; ra=Kku vkf.k mn;ksxkrhy la/kh& v:.k fQjksfn;k
26 14 lIVsacj 5½ i;kZoj.k vkf.k ekuoh thou & ‘ jktsanz ’ksaMs
6½ Hkkjrkph varjkG >si & izdk’k rqis
7½ uWuksVsDukWyksthph rksaMvksG[k & vP;qr xksMCkksys
26 12 vkDVksacj 8½ lkSan;Z o`/nhlkBh ’kL=fdz;k & /kuJh fHkMs
9½ vfrjsdh & MkW - v:.k ekaMs
10½ [ksG vkf.k xk:Mh & ‘ ‘ ek/kqjh ’kkuckx
06 03 uksaOgsacj 11½ igkM & MkW es?kJh nGoh fo"k;koj ys[ku
Sr.
NO.
Worki
ng
Days
Teaching
Days
Month Topic S.Y.B.SC. Marathi Period
Required
fOnrh; l=
1 24 12 fMlsacj Hkk"kkarj 08
Xkjt] mfn~"V;s ] Qk;ns ] dkS’kY; ] ra=
2 25 16 tkusokjh Lkkjka’kys[ku dkS’kY; 08
1½ lkjka’kys[ku dkS’kY; 2½ lkjka’kys[ku ra=s
3 izlkjek/;eklkBh foKkufo"k;d ys[ku 24
1½ o`Rri=klkBh ys[ku
23 16 Qsczqokjh 2½ vkdk’kok.khlkBh Hkk"k.kkps ‘ ‘ lafgrkys[ku 3½ nqjfp=ok.khlkBh eqyk[kr ys[ku
4 15 10 ekpZ ikfjHkkf"kd laKkauk ejkBh laKk 08
1½ bafXy’ke/khy ikfjHkkf"kd laKkauk ‘ ‘ ‘ ejkBhrhy
Ik;kZ;h ikfjHkkf"kd laKk fyg.ks
Class :- T.Y.B.A. Paper :- Marathi S 3.
Sr.
NO.
Working
Days
Teaching
Days
Month Topic T.Y.B.A Marathi S3 Period Required
fOnrh; l=
1 24 14 fMlsacj lkfgR;kpk vkLokn 12
1½ lkfgR;kpk vkLokn Eg.kts dk;
2½ vkLokn izfdz;k
3½ vkLokndkyk vkoa’;d vl.kkjs xq.k
4½ vkLoknkrhy vMFkGs
2 25 16 Tkkusokjh lkfgR;kph lkekftdrk 12
1½ lkfgR; vkf.k lekt ;kaps ijLij laca/k
2½ ys[kdkph lkekftdrk
3½ Hkk"ksph o okpdkph lkekftdrk
4½ dykRed vuqHkokrhy lkekftdrk
5½ lkfgR;krhy lkekftdrsps oSf’od :i
6½ cka/khydhph ladYiuk o lkfgR;dkph cka/khydh
3 23 14 Qsczqokjh lkfgfR;d vfHk:ph 12
1½ vfHk:ph
2½ vfHk:ph vkf.k lkSn;Z n`"Vh
3½ vfHk:ph vkf.k vkSfpR;
4½ vfHk:ph fHkUursph dkj.ks
5½ vfHk:ph fu;r dj.kkjs ?kVd & lkaLd`frd i;kZoj.k ] vkfFkZd i;kZoj.k ] ok³e;hu i;kZoj.k
4 lkfgR;izdkjkph ladYiuk 12
1½ lkfgR;kP;k oxhZdj.kkph ‘’kD;k’kD;rk
2½ lkfgR;kP;k oxhZdj.kkph ‘vko’;drk
15 10 ekpZ 3½ lkfgR;kP:k oxhZdj.kkph rRos & ‘ ‘ ‘ ‘ ek/;efHkUurk ] izLrqrhdj.;kph i/nrh] ‘ ‘ izLrqrhdR;kZpk n`f"Vdks.k o izLrqrhdj.kkpk dkG
4½ lkfgR;kps BGd izdkj & dFkk] dknacjh] dkO;] ukVd
Sr.
No.
Working
Days
Teaching Days Month Topic T.Y.B.A Marathi S3 Period Required
izFke l=
1 14 06 Tkqu lkfgR;kps Lo:i 12
1½ ’kkL=h; ok³e; vkf.k lkfgR; e/khy Qjd
2½ lkfgR;kps Lo:i
26 14 tqyS 3½ lkfgR;krqu O;Dr gks.kk&;k vuqHkokps fo"ks’k & okLor vkf.k dfYir ;kapk laca/k v½ laosnukRedrk c½ HkkoukRedrk d½ oSpkfjdrk ]lsafn;rRo M½ lwpdrk ]fo’okRedrk
2 25 15 vkWx"V lkfgR;kps iz;kstu & 12
1½ iz;kstu Eg.kts dk; \
2½ iz;kstu vkf.k ifj.kke ;karhy Hksn
3½ lkfgR;kph iz;kstus &
v ½ eEeVkph iz;kstus
c½ ik’pkR;kaph iz;kstus
4½ ;k iz;kstukapk ys[kd o okpd rlsp dykoknh ] thouoknh ;k n`"Vhus fopkj
3 25 14 lIVsacj lkfgR;kph fufeZrh izfdz;k 12
1½ lkfgR;kP;k fufeZrhps Lo:i
2½ lkfgR;fufeZrhP;k ’kDrh
3½ izfrHkkO;kikj o LoIuO;kikj
4½ lkfgR;kph fufeZrh izfdz;k vkf.k ‘ ‘ lkfgfR;dkps O;fDreRo
5½ ys[kdkapk thoufo"k;d n`f"Vdks.k
6½ ys[kdkapk lkfgR;fo"k;d n`f"Vdks.k
4 26 15 vkWDVkscj lkfgR;kph Hkk"kk 12
1½ O;ogkj Hkk"kk ] ’kkL=h; Hkk"kk o ‘ ‘ ‘ lkfgR;kph Hkk"kk ;k e/khy Hksn
2½ ‘’kCnkFkkZpk odzO;kikj
3½ Hkk"ksps ukn:i
4½ vyadkj
5½ :id ] izfrek ]izfrd] izkDdFkk
6½ ‘’kSyh fopkj & v½ ys[kd r’kh ’kSyh c½ vk’k; r’kh ’Skyh d½ lkfgR;izdkj r’kh ’kSyh
Sr.
No
Working
Days
Teaching
Days Month Topic TYBSC -Analytical chemistry
Period
Required
1) 12 06 June Gravimetric analysis 12
2) 26 13 July Post precipitation &remedies for their minimisation,
Electrogravimetric analysis
3) 24 12 August
Thermal method of analysis ,
Polarography
06
08
4) 23 12 September Atomic absorption spectroscopy
Flame emission spectroscopy
06
06
5) 25 10 October Spectrophotometry 10
Revision
Semester 2
6) 25 10 December Solvent extraction , principle of Solvent extraction,
Numerical problem
08
7) 26 13 January Chromatography 10
8) 24 12 February Gas chromatography
High performance liquid chromatography
09
9) 24 12 March Electrophoresis,
Nephalometry & Terbidimetry
06
Revision
Sr.
No
Working
Days
Teaching
Days Month Topic FYBSC Chemistry -1
Period
Required
June Chapter 1: States of Matter) Introduction: States of matter
and their properties. Gaseous states: Significance of ideal
and kinetic gas equation (no derivation), Real
gasesCompressibility factor, van der Waal’s equation of
state, Isotherms of CO2, critical constants, correlation
between critical constants and van der Waal’s constants.
Liquid state – Properties of liquids , Comparison between
gaseous and solid state – Experimental determination of
vapor pressure by isoteniscopic method and viscosity by
Ostwald method, liquid crystals and their applications.
8
July
Chapter 2: Surface Chemistry Adsorption: Types of
adsorption, adsorption isotherms, Freundluich isotherm,
Langmuir isotherm, adsorption of gases on solids,
adsorption of solutes on solids, applications of adsorption,
Catalysis : Phenomena of catalysis, types of catalysis-
homogeneous and heterogeneous catalysis, gaseous
reactions on solid surfaces. Colloids: Definition and
classification, preparation of emulsions, gels and sols,
properties of suspensoids.
08
August Chapter 3: Chemical Mathematics Functions and variables:
Variables as function , variables used in chemistry
Derivative: Rules of differentiation, examples on
derivatives of algebraic, logarithmic and exponential
functions, partial differentiation, conditions for maxima and
minima, problems related to chemistry, 11 Integration:
Rules of integration (algebraic, exponential and logarithmic
functions), Integration –definite and indefinite, problems
related to chemistry. Graph: Plotting graphs of linear,
exponential and logarithmic functions and their
characteristics, sketching of s and p orbitals.
08
September Chapter 4: Mole Concept and Oxidation-reduction Mole
concept-Determination of mol. Weight by gram molecular
volume relationship, problems based on mole concept.
12
Methods of expressing concentrations, strength, normality,
molarity, molality, %w/v, %v/v, ppm, standardization of
solutions, primary & secondary standard substances,
Preparation of standard solution of acids & bases, problems
related to acid base titrations only. Oxidation & reduction-
Definitions to related terms like oxidation, reduction,
oxidizing agent, reducing agent, oxidation number,
Balancing of redox reactions using oxidation number
method & ion electron method, problems based one
equivalent weight of oxidant & reductants.
October Chapter 5: Atomic Structure Introduction, atomic spectrum
of hydrogen, Bohr model of hydrogen atom-derivation of
atomic radius and energy, energy level diagram of
hydrogen atom , Failure of Classical mechanics- black body
radiation, photoelectric effect, electron diffraction, atomic
spectra, quantization of energy, de Broglie’s hypothesis,
Heisenberg’s uncertainty principle (without proof), wave
equation, time independent Schrödinger equation, hydrogen
atom (expressions only)., wave functions for s and p atomic
orbitals,
12
December Chapter 5: Chemical Thermodynamics Introduction, first
law of thermodynamics and its limitations, Carnot cycle
and efficiency, Entropy and second law of thermodynamics,
entropy as a state function, Entropy change in isolated
system, reversible and irreversible process, entropy change
in ideal gases – isothermal , isobaric , isochoric processes ,
entropy change in physical transitions , entropy change in
chemical reactions, statistical definition of entropy, absolute
entropy, third law of thermodynamics
12
January Chapter 6 : Chemical bonding Attainment of stable
configuration, Types of bonds ionic, covalent, co-ordinate
& metallic, Types of overlaps: s-s, p-p, s-p, p-d, d-d and
their examples, Formation of sigma & pi bonds, Theories of
bonding- a)valance bond theory, b) Heitler London theory
and c) Pauling Slater theory, Concept of hybridization:
Definition & need of hybridization, steps involved in
hybridization, explanation of covalency of atoms in the
moles based on hybridization, types of hybridization
involving s, p, & d orbitals. Applications of hybridization
geometries of molecules like i) BeH2 ii) BF3 iii) [MnCl4]
2- iv) [Ni(CN)4] 2- v) Fe(CO)5
12
February vi) [Cr(H2O)6] 2+ vii) IF7 13 VSEPR theory:
Assumptions, need of theory, application of theory to
explain geometry of irregular molecules i) ClF3 ii) Cl2O
iii) BrF5 iii) TeCl4 iv) XeO3 v) XeOF4 Ref. 12, 13, 14 &
15 Aims and objecti
March Revision
Sr.
No
Working
Days
Teaching
Days Month FY BSC CHEMISTRY PRACTICAL
Period
Required
June 1. A) Preparation of lyphophyllic and lypophobic sols,
B) purification of prepared sols by hydrolysis
2. To study the role of emulsifying agents in stabilizing
the emulsion of different oils
08
July
3. Sketch the polar plots of s and p orbitals
4. Plot the graph of following functions using excel a)
exponential function b) logarithmic function c) linear
functions
5. To determine the gas constant R in different units by
eudiometer method.
12
August 6. To determine relative viscosity of given organic
liquids by viscometer. ( four liquids)
7. Investigate the adsorption of acetic acid by activated
charcoal and test the validity of
8. To determine ∆H and ∆S for the following chemical
reactions i) Zn(s) + CuSO4 (aq)→ Cu(s) + ZnSO4 (aq)
ii) 3Mg(s) + 2FeCl3 (aq)→2Fe(s) + 3MgCl2 (aq)
Inorganic Chemistry (minimum 7 experiments) A.
Compulsory experiments
12
September 9. Determination of hardness of water from a given
sample of water by EDTA method.
10. Analysis of alkali mixture by volumetric method. B.
Any Three Inorganic qualitative analyses without
phosphate and borate removal 11) Mixture-1 (water
soluble)
12
October 12) Mixture-2 (water insoluble)
13) Mixture-3 (water insoluble)
14) To standardize NaOH solution & hence find the
strength of given HCl solution.
12
December . 15)To standardize KMnO4 soln. & hence find strength
of the given solution D Any One of the following:
16) Estimation of % purity of a given sample of sodium
chloride.
17) Analysis of brass
12
January 18. Techniques (any two) - To be carried out on micro-
scale
i. Thin layer chromatography
ii. Crystallization with M.P. and % yield of purified
compound purified compound
19. Estimations (any one) i. To determine amount of
acetic acid in commercial vinegar ii. To determine
amount of aspirin in APC tablets
12
February 20. Organic qualitative analysis of single organic
compound at least one belonging from each type (any
four) Type, Preliminary tests, elements, functional group,
physical constants
a. Benzoic acid, Salicylic acid, Cinnamic acid, Phthalic
acid, oxalic acid
b. β-Naphthol, α-naphthol
c. Aniline, N,N-Dimethyl aniline
d. Napthalene, Thiourea, Urea, m-Dinitrobenzene,
chloroform, ethyl methyl ketone, ethyl acetate,
chlorobenzene
16
March Revision
Sr.
No
Working
Days
Teaching
Days Month SY BSC CHEMISTRY -1
Period
Required
June Chapter 1: Elementary Chemical Kinetics Introduction to
Chemical kinetics, molecularity and order of reaction ,
reaction rates, rate laws, rate constant and its
significance, Integrated rate law expression and its
characteristics–first order, second order (single reactant,
two reactants involved), examples of 1st and 2nd order
reaction, pseudomolecular reactions, factors affecting
rate of reaction, measurement of rate of reaction,
numericals.
10
July
Chapter 2: Photochemistry Introduction, thermal
reactions and photochemical reactions, laws of
photochemistry, quantum yield, measurement of
quantum yield, types of photochemical
reactionsphotosynthesis, photolysis, photocatalysis,
photosensitization, photophysical process– fluorescence,
phosphorescence, quenching, chemiluminiscence,
numericals. , types of photochemical
reactionsphotosynthesis, photolysis, photocatalysis,
photosensitization, photophysical process– fluorescence,
phosphorescence, quenching, chemiluminiscence,
numericals.
10
August Chapter 3: Distribution law Nernst distribution law,
Statement and thermodynamic proof for Nernst
distribution law, association and dissociation of solute in
solvent, application of distribution law, Numericals.
4
Chapter 4: Introduction to Analytical Chemistry
Introduction, Chemical analysis, applications of chemical
analysis, sampling, types of analysis, Common
techniques, Instrumental methods, other techniques,
factors affecting on choice of method
03
September Chapter 5: Errors in Quantitative Analysis Introduction,
Error, Accuracy, precision, methods of expressing
accuracy and precision, classification of errors,
significant figures and computations, distribution of
random errors, mean and standard deviations, reliability
of results, Numericals.
05
Chapter 6: Inorganic Qualitative Analysis Basic
principle, common ion effect, solubility, solubility
product, preparation of original solution, classification of
basic radicals in groups, separation of basic radicals,
removal of interfering anions (phosphate and borate),
detection of acid radicals.
08
October Chapter 7: Analysis of Organic Compounds (Qualitative
& Quantitative) I. Qualitative A. Types of organic
compounds, Characteristic tests and classifications,
reactions of different functional groups, analysis of
binary mixtures. II Quantitative B. Analysis–estimation
of C, H, (O) by combustion tube, detection of nitrogen,
sulfur, halogen and phosphorous by Lassigen’s test. C.
Estimation of nitrogen by Dumas’s Kjeldahl’s method,
estimation of halogen, sulphur and phosphate by Carious
method. D. Determination of empirical and molecular
formula, numerical problems.
08
December Chapter 1: Free Energy and Equilibrium Introduction,
Helmholtz free energy, variation of Helmholtz free
energy with volume and temperature, Helmholtz free
change energy for chemical reaction,Gibb’s free energy,
Variation of Gibb’s free energy with pressure and
temperature, Gibb’s free energy change for chemical
reaction, Free energy change for physical transitions,
Free energy change for an ideal gas; standard free energy
change, Gibb’s-Helmholtz equation, Properties and
significance of Gibb’s free change, Van’t Hoff reaction
isotherm, thermodynamic equilibrium constants, Relation
12
between Kp and Kc for gaseous reactions, variation of
equilibrium constant with temperature, Criteria for
chemical equilibrium, Physical equilibrium, Clapeyron
equation, Clausius–Clapeyron equation, Application of
Clausius– Clapeyron equation, numericals.
Chapter 2: Solutions of Liquids in Liquids Types of
solutions, Ideal solutions, Raoult’s law, ideal and non
ideal solutions, Henry’s law, Application of Henry’s law
with example CS2 in acetone, problems based on
Raoult’s law and Henry’s law, vapor pressure–
composition diagram of ideal and non ideal solution,
temperature composition diagram of miscible binary
solutions, distillation from temperature–composition
diagram, Azeotropes, Partially immiscible liquids.
12
January Chapter 3: Introduction to volumetric analysis
Introduction, methods of expressing concentrations,
primary and secondary standard solutions. Apparatus
used and their calibration: burettes, microburettes,
volumetric pipettes, graduated pipettes, volumetric flask,
methods of calibration, Instrumental & noninstrumental
analysis – principles & types.
06
February Chapter 4: Non Instrumental volumetric analysis
Indicators–theory of indicators, acid base indicators,
mixed and universal indicators [3] Acid–Base titrations:
Strong acid–Strong base, Weak acid–strong base, Weak
acid-Weak base titration, Displacement titrations,
polybasic acid titrations. (Discuss titration with respect to
neutralization and equivalence point determination and
limitations) [6] Redox titrations: Principle of redox
titration, detection of equivalence point using suitable
indicators. [3] Complexometric titrations: Principle,
EDTA titrations, choice of indicators [6] Iodometry and
Iodimetry: Principle, detection of end point, difference
between iodometry and iodimetry, Standardization of
sodium thiosulphate solution using potassium dichromate
and iodine method, Applications – estimation of Cu ,
estimation of Cl2.
18
March Revision
Sr.
No
Working
Days
Teaching
Days
Month SY BSC CHEMISTRY -Practical Period
Require
d
June
i. To determine critical solution temperature of phenol
water system
ii. To determine molecular weight of given organic liquid
by steam distillation
iii. Determination of solubility of benzoic acid at
different temperature and to determine ∆H of
dissociation process
12
July
iv. To study neutralization of acid (HCl) base (NaOH)
and CH3COOH by NaOH and H2SO4 by NaOH.
v. To determine the rate constant (or to study kinetics) of
acid catalyzed ester hydrolysis.
vi. To determine the rate constant of base catalyzed ester
hydrolysis. vii. Partition coefficient of iodine between
water and carbon tetrachloride.
12
August i. One simple mixture (without phosphate or borate)
ii. Two Mixtures containing PO4 3- (With PO4 3-
removal)
iii. Two Mixtures containing BO3 3- (With BO3 3-
removal)
12
03
September a. Organic qualitative analysis of Binary Mixtures
without ether separation (Four only) Two: solid-solid,
one: solid-liquid, one: liquid-liquid
05
08
October 08
December liquid b. Organic Preparation: (Any two including
Crystallization, MP, TLC) i) Pthalic anhydride to
pthalamide ii) Glucose to osazone iii) Acetanilide to p-
bromoactanilide iv) Benzaldehyde to dibenzylidene
acetone
12
12
January D) Analytical Chemistry Practicals (Any Five) i.
Estimation of sodium carbonate content of washing soda.
(Vogel 5thEdition: 10.30 page 295). ii. Determination of
Ca in presence of Mg using EDTA. Ref.2: Page 412 iii.
a) Preparation of standard 0.05 N oxalic acid solution
and standardization of approx. 0.05N KMnO4 solution.
b) Determination of the strength of given H2O2 solution
with standard 0.05 N KMnO4solution. iv. Estimation of
Aspirin from a given tablet and find errors in quantitative
analysis.
12
February . v. Estimation of Al (III) from the given aluminium salt
solution by using Erichrome Black–T indicator (Back
titration method) vi. Iodometric estimation of copper. vii.
Report on one day industrial educational visit.
18
March Revision
Sr.
No
Working
Days
Teaching
Days
Month TY BSC Inorganic Chemistry Period
Require
d
June 1. Molecular Orbital Theory 15 L Limitations of Valence
Bond theory(VBT), Need of Molecular orbital theory
(MOT), Features of MOT, Formation of molecular
orbitals(MO’s) by LCAO principle, Rules of LCAO
combination, Different types of combination of Atomic
orbital(AO’s): S-S, S-P, P-P and d-d, Non-bonding
combination orbitals(formation of NBMO), M.O. Energy
level diagram for homonuclear diatomic molecules,
Bond order and existence of molecule from bond order,
Energy (β) and magnetic behavior for following
molecules or ions: H2, H2 + , He2 + , Li2, Be2, B2, C2,
N2, O2, O2 + , O2 - , O2 2-, F2, Ne2, M.O. energy level
diagram, for heteronuclear diatomic molecule like CO,
NO, HCl, HF. M.O. energy level diagram, for
heteronuclear triatomic molecule like CO2, NO2
12
July
2. Coordination Chemistry
I. INTRODUCTION TO COORDINATION
CHEMISTRY 1. General account and meaning of the
terms involved in coordination chemistry: Coordinate
bond, central metal atom or ions, ligand, double salt,
complex compound, coordination number, charge on the
complex ion, oxidation number of Metal ion, first and
second coordination sphere. 2. Ligands: Definition,
Classification, Chelates and chelating agents. 3.
Formation Constant, inert and labile complexes. 4.
IUPAC nomenclature of coordination compounds 5.
Different geometries of coordination compounds with
C.N.= 4 to C.N.=10 and examples of each geometry.
03
August II. WERNER’S THEORY OF COORDINATION
COMPOUNDS
Assumptions of Werner’s coordination theory, Werner’s
formulation of Coordination compounds, Physical and
chemical test to support his formulation of ionizable and
non-ionizable complexes, Stereoisomerism in complexes
with C.N.4 and C.N. 6 to identify the correct geometrical
arrangement of the complexes.
III. ISOMERISM IN COORDINATION COMPLEXES
Definition of isomerism in complexes-Structural
Isomerism and stereoisomerism, 1. Structural isomerism
(ionization, hydrate, linkage, ligand, coordination
position and polymerization isomers) 2. Stereoisomerism
and its types-Geometrical isomerism and optical
isomerism.
IV. SIDGWICK THEORY Concept of Sidgwick’s
model, Scheme of arrow indication for M-L bond
suggested by Sidgwick, Effective Atomic Number rule
(EAN), Calculations of EAN value for different
complexes and stability of complexes, Advantages and
Drawbacks of Sidgwick’s theory.
08
September V. PAULING’S VALENCE BOND THEORY
Introduction of Valence Bond Theory (VBT), Need of
concept of hybridization, Aspects of VBT, Assumptions,
VB representation of tetrahedral, square planer,
trigonalbipyramidal and octahedral complexes with
examples, Inner and outer orbital complexes, Electro
neutrality principle, Multiple bonding( dπ-pπ and dπ-dπ),
Limitations of VBT.
VI. CRYSTAL FIELD THEORY
Introduction and need of Crystal Field Theory(CFT),
Assumptions, Shapes and degeneracy of d orbital,
16
Splitting of d-orbitals, Application of CFT to octahedral
complexes, pairing energy(P) and distribution of
electrons in eg and t2g level, calculation of magnetic
moment using spin-only formula, Crystal Field
Stabilization Energy (CFSE), calculation of CFSE in
weak oh field and strong oh field complexes, Evidence
for CFSE, Interpretation of spectra of complexes,
calculation of 10 Dq and factors affecting magnitude of
10Dq, d-d transitions and colour of the complexes, Jahn-
Teller distortion theorem for octahedral complexes and
its illustration, CFT of tetrahedral and square planar 16
complexes, calculations of CFSE, Spectrochemical
series, Nephelauxatic effect and Nephelauxetic series,
Limitations of CFT, modified CFT (LFT), Problems
related to calculation of 10 Dq, CFSE and spin only
magnetic moment for octahedral, tetrahedral & square
planar complexes. (i.e. for high spin & low spin
complexes)
October VII. MOLECULAR ORBITAL THEORY OF
COORDINATION COMPLEX
Introduction, Assumptions, MO treatment to octahedral
complexes with sigma bonding, Formation of MO’s from
metal orbitals and Composite Ligand Orbitals (CLO),
MO correlation diagram for octahedral complexes with
sigma bonding, effect of π bonding, Charge transfer
spectra, Comparison of VBT, CFT, and MOT.
06
December 1. Chemistry of f- block elements Introduction of f-block
elements- on the basis of electronic configurations,
occurrence and reactivity, F-block elements as
Lanthanide and Actinide series I. Lanthanides Position in
periodic table, Name and electronic configuration of
lanthanides, Oxidation States, Occurrence and separation
(Group/ Individual) by modern methods (ion exchange
and solvent extraction method), Lanthanide contraction
& its effect on chemistry of Lanthanides and
postlanthanide elements, applications of lanthanides II.
Actinides Position in periodic table, Name and electronic
Configuration of actinides, Oxidation States, Occurrence,
and general methods of preparation of transuranic
elements [viz., a) Neutron Bombardment, b) Accelerated
projectile bombardment and c) Heavy ion
bombardment], Nuclear Fuels-Nuclear Fusion fuels &
nuclear fission fuels, IUPAC nomenclature system for
super heavy elements with atomic no. (z) greater
than100, Comparison between Lanthanides and
Actinides.
18
2. Metals, semiconductors and Super conductors
Introduction, Metallic bonding, Band theory in metals
with respect to Na along with n (E) and N(E) diagrams,
Electrical conductivity of metals (Na, Mg, Al), Valence
electrons and conductivity of 19 metals, Effect of
temperature and impurity on electrical conductivity of
metals, Semiconductors – types of Semiconductors: I.
Intrinsic II. Extrinsic, effect of temperature and impurity
on semiconductivity, N & P type semiconductors ZnO
and NiO, Super conductivity- Discovery, Property,
Models structure and superconductivity, Applications of
superconductors,
12
January 3. Ionic Solids Crystalline and amorphous solids, crystal
structures simple cubic, body centered cubic and face
centered cubic, Properties of ionic solids, packing
arrangements of anions in an ionic solids, Voids in
crystal structure- tetrahedral and octahedral, Ionic radius,
Palings univalent and crystal radii, Conversion of
univalent radii to crystal radii, problems based on
12
conversion of radii, Radius ratio effect, Lattice energy,
Born-Lande equation, Born Haber cycle and its
applications, Schottky and Frenkel defect.
4. Homogeneous Catalysis Definition, types of
homogeneous catalysts, Essential properties of
homogeneous catalysts, Catalytic Reactions such as: a.
Wilkinson’s Catalysis b. Zeigler Natta Catalysis c.
Monsanto acetic acid synthesis
February 5. Heterogeneous Catalysis (08 L) Definition, types of
heterogeneous catalysts-metals, semiconductors, solid
acid catalysts and supported catalysts, Essential
properties of heterogeneous catalysts, Catalytic
Reactions such as: a. Oxidation- i. Synthesis of
terephthalic acid from xylene using ZSM-5 ii. Synthesis
of benzoic acid from toluene using KMnO4 b.
Reduction- i. Hydrogenation of alkene to alkane using
Raney Ni catalyst. ii. Synthesis of p-aminophenol from
nitrobenzene using Pd/C catalyst. c. Cyclization-
Benzimidazole synthesis using o-phenenediamine and
benzaldehyde by acidic support or clay-solid support,
amberlist or NH4Cl. d. Biodiesel Synthesis- using
heteropolyacid catalyst- Transesterification using
phosphomolybdic or phosphotungstic acid.
6. Bioinorganic Chemistry (06 L) I. Introduction, Role of
metals in bioinorganic chemistrya. Classification as
enzymatic and non-enzymatic metals, Enzymatic redox
metals such as Cu (SOD) and enzymatic non redox
metals such as Zn (Hydrolase). b. Role of metal ions in
non-enzymatic process- Na, K, Ca, Mg (one example of
each and brief discussion). c. Role of metals in
enzymatic processes-Transition metals- Catalase,
peroxidase and nitrogenase (Redox active). II.
Metalloproteins-Iron proteins-Introduction of Fe-S
proteins, Electron transfer proteins (Fe-S, Fe2S2, Fe3S4,
Fe4S4). Transport protein (transferrin) and Storage
protein (ferritin) III. Bioinorganic Chemistry of Fe:
Hemoglobin and myoglobin, its structure and functions.
IV. Bioinorganic Chemistry of Co: Vitamin-B12, its
structure and function.
14
March Revision
Sr.
No
Working
Days
Teaching
Days
Month TY BSC Inorganic Chemistry Practical Period
Required
June Gravimetric Estimation
1. Fe as Fe2O3
2. Nickel as Ni – DMG
3. Al as Aluminum oxide
12
July
Volumetric estimation
1. Mn by Volhard’s method
2. Estimation of NO2 - by using KMnO4.
3. Estimation of % purity of given sample of Sodium
Chloride
4. Analysis of Brass-Estimation of copper by Iodometry
16
August Inorganic preparation
1. Preparation of Hexamminenickel(II), [Ni (NH3)6] 2 .
2. Preparation of Potassium Trioxalatoferrate (III),
K3[Fe(C2O4)3].
3. Preparation of Tetraamminecopper (II) suplhate, [Cu
(NH3)4] SO4.
4. Preparation of Manganese (III) acetylacetonate
[Mn(acac)3]. 5. Preparation of Tris(Thiourea)Copper (I)
Chloride [Cu (Thiourea)3]C
16
September D) Colorimetric Estimations
1. Iron by thiocyanate method.
2. Cobalt by using R-nitroso salt method. 3. Titanium by
H2O2
08
October Revision 06
December E) Flame Photometry
1. Estimation of Na by flame photometry by calibration
curve method.
2. Estimation of Na by flame photometry by regression
method.
3. Estimation of K by flame photometry by calibration
curve method.
12
12
January F) Qualitative Analysis (4 mixtures including Borates
and Phosphates) mix 1 & 2
08
February Mix 3 & 4 08
March Revision
Sr.
No
Working
Days
Teaching
Days Month TY BSC Organic Chemistry
Period
Required
June 1. Strength of organic acids and bases Introduction, pka,
origin of acidity, influence of solvent, simple aliphatic
saturated and unsaturated acids, substituted aliphatic
acid, phenols, aromatic carboxylic acids, pka and
temperature, pkb, aliphatic and aromatic bases,
heterocyclic bases, acid base catalysis.
2. Stereochemistry of disubstituted cyclohexane
Introduction, 1,1-alkyl disubstituted cyclohexane;
Dimethyl cyclohexane 1,2; 1,3 and 1,4. Geometrical
isomerism, Optical isomerism, stability of conformation,
energy calculations.
09
July
3. Nucleophilic substitution at aliphatic Carbon
Introduction, Nucleophile and leaving groups,
Mechanism of nucleophilic substitution. The SN1
reaction: Kinetics, mechanism and stereochemistry
(Racemization), stability of carbocation. The SN2
reaction: Kinetics, mechanism & stereochemistry
(inversion). How to know whether a given reaction will
follow SN1 or SN2 mechanism.Comparison of SN1 &
SN2 reactions.SNi reaction and mechanism.
08
August 4. Reactions of unsaturated hydrocarbons and carbon
oxygen double bond (15) a) Reaction of Carbon-Carbon
double bond: Introduction, Mechanism of electrophilic
addition to C=C bond. Orientation & reactivity,
Rearrangements, (Support for formation of carbocation).
Addition of hydrohalogen, Anti Markownikoff’s addition
(peroxide effect) with mechanism, Addition of halogens
(dl pairs and meso isomers), hypohalous acids (HOX),
Hydroxylation (Mechanism of cis and trans 1,2- diols).
Hydroboration- Oxidation (Formation of alcohol),
Hydrogenation (Formation of alkane), Ozonolysis
(formation of aldehydes & ketones)
21
5. Elimination Reactions Introduction; 1,1; 1,2
elimination,E1, E2 and E1cB mechanism with evidences,
Hoffmann and Saytzeff’s elimination, reactivity effect of
structure, attacking and leaving groups.
September 6. Aromatic Electrophilic and Nucleophilic substitution
reactions Introduction, arenium ion mechanism, Effect
of substituent group (Orientation, o/p directing and meta
directing groups). Classification of substituent groups
(activating and deactivating groups) Mechanism of –
Nitration, Sulfonation, Haloganation, Fridel-Crafts
reactions, Diazo Coupling reactions, Ipso-
substitution.Addition-elimination (SNAr), SN1,
Elimination-addition (Benzyne) SNR1 reactions,
reactivity.
10
October Revision
December 1. Carbanions and their reactions Introduction,
Formation and stability of Carbanion. Reactions
involving carbanions and their mechanisms: Aldol,
Claisen, Dieckmann and Perkin condensations. Synthesis
and Synthetic applications of Malonic ester, Acetoacetic
ester and Wittig reagent.
17
2. Retrosynthetic analysis and applications Introduction,
Different terms used – Disconnection, Synthons,
Synthetic equivalence, FGI, TM. One group
disconnection, Retrosynthesis and Synthesis of target
molecules: Acetophenone, Crotonaldehyde,
Cyclohexene, Benzylbenzoate, and Benzyl diethyl
malonate.
3. Rearrangement reactions Introduction, Mechanism of
rearrangement reaction involving carbocation, nitriene
and oxonium ion intermediate.Beckmann, Bayer-
Villiger, Pinacol-pincolone, Curtis, Favorski, Claisen
rearrangement
January 4. Spectroscopic methods in structure determination of
Organic compounds Introduction, meaning of
spectroscopy, nature of electromagnetic radiation, wave
length, frequency, energy, amplitude, wave number, and
their relationship, different units of measurement of
wavelength frequency, different regions of
electromagnetic radiations. Interaction of radiation with
matter.Excitation of molecules with different energy
levels, such as rotational, vibrational and electronic level.
Types of spectroscopy and advantages of spectroscopic
methods.
A) Ultra Violet Spectroscopy
B) Infra red Spectroscopy
C) PMR Spectroscopy
24
February 5) Natural Products (07) Terpenoids: Introduction,
Isolation, Classification. Citral- structure determination
using chemical and spectral methods, Synthesis of Citral
by Barbier and Bouveault Synthesis. Alkaloids:
Introduction, extraction, Purification, Some examples of
alkaloids and their natural resources. Ephedrine-
structure determination using chemical
methods.Synthesis of Ephedrin by Nagi.
07
March
Sr.
No
Working
Days
Teaching
Days
Month TY BSC Organic Chemistry- Pactical Period
Require
d
June A) Separation of Binary Mixtures and Qualitative
Analysis (8 Mixtures) Solid-Solid (4 Mixtures),
8
July
Solid-Liquid (2 Mixtures), Liquid-Liquid (2 Mixtures). 16
August B) Organic Estimations (Four) i. Estimation of
acetamide. ii. Estimation of Glucose. iii. Estimation of
Ethyl benzoate. iv. Determination of Molecular weight of
Monobasic acids by Volumetric Methods.
12
September v. Determination of Molecular weight of Dibasic acids
by Volumetric Methods.
4
October
December Preparation of: Adipic acid from cyclohexanone
(Oxidation by Con. HNO3) Benzoquinone from
Hydroquinone (Oxidation by KBrO3/K2CrO3) P-
nitroacetanilide from Acetanilide (Nitration)
12
January B-Napthyl ether from B-napthol (Methylation by DMS,
NaOH) Hippuric acid from Glycine (Benzoylation) P-
Iodonitrobenzene from P-Nitroaniline (Sandmeyer
Reaction)
12
February Benzoic acid from Ethyl benzoate (Ester hydrolysis) P-
Bromacetanilide from Acetanilide (Bromination)
Paraacetomol from P-Hydroxyaniline (Acetylation)
Ethylbenzene from Acetophenone (Wolff Kishner
reduction)
16
March
Sr.
No
Working
Days
Teaching
Days
Month TY BSC Industrial Chemistry- Period
Required
June 1. Modern Approach to Chemical Industry Introduction,
basic requirements of chemical industries, chemical
production, raw materials, unit process and unit
operations, Quality control, quality assurance, process
control, research and development, pollution control,
human resource, safety measures, classification of
chemical reactions, batch and continuous process,
Conversion, selectivity and yield, copy right act, patent
act, trade marks
8
July
2. Agrochemicals (08) General introduction and scope of
agrochemicals, meaning and examples of: Insecticides,
Herbicides, Fungicides, Rodenticides, Pesticides, Plant
growth regulators. Pesticide formulation, slow release
pesticide formulations, storage stability test, and
Industrial entomology. Advantages and disadvantages of
agrochemicals. Structure,: DDT, BHC, Warfarin, Aldrin,
Endosulphan,synthesis and application:DDT, BHC
andEndosulphan. Biopesticides like Neem oil and Karanj
oil.
3. Manufacture of Basic Chemicals a) Ammonia:
Physicochemical principles involved, Manufacture of
ammonia by modified HaberBosch process, its uses. b)
Sulphuric acid: Physicochemical principles involved,
Manufacture of sulphuricacid by contact process, its
uses. c) Nitric acid: Physicochemical principles involved,
Manufacture of nitric acid by Ostwald’s process, its uses.
16
August 4. Petrochemicals and eco-friendly fuels a) Introduction,
occurrence, composition of petroleum, resources,
processing of petroleum, calorific value of fuel, cracking,
08
octane rating (octane number), cetane number, flash 40
point, and petroleum refineries, applications of
petrochemicals, synthetic petroleum, lubricating oils &
additives b) Fuels and eco-friendly fuels: liquid, gaseous
fuel (LPG, CNG), fossil fuels, diesel, bio diesel,
gasoline, aviation fuels. Use of solar energy for power
generation.
September 5. Food and Starch Industry Food Industry: (a) Definition
and scope, nutritive aspects of food constituents, , food
deterioration factors and their control; (b) Preservation
and processing: Heat and cold preservation and
processing, cold storage, food dehydration and
concentration, various foods, their processing and
preservation methods, fruits, beverages, cereals, grains,
legumes and oil seeds; (c) Food additives: Enhancers,
sugar substitutes, sweeteners, food colors,
08
October 6. Cement and Glass industry Cement industry:
Introduction, Importance, composition of portland
cement, raw materials, proportioning of raw materials,
setting and Hardening of cement, reinforced concrete.
Glass industry Introduction, importance, physical and
chemical properties of glass, chemical reaction,
annealing of glass Special glasses: colored, safety, hard,
borosilicate, optical, photosensitive, conducting, glass
laminates.
08
December 1. Polymer chemistry Classification of Polymers:
Organic and Inorganic polymers (a) Basic concepts,
nomenclature, degree of polymerization, classification of
polymerization reactions, thermodynamic and transport
properties of polymer b)Commercial polymers and their
importance: (a) Nylon, polyesters (terylene and dacron),
rubber, vulcanization of rubber, synthetic rubber, Bun 2-
N rubber, copolymers of butadiene, PVC, acrylic, teflon,
polyethylene and acrylonitrile; (b) Silicone polymers:
silicone oils, rubber, grease and resin; (c) Resins: Phenol-
formaldehyde resins, urea-formaldehyde resins, epoxy
resins, melamine-formaldehyde resins;
2. Sugar and Fermentation Industry (08) Sugar:
Occurrence, Manufacturing of refine cane sugar from
sugar cane, general idea of carbonation and sulphitation
processes and their comparison, by-product and their use.
10
January 3. Soap, detergents and Cosmetics A. Chemistry of soap,
row material, chemical reaction, types of soap. B.
Meaning of the terms detergent and surfactants, emulsion
and emulsifying agents, wetting and non-wetting,
hydrophobic and hydrophilic nature, amphipathic
structures, types of surfactants, raw materials for
detergents, washing action of soaps and detergents,
detergent builders, additives.
Dyes and paints (a)Dyes: Introduction, classification of
dyes: Structures and applications, nitro, nitroso, azo,
heterocyclic, phthalenes, xanthenes, rhodamines,
thiazine, cyanine, anthraquinone, indigoids,
thioindigoids, phthalocyanines, wet dyes. (b) Paints:
Introduction of paints, ingredients and classification, new
technologies; properties of coatings; solvents,
plasticizers, dyes and bioactive additives; (c) Pigments:
Introduction, classification and general physical
properties.
12
February 5. Chemistry of pharmaceutical industries (08) a. General
aspects of drug action: Introduction, classification,
nomenclature, structure-activity relationship, action of 08
drugs, factors affecting drug action, metabolism of drugs,
chemical structures, methods of production and
pharmacological activity. b. Meaning of the terms:
Prescriptions, doses, analgesic, antipyretic, diuretic,
anesthetics, antibiotics, anti-inflammatory, anti-viral,
tranquilizer, antiulcer, antialargic and bronchodilators,
cardiovascular, cold preparations, anti-hypertensive,
cough preparation, anti-neoplastic, sedative and
hypnotics, steroidal, contraceptive, histamine and
antihistamine. c. Synthesis and uses: Paracetamol,
Aspirin, Sulphanilamide.
March 6. Pollution prevention and waste management
Introduction, importance of waste management, concept
of atom economy, Terms involved in waste
minimization: source reduction, recycling, product
changes, source control, use and reuse, reclamation,
assessment procedures, types of wastes, treatment and
disposal of industrial waste. Treatment of wastes or
effluents with organic impurities. Treatment of wastes or
effluents with inorganic impurities. The nature, effect
and treatment of some important chemical wastes-(Pulp
and paper industries, soap and detergent industries and
food processing industries).
06
Sr.
No
Working
Days
Teaching
Days
Month TY BSC Nuclear Chemistry- Period
Required
June 1. The Atomic Nucleus, Properties of Nucleons and
Nuclei The atom, Elementary particles, Sub-nucleons,
quarks, The nucleus and outer sphere, Classification of
nuclides, Nuclear stability, Even-odd nature, N/Z ratio,
The Nuclear potential, Binding energy, Binding energy
calculations. The nucleus, its size, shape and radius,
Mechanical effects due to orbiting and spinning of
nucleons, Magnetic quantum numbers, principal and
radial quantum number.
8
July
2. Nuclear Models Historical, The shell model,
Periodicity in nuclear properties: the magic numbers, The
salient features of shell model, The sequence of filling
the orbit, Rectangular well potential model, Harmonic
oscillator potential model, Spin-orbit coupling model,
Nuclear configuration of lighter nuclides (Z < 20), Merits
of the shell model, The liquid drop model, The semi-
empirical mass equation, Merits of the liquid drop model,
Limitations of liquid drop model.
16
August 3. Radioactivity Discovery, Types of radioactive decay,
Decay schemes,General characteristics of radioactive
decays, decay kinetics, units of radioactivity, problem
solving on decay kinetics. Alpha decay: Alpha active
nuclides, The alpha energy spectrum,Geiger-Nuttals law,
The theory of alpha decay. Beta decay: Types of beta
decay, absorption and range through matter, Fermi
theory of beta decay. (Mathematical details are not
expected) Gamma decay: Nuclear isomerism and
isomeric transitions, internal conversion, Auger effect.
16
September 4. Nuclear Reactions (12 L) Bethe’s notation, Types of
nuclear reactions, Conservation of nuclear reactions
(Conservation of protons and neutrons, Conservation of
momentum and energy), Reaction cross-section, The
compound nucleus theory, Calculations of excitation
energy of compound nucleus, Photonuclear reactions,
Thermonuclear reactions.
08
October
December 1. Nuclear Fission Introduction, Discovery of nuclear
fission, The process of nuclear fission, Fission fragments
and their mass distribution, Fission energy, Fission cross-
section and thresholds, Fission neutrons, Theory of
nuclear fission.
2. Nuclear Reactors The fission energy, The natural
uranium reactor, The four factor formula, The
classification of reactors. Reactor power, Critical size of
a thermal reactor, Breeder reactor, The fast breeder test
reactor at Kalpakkam, India’s nuclear energy
programme.
18
January 3. Nuclear Accelerators Electrostatic Accelerators, The
cockcroft-walton Accelerator,The Vande-Graft
Accelerator, Cyclic Accelerator, Linear Accelerator.
4. Detection and measurement of nuclear radiations
Scintillation Counters, Semiconductor detectors, Neutron
detectors.
16
February 5. Applications of Radioactivity Probing by isotopes,
Typical reactions involved in the preparation of
radioisotopes, SzilardChalmer reaction, Cow and milk
system, Use of charged plates in the collection of
radioisotopes, Radiochemical principles in the use of
tracers, Analytical applications: Isotope dilution analysis,
Neutron activation analysis, Radiometric titrations,
Numericals, medical applications a) thyroidisis (goitre),
b) radioimmunoassay.
10
March 6. Radiation Safety precautions Safety standards, safe
working methods, biological effects of radiations,
nuclear waste and its management.
04
Sr.No Working
Days
Teaching
Days Month FYBSc:Organic & Inorganic chemistry
Period
Required
1) 12 06 June Chemical bonding, structure & reactivity of organic
molcule.
14
2) 26 10 July Structural effects, application of structural effects
3) 24 12 August
Chemistry of hydrocarbon, Nomenclature, physical
properties, Huckels rule.
10
4) 23 09 September Chemistryof s-block elements,recapitulation of periodic
table, electronic configuration of various elements
12
5) 25 08 October Compounds of s-block elements, oxides, hydroxide.
Revision
Semester 2
6) 25 13 December Chemistry of functional group
Introduction, physical properties, chemical reaction.
12
7) 26 13 January Stereochemistry
Concept of isomerism , type of isomers representation of
organic molcule, E/Z Nomenclature of geometrical
isomerism, R/S Nomenclature.
10
8) 24 11 February Chemistry of p-block elements
Position of element in periodic table , electronic
configuration of various elements, electroneagativity ,
oxidation and reduction
14
9) 24 4 March Revision
Sr.No Working
Days
Teaching
Days
Month Topic TYBSC - Physical chemistry Practical Period
Required
Group -A
Chemical kinetics
1) 26 10/07/18 July To study the effect of concentration of the reactant on the
rate of hydrolysis of an ester.
4
2) 17/07/18 July
To compare the relative strength of HCl and H2SO4 by
studying the kinetics of hydrolysis of an ester.
4
3) 31/07/18 July To determinethe energy of activation of the reaction
between KI and potassium persulphate.
4
4) 24 07/08/18 August To determine the order of reaction between K2S2O8 &KI by
half-life method
4
Viscosity
5) 14/08/18 August To determine the molecular weight of a high polymer by
using solution of different concentration
4
6) 28/08/18 August Adsorption
investigate the adsorption of oxalic acid/acetic acid by
activated charcoal & test the validity freundlich / Langmuir
isotherm
4
7) 23 04/09/18 September Phenol- water system
To study the effect of addition of salt on critical solution
temperature of phenol water system
4
8) 11/09/18 September Refractometry
To determine the molecular refractivity of the given liquid
A , B ,C , D .
4
Group - B
9) 18/09/18 September Colorimetry
Determination of maximum wavelength &concentration of
unknown solution of KMnO4 in 2N H2So4
4
10) 25/09/18 September Determination of maximum wavelength &concentration of
unknown solution of CuSo4
4
11) 25 18/12/18 December Potentiometry
To prepare standard 0.2N Na2HPo4 and 0.1M citric acid
solution, using them.
4
12) 26 01/01/19 January To determinethe concentration of strong acid and weak acid
present in the mixture of titrating with strong base
4
13) 15/01/19 January PH -Metry
To determine the degree of hydrolysis of aniline
hydrochloride
4
14) 29/01/19 January To determine p ka value of given weak acid by PH metric
titration with strong base
4
15) 24 12/02/19 February Conductometry
To determine the cell constant of the given cell using 0.1M
KCl solution and hence determine dissociation constant of a
given monobasic weak acid
4
16) 19/02/19 February To estimate amount of lead present in given solution of lead
nitrate by conductometric titration with sodium sulphate.
4
Sr.No Working
Days
Teaching
Days Month Topic TYBSC : Physical chemistry
Period
Required
1) 12 06 June Chemical kinetics 10
2) 26 13 July
Electrolytic conductance 14
3) 24 12 August Investigation of molecular structure 16
4) 23 12 September Phase rule 08
5) 25 10 October Debye-Huckel Onsagar equation
Revision
Semester -2
6) 25 12 December Electrochemical cell 14
7) 26 13 January Nuclear chemistry 12
8) 24 11 February Crystal structure 12
9) 24 12 March Quantum chemistry 10
Revision
NAVMAHARASHTRA SHEVGAON SHIKSHAN MANDAL
LATE ABASAHEB KAKADE ARTS COLLEGE BODHEGAON
TAL-SHEVGAON, DIST -AHMEDANAGR
ANNUAL TEACHING PLAN (2013 Pattern)
Name of Faculty: Science Department: Mathematics
Class: F.Y. B.Sc. Term: 1
Subject: Calculus (Paper 1)
Sr.
No
Month Working
Days
Teaching
Days
Period
Required
Topic & Sub Topic
1 June 12 09 08 Unit.1.The Real Numbers :
1.1 Algebraic properties of R
1.2 Order properties of R, intervals in R, neighborhoods
and deleted neighborhood’s of real number,
bounded subsets of R.
1.3 The completeness property of R, denseness of Q in
R
2 July 26 13 10 Unit.2.Limit & Continuity
Limit
2.1 epsilon –delta definition of a function,
basic properties of limits.
Continuity
2.2 Continuity of function at a point, Types of
Discontinuity
2.3 Continuous function on intervals.
2.4 properties of continuous functions on closed
And bounded interval.
1. Boundedness. 2. Attains its bounds.
3. Intermediate value theorem
3 August 24 14 08 Unit.3. Differentiation
3.1: Definition of derivative of a real valued
function at a point, notion of
differentiability,
Geometric interpretation of a derivative of
a real valued function at a point.
3.2: Differentiability of a function over an
Interval.
3.3: Statement of rules of differentiability,
Chain rule of finding derivative of
composite of differentiable functions,
Derivative of an inverse function.
4 September 23 12 10 3.4: Mean Value Theorems: Role’s Theorem
Lagrange’s Mean Value theorem,
Cauchy Mean Value Theorem
3.5: Intermediate forms, L-Hospitals rule.
3.6: Higher order derivatives,
examples,Leibnitz theorem and its
application.
3.7: Taylor’s and Maclaurin’s Theorem with
Lagrange’s form of remainder
Examples with assuming convergence of Series
NAVMAHARASHTRA SHEVGAON SHIKSHAN MANDAL
LATE ABASAHEB KAKADE ARTS COLLEGE BODHEGAON
TAL-SHEVGAON,DIST-AHMEDANAGR
ANNUAL TEACHING PLAN (2013 Pattern)
Name of Faculty: Science Department: Mathematics
Class: F.Y. B.Sc Term: 2
Subject: Differential Equation
Sr.
No
Month Working
Days
Teaching
Days
Period
Required
Topic & Sub Topic
1 December 25 12 08 Unit.4: Integration
4.1: Integration of rational function by using
Partial fraction.
4.2: Integration of some irrational functions.
4.3: Reduction formula
2 January 26 11 16 Unit.5: Differential Equations of first
Order and first degree
5.1: Introduction to function of two .three
Variables, homogenous function,
Partial derivatives.
5.2: Differential equations, General solution
Of differential equations
5.3: Methods of finding solutions of
differential equations of first order and
first degree, Variable Separable form,
Homogenous differential equations,
Differential equations reducible to
Homogenous form,Exact Differential
Equation. Integrating factor,Linear
differential equation.
Bernoullis differential equations.
3 February 24 12 06 Unit.6: Application of differential
equations:
6.1: Orthogonal trajectories.
6.2: Kirchhoff’s law of electrical circuit.
4 March 24 13 06 Unit.7: Methods of finding general solution of
differential equations of first order and higher
degree.
NAVMAHARASHTRA SHEVGAON SHIKSHAN MANDAL
LATE ABASAHEB KAKADE ARTS COLLEGE BODHEGAON
TAL-SHEVGAON, DIST -AHMEDANAGR
ANNUAL TEACHING PLAN (2013 Pattern)
Name of Faculty: Science Department: Mathematics
Class: F.Y. B.Sc. Term: 1
Subject: Practical based on algebra and calculus
Sr.
No
Month Working
Days
Teaching
Days
Period
Required
Topic & Sub Topic
1 June 12 10 09 ALGEBRA:
Integers
CALCULUS: Real Numbers
2 July 26 12 05
06
ALGEBRA:
Partition and residue class in Z.
CALCULUS:
Limit and continuity.
3 August 23 10 04
05
ALGEBRA:
Polynomials.
CALCULUS:
Differentiation.
Application of differentiation.
4 Semtember 24 12 06
04
ALGEBRA:
Solution of system of linear equations.
Eigen values and Eigen vectors.
CALCULUS:
Integration .
Drawing graphs of elementary functions.
ANNUAL TEACHING PLAN (2013 Pattern)
Name of Faculty: Science Department: Mathematics
Class: F.Y. B.Sc Term: 2
Subject: Practical based on Geometry
and Differential Equation.
Sr.
No
Month Working
Days
Teaching
Days
Period
Required
Topic &
Sub Topic
1 December 25 10 06
04
GEOMETRY:
Changes of axes and conic section.
DIFFERENTIAL EQUATION:
Preliminaries of differentials equation.
2 January 26 12 05
06
GEOMETRY:
Planes in three dimensions.
Lines in three dimensions
DIFFERENTIAL EQUATION:
Solution of differential equation of first order and
first degree -I
Solution of differential equation of first order and
first degree –II
3 February 24 10 06
03
GEOMETRY:
Sphere.
DIFFERENTIAL EQUATION:
Application of differential equation.
4 March 24 11 06
04
GEOMETRY:
Cone and Cylinder.
DIFFERENTIAL EQUATION:
Differential equation of first order and higher degree.
ANNUAL TEACHING PLAN (2013 Pattern)
Name of Faculty: Science Department: Mathematics
Class: S.Y. B.Sc Semester: 1
Subject: Calculus of several variables
Sr.
No
Month Working
Days
Teaching
Days
Period
Required
Topic & Sub Topic
1 June 12 09 06 1.Limits and Continuity.
1: Functions of two and three variables.
2: Notions of limits and continuity.
3: Examples.
2 July 26 14 04
10
2.Partial Derivatives.
1: Definition and Examples.
2: Chain Rules.
3.Differentiability.
1: Differential and differentiability and
necessary and sufficient conditions for
differentiability.
2:Higher ordered partial derivatives.
3: Schwartz’s theorem.
4: Eulers theorem for homogeneous functions.
5: Mean Value Theorem, Taylors theorem for
functions of two variables.
3 August 24 14 08 4. Extreme Values.
1:Extreme values of functions of two
Variables
2:Necessary conditions for extreme values.
3:Sufficient conditions for extreme values.
4:Lagrange’s method of undetermined
Coefficients.
4 September 23 12 11 5.Multiple Integrals.
1:Double integrals,evaluation of double integrals
2:Change of order of integration for two variables.
3:Double integration in Polar co-ordinates.
4:Triple integrals.
5:Evaluation of triple integrals.
6:Jacobians,Change of variables
7:Applications to area and volumes.
Name of Faculty: Science Department: Mathematics
Class: S.Y. B.Sc Semester: 2
Subject: Linear Algebra
Sr.
No
Month Working
Days
Teaching
Days
Period
Required
Topic & Sub Topic
1 December 25 13 14 1.Vector Spaces
1.Definition and Examples.
2.Vector Subspaces.
3.Linear Independence.
4.Basis and Dimension
5.Row and column spaces of a matrix
2 January 26 14 12 2.Linear Transformation
1. Definition of linear transformation
2. Kernel and Image of a linear
Transformation
3.Rank nullity theorem
4.Linear isomorphism
3 February 24 12 16 3.Inner Product Spaces
1.The Euclidean space and dot product.
2.General inner product space
3.orthogonality
4.Gram Schmidt Orthogonalization
5.Orthogonal transformation
4 March 24 11 06 4.Eigenvalues and eigenvectors
1.Definition of eigenvalues and eigenvectors
2.Problems
Name of Faculty: Science Department: Mathematics
Class: T.Y. B.Sc Semester: 3
Subject: Group Theory
Sr.
No
Month Working
Days
Teaching
Days
Period
Required
Topic & Sub Topic
1 June 12 9 8 1.GROUPS:
Binary operations,isomorphic binary structure.
Groups.
2 July 26 10 8 2.SUBGROUPS:
Subgroups, Cyclic groups.
3 August 24 18 16 3.PERMUTATIONS:
Cosets, Direct Product, Groups of Permutations, Orbits,
Cycles, Alternating Groups ,Cosets and the theorem of
Lagrange ,Direct Products.
4 September 23 16 16 4.HOMOMORPHISMS AND FACTOR ROUPS:
Homomorphisms, Factor Groups ,Factor group computation
and simple groups.
Name of Faculty: Science Department: Mathematics
Class: T.Y. B.Sc. Semester: 3
Subject: Problem course on Group Theory & O.D.E
Sr.
No
Month Working
Days
Teaching
Days
Period
Required
Topic & Sub Topic
1 June 12 09 10 1.GROUPS:
Problems on Binary operations,isomorphic binary
structure.Groups.
1.LINEAR DIFFERNTIAL EQUATION Problems on linear differential equation with
constant terms and auxillary equations.
2 July 26 14 12 2.SUBGROUPS:
Problems on subgroups.
2.NON-HOMOGENEOUS DIFFERENTIAL
EQUATIONS:
Problems on method of undetermined coefficients,
method of variations of parameter, method of
reductions of order.
3 August 24 14 12 3.PERMUTATIONS:
Problems on cosets,direct product, permutation,
orbits,
Cycles.
3.POWER SERIES SOLUTION:
Problems on power series solution
4 September 23 16 13 4.HOMOMORPHIS AND FACTOR GROUP:
Problems on Homomorphisms, Factor Groups
,Factor group computation and simple groups.
4.SYSTEM OF FIRST ORDER EQUATION:
Problems on linear system, homogeneous linear
systems with constant coefficients
Name of Faculty: Science Department: Mathematics
Class: T.Y. B.Sc Semester: 3
Subject: Number Theory
Sr.
No
Month Working
Days
Teaching
Days
Period
Required
Topic & Sub Topic
1 June 12 10 8
1.Divisibility:
Divisibility in integers, Division Algorithm, GCD,
LCM, Fundamental theorem of Arithmetic,
Infinitude of primes, Mersene Numbers and
Fermat Numbers.
2 July 26 13 10 2. Congruences:
Properties of Congruences, Residue classes,
complete and reduced residue system, their
properties, Fermat’s theorem. Euler’s theorem,
Wilson’s theorem, 𝑥2≡−1 (𝑚𝑜𝑑 𝑝) has a solution
if and only if p = 2 or 𝑝≡1 (𝑚𝑜𝑑 4), where p is a
prime. Linear Congruences of degree 1, Chinese
remainder theorem.
3 August 24 14 10
3. Greatest integer function:
Arithmetic functions Euler’s function, the
number of divisors d(n), sum of divisors 𝜎 , 𝑛
𝑎𝑛𝑑 Ω(𝑛). Multiplicative functions, Mo bius
function, Mobius inversion formula.
4 September 23 10
11
10
08
4. Quadratic Reciprocity:
Quadratic residues, Legendre’s symbol. Its
properties, Law of quadratic reciprocity.
5. Diophantine Equations :
Diophantine Equations ax + by = c and
Pythagorean triplets.
Name of Faculty: Science Department: Mathematics
Class: T.Y. B.Sc. Semester: 4
Subject: Ring Theory
Sr. No Month Working
Days
Teaching
Days
Period
Required
Topic & Sub Topic
1 December 25 16 16 1.Rings and Fields:
Rings and Fields, Integral Domains, The Fields of
Quotients of an Integral Domain, Rings of
Polynomials, Factorization of Polynomials over a
Field.
2 January 26 17 16 2. Ideals and Factor Rings: Homomorphisms
and Factor Rings, Prime and Maximal Ideals.
3 February 24 09 8 3. Factorization: Unique Factorization Domains , Euclidean
Domain Euclidean Domains.
4 March 24 09 8 3. Factorization:
Gaussian Integers and Multiplicative Norms.
Name of Faculty: Science Department: Mathematics
Class: T.Y. B.Sc Semester: 4
Subject: Partial differential equation.
Sr. No Month Working
Days
Teaching
Days
Period
Required
Topic & Sub Topic
1 December 25 12 11 1. Ordinary Differential Equations in More
Than Two Variables: (a) Surface and Curves in Three Dimensions
(b) Simultaneous Differential Equations of the
First Order and the First Degree in Three
Variables.
(c) Methods of solution of 𝑑𝑥𝑃=𝑑𝑦𝑄=𝑑𝑧𝑅
2 January 26 13 11 1.Ordinary Differential Equations in More
Than Two Variables: (d) Orthogonal Trajectories of a System of
curves on a Surface.
(e) Pfaffian Differential Forms and Equations. (f)
Solution of Pfaffian Differential Equations in
Three Variables
3 February 24 15 13 2. First Order Partial Differential Equations:
(a) Genesis of First Order Partial Differential
Equations.
(b) Classification of Integrals.
(c) Linear Equations of the First Order.
(d) Pfaffian Differential Equations.
4 March 24 14 13 2. First Order Partial Differential Equations:
(e ) Compatible Systems.
(f) Charpit’s Method.
(g) Jacobi’s Method.
(h) Integral Surfaces through a given curve. (i)
Quasi-Linear Equations.
Name of Faculty: Science Department: Mathematics
Class: T.Y. B.Sc. Semester: 4
Subject: Problem course on Ring theory &P.D.E
Sr. No Month Working
Days
Teaching
Days
Period
Required
Topic & Sub Topic
1 December 25 12
13
16
11
1.Rings and Fields: Problems on Rings and
Fields, Integral Domains, The Fields of
Quotients of an Integral Domain, Rings of
Polynomials, Factorization of Polynomials over
a Field.
1. Ordinary Differential Equations in More
Than Two Variables:
Problems on
(a) Surface and Curves in Three Dimensions
(b) Simultaneous Differential Equations of the
First Order and the First Degree in Three
Variables.
(c) Methods of solution of 𝑑𝑥𝑃=𝑑𝑦𝑄=𝑑𝑧𝑅
2 January 26 13
13
16
11
2. Ideals and Factor Rings:
Problems on Homomorphisms and Factor
Rings, Prime and Maximal Ideals.
2.Ordinary Differential Equations in More
Than Two Variables:
Problems on
a. Orthogonal Trajectories of a System of curves
on a Surface.
b.Pfaffian Differential Forms and Equations.
c. Solution of Pfaffian Differential Equations in
Three Variables
3 February 24 09
15
8
13
3. Factorization:
Problems on
Unique Factorization Domains , Euclidean
Domain Euclidean Domains.
3. First Order Partial Differential Equations:
Problems on
(a) Genesis of First Order Partial Differential
Equations.
(b) Classification of Integrals.
(c) Linear Equations of the First Order.
(d) Pfaffian Differential Equations.
4 March 24 10
14
8
13
4. Factorization:
Problems on
Gaussian Integers and Multiplicative Norms.
2. First Order Partial Differential Equations:
Problems on
a. Compatible Systems.
b. Charpit’s Method.
c. Jacobi’s Method.
d. Integral Surfaces through a given curve.
e. Quasi-Linear Equations.
ARDBMS
Sr.
No.
Working
Days
Teaching
Days
Month Topic Period
required
1 12 18 June-july 1.Relational Database Design
1.1. PL/Pgsql: Language structure
1.2. Controlling the program flow, conditional
statements, loops
1.3. Views
1.4. Functions
1.5. Handling errors and exceptions
1.6. Cursors
1.7. Triggers
16
2 26 20 July 2.Transaction Concepts and Concurrency
Control
2.1 Transaction, properties of transaction, states
of transactions
2.2 Concurrent execution of transactions and
conflicting operations
2.3 Schedules, types of schedules, concept of
Serializability, precedence graph for
Serializability
2.4 Ensuring Serializability by locks, different
lock modes, 2PLand its variations 2.5
Multigranularity locking protocol
2.6 Basic timestamp method for concurrency,
Thomas Write Rule
2.7 Locks with multiple granularity, dynamic
database concurrency (Phantom Problem)
2.8 Timestamps versus locking
2.9 Optimistic concurrency control algorithm,
multi version concurrency control
2.10 Deadlock handling methods
2.10.1 Detection and Recovery (Wait for
graph).
2.10.2 Prevention algorithms (Wound-wait,
Wait-die)
16
3 24 22 Aug 3.Crash Recovery
3.1 Transaction Failure classification
3.2 Recovery concepts
3.3 Checkpoints
3.4 Recovery with concurrent transactions
(Rollback, checkpoints, commit)
3.5 Log base recovery techniques (Deferred and
Immediate update)
3.6 Buffer Management
3.7 Relationship between Recovery
management and Buffer management
3.8 Aries algorithm
3.9 Database backup and recovery from
catastrophic failure
3.10 Shadow paging
16
4 25 10 Sept 4.Database Security
4.1 Introduction to database security concepts
4.2 Methods for database security
4.3 Discretionary access control method 4.4
Mandatory access control and role based access
control for multilevel security 4.5 Use of views
in security enforcement 4.6 Overview of
encryption technique for security
4.7 Statistical database security
6
5 12 Sept 5.Client-Server Technology
5.1 Client-server computing
5.2 Evolution of Client-Server information
systems
5.3 Client– Server Architecture benefits
5.4 Client Server Architecture (2 tier and 3 tier)
5.5 Components, Principles, Client Components
5.6 Communication middleware components
5.7 Database middleware components
6
Sr.
No.
Working
Days
Teaching
Days
Month Topic T.Y. BCA Advanced Web
Technology
Period
Required
1. 12 10 June 1.Introduction to Object Oriented
Programming in PHP 1.1 Classes 1.2
Objects 1.3 Encapsulation 1.4 Constructor
and Destructor 1.5 Inheritance 1.6
Interfaces 1.7 Introspection
10
2 26 12 June/July 2.Web Techniques 2.1 Super global
Variables 2.2 Server information 2.3
Sticky forms 2.4 File Uploads 2.5 Setting
response headers 2.6 Maintaining state
2.6.1. Session and Cookies
12
3 12 July 3.Files and Directories 3.1 Working with
files and directories 3.2 Opening and
Closing 3.3 Getting information about file
3.4 Reading and writing characters in file
3.5 Rename and delete files 3.6 Random
access to file data 3.7 Getting information
on file 3.8 Ownership and permissions
10
4 24 10 Aug 4.Databases(Postgresql) 4.1 Using PHP to
access/insert/update/delete a database
tables 4.2 Relational databases and SQL
4.3 Introduction to PEAR DB basics (No
assignments) 4.4 Advanced database
techniques 4.5 Simple applications
9
5 10 Aug 5.XML 5.1 What is XML?
5.2 XML document Structure 5.3 PHP and
XML 5.4 XML parser 5.5 The document
object model 5.6 The simple XML
extension 5.7 Changing a value with
simple XML
8
6 25 9 Aug/Sept 6.Ajax 6.1 Understanding java scripts for
AJAX 6.2 AJAX web application model
6.3 AJAX –PHP framework 6.4
Performing AJAX validation 6.5 Handling
XML data using php and AJAX 6.6
Connecting database using php and AJAX
8
7 6 Sept
7.Introduction to Web Services 7.1. SOAP
7.2. WSDL 7.3. Application of web
services
3
5.8 Client Server Databases
T.Y. BCA
Advanced Web Technology
Sr.
No.
Working
Days
Teaching
Days
Month Topic F.Y. BCA Introduction to
Programming & Programming in C
Period
Required
1. 12 5 June 1. Problem Solving Concept: 1.1.
Requirement of solving problems by
computer , 1.2. Problem solving aspects.
2
2 7 June 2. Algorithms and Flowcharts: 06 2.1.
Definition & Characteristics of algorithm
2.2. Simple examples on algorithms 2.3.
Flow charts 2.4. Simple examples on charts
6
3 26 10 July 3. Arithmetic problem solving using
algorithm and flow charts: 3.1. Examples
on Simple Arithmetic Statements,
Conditional
Statement&IterativeStatements(such as
Addition/Multiplication, check number is
positive/negative, Maximum of 2 numbers
& 3 numbers,sum of first n numbers, sum
of given n numbers, reverse digits of
number check number is palindrome, check
number is prime,factorial of number,
factors of number, GCD, LCM of numbers
etc.)
9
4 5 July 4. Introduction to C Language 03 4.1.
Introduction to C 4.2. Features of C 4.3.
Structure of C Program
3
5 7 July 5. C Fundamentals 05 5.1. C Character Set,
Identifiers and Keywords 5.2. Variables
and constants 5.3. Data types- Basic data
types, Enumerated types, 5.4. Type casting
5.5. Declarations, Expressions
5
6 24 7 Aug 6. Operators and Expressions 6.1. Unary
plus and minus operators 6.2. Binary
arithmetic operators 6.3. Increment
Decrement operators 6.4. Relational and
logical operators 6.5. Bit wise operators
6.5.1. Assignment operators 6.5.2. Comma
operator, size of operator 6.5.3. Ternary
conditional operator 6.5.4. Precedence and
associativity
5
7 8 Aug 7. Data Input Output Statements 7.1.
printf, scanf functions 7.2. getchar, putchar,
getch functions 7.3. gets, puts functions
7.4. Escape sequence characters 7.5.
Format specifiers
6
8 25 10 Sept 8. Control Statements 08 8.1. If, If- Else
Statements 8.2. Nested If Statements 8.3.
Conditional Branching – switch statement
8.4. Loop (while, do…while, for) 8.5.
break, continue, gotostatements.
8
9 10 9. Functions 9.1. Introduction to Functions
9.2. Function Arguments 9.3. Library &
User defined functions 9.4. Methods of
Calling Function 9.5. Recursion 9.6.
Storage Classes
8
10 8 10. Arrays 10.1. Introduction 10.2. Array
Declarations 10.3. Bounds Checking 10.4.
Single dimension Arrays 10.5. Two
dimension Arrays 10.6. Arrays & Function
8
FYBCA-COMMUNICATION SKILLS
F.Y. BCA
Introduction to Programming & Programming in C
Sr.
No.
Working
Days
Teaching
Days
Month Topic Period
Required
1 12 12 June 1. Introduction to Communication
1.1. Introduction
1.2. Meaning
1.3. Definition
1.4. Process, importance.
1.5. Principles of effective communication
1.6. Scope of Business communication - Internal &
External
1.7. Barriers to Communication, Overcoming the
barriers
09
2 26 15 July 2. Listening Skills
2.1. Types of Listening ( theory /definition )
2.2. Tips for Effective Listening
2.3. Academic Listening- ( lecturing )
2.4. Listening to Talks and Presentations
2.5. Listening to Announcements- (railway/ bus stations/
airport / stadium announcement etc.)
2.6. Listening to Radio and Television
08
3 24 16 July-
Aug
3. Telephone Skills
3.1. Basics of Telephone communication
3.2. How to handle calls- telephone manners
3.3. Leaving a message
3.4. Making requests
3.5. Greeting and Leave Taking over phone(etiquette)
3.6. Asking for and giving information
3.7. Giving Instructions
3.8. Listening for Tone/Mood and Attitude at the other
end Handling the situations especially trouble shooting,
Teleconference handling, Handling Tele interviews for
Call Centre’s
08
4 18 Aug 4. Writing Skills
4.1. Standard Business letter
4.2. Report writing
4.3. Email drafting and Etiquettes
4.4. Preparing agenda and writing minutes of meetings
4.5. Making notes on Business conversations
4.6. Effective use of SMS and Case writing and
Documentation
12
5 25 10 Sept 5. Career Skills
5.1. Applying for job
5.2. Cover letters
5.3. Resume and Effective Profiling
5.4. Interviews
5.5. Group discussions
08
6 15 Sept 6. Soft Skills
6.1. Empathy(Understanding of someone else’spoint of
view)
6.2. Intrapersonal skills
6.3. Interpersonal skills
6.4. Problem solving
6.5. Reflective thinking, Critical thinking
6.6. Negotiation skills
15
Sr.
No.
Working
Days
Teaching
Days
Month Topic S.Y. BCA Data Structure
Period
Required
1. 12 6 June 1.Introduction to data structure s 1.1 Data 4
S.Y. BCA
Data Structure
type and data object 1.2 Abstract Data
Type (ADT) 1.3 Type of data structure
1.4 Algorithm analysis 1.4.1 Space and
Time complexity 1.4.2 Asymptotic
notation – BigO, OmegaΩ 1.4.3 Simple
algorithms and its complexity as examples
2 26 10 June/July 2.Array as a data structure 2.1 Array
representation- Row and column major
2.2 Sorting techniques with time
complexity: Bubble sort, Insertion sort,
Merge sort, Quick sort 2.3 Searching
techniques with time Complexity: Linear
search, Binary search
8
3 16 July 3.Linked List 3.1Introduction 3.2
Representation -Static &Dynamic 3.3
Types of linked lists- singly, doubly,
circular 3.4.Operations-create, display,
insert, delete, reverse, search, sort, concat,
merge 3.5 Applications –single variable
polynomial manipulation
12
4 24 10 Aug 4.Stack 4.1 Introduction 4.2
Representation -Static &Dynamic 4.3
Operations– push, pop 4.4 Applications –
Recursion, Infix to postfix, Infix to prefix,
postfix evaluation
9
5 10 Aug 5. Queue 5.1 Introduction 5.2
Representation -Static &Dynamic 5.3
Operations– insert, delete 5.4 Circular
queue 5.5 Priority queue 5.6 Applications
8
6 25 15 Aug/Sept 6.Tree 6.1Introduction 6.2 Tree
terminologies- all definitions, root, leaf,
level, height, depth 6.3 Binary tree 6.3.1
Types 6.3.2 Types of Traversal– Preorder,
Inorder, Postorder 6.3.3 Representation –
Static &Dynamic 6.4 Binary Search Tree
(BST)
13
7 10 Sept 7.Graph 7.1Introduction 7.2 Graph
terminologies 7.3 Representation –
Adjacency matrix, Adjacency list,
Adjacency multilist 7.4 Traversal– DFS,
BFS 7.5 Applications AOV network –
Topological sort AOE network – Critical
path
6
FYBCA:-Fundamental Of Computers
Sr.
No
Working
Days
Teaching
Days
Month Topic Period
Required
1 12 12 June 1. Introduction to Computer System 10
1.1. Introduction, Characteristics of Computers, Block
diagram of computer
1.2. Types of computers and features- Mini
Computers, Micro Computers, Mainframe Computers,
Super Computers, Laptops and Tablets
1.3. Types of Programming Languages- Machine
Languages, Assembly Languages, High Level
Languages
1.4. Translators- Assembler, Compiler, Interpreter
1.5. Data Organization- Drives, Files, Directories
2 26 14 July 2. Introduction to Computer Peripherals
2.1. Primary And Secondary storage devices
2.2. Primary storage devices – RAM, ROM, PROM,
EPROM
2.3. Secondary Storage Devices - CD, HD, Pen drive
2.4. I/O Devices- Scanners, Digitizers, Plotters, LCD,
Plasma Display,
2.5. Pointing Devices –Mouse,Joystick,Touch Screen
2.6. Number Systems 2.7. Introduction to Binary,
Octal, Hexadecimal system Conversion, Simple
Addition, Subtraction, Multiplication,Division.
08
3 24 18 July-
Aug
3. Concepts of Software
3.1. Difference between imperative knowledge and
definitional knowledge. Difference between fixed
program and stored program computers. Definitions of
syntax, static semantics, and semantics. Explain
straight line, branching, and looping programs.
3.2. Definition: software, Types of software: System
Software, Application Software. System Software:
Operating System. Types of O.S.
3.3. Internal and External Commands, Batch Files.
3.4. Introduction to DOS and its limitations. 3.5. MS
Windows: Desktop, Icons, File and Directory,
Structure, Menu Items, Control Panel, File and
Directory Search, Notepad, Paintbrush, Utility
programs: Anti-virus, DiskCleaning,
Defragmentation, Compression/Decompression of
files.
3.6. Application software: Examples of commercial
software with brief introduction.
12
4 7 Aug 4. Editors and Word Processors
4.1. Basic Concepts, Examples: MS-Word, gedit, vi.
4.2. Introduction to desktop publishing
7
5 8 Aug 5. Spreadsheets
5.1. Purpose, usage
5.2. Creation of files in Spreadsheet
8
6 25 6 Sept 6. Presentation Tool
6.1. Design Slides (using Text, images, charts, clipart)
6.2. Slide Animation
6.3. Template and theme creation
5
7 8 Sept 7. PC Hardware
7.1. Introduction of Hardware.
7.2. Type and Working of Hardware parts – Ports,
Motherboard, CPU.
7.3. Basic Input and Output Setting(BIOS), Network
Interface Card(NIC),
7.4. Graphics card.
5
8 8 Sept 8. Troubleshooting and Preventing Problems
8.1. Logical Fault Isolation – ADJUST method,
Common Networking Problems, Tools for gathering
information, Troubleshooting PC hardware
5
Sr.
No.
Working Days Teaching
Days
Month Topic T.Y. BCA Java Programming
Period
Required
1. 12 5 June Unit 1: Introduction to Java
Basics of Programming Language
Introduction to Java
4
2 7 June Unit 2: Usage of Objects and Classes
Defining Your Own Classes
Access Specifiers (public, protected,
private, default/friendly)
Array of Objects
Constructors, Overloading Constructors
and use of „this‟ Keyword
Predefined classes Inner classes, Nested classes,
local classes, Anonymous classes(Anonymous
object)
Introduction to Packages : Creation, Access and
use
Garbage Collection (finalize() Method)
4
3 26 6 July Unit 3:Inheritance and Interface 03
Inheritance Basics (extends Keyword) Types
of Inheritance
use of 'super' Keyword
Usage of final keyword related to method and
class
Usage of abstract class and abstract methods
Interface: Defining and Implementing
Interfaces
Runtime polymorphism using interface
3
4 10 july Unit 4: Collection
Collection interface
Collection framework Collection
interfaces & classes-ArrayList,
LinkedList, HashSet, TreeSe
t Iterator and Enumaration, Hash Table.
Vector.
7
5 10 July Unit 5: Exception Handling and I/O :
Exception handling fundamentals
Exception types
Exception class
10
T.Y. BCA
Java Programming
Creating user defined exception
Uncaught exceptions
Assertions
Introduction to Java.io package
Byte streams
Character streams
File IO basics
Object serialization – Reader and Writer
6 24 9 Aug Unit 6: Swing , Applet programming
MVC(Model View Controller) Architecture
Swing components : JFrame, JPanel, JButton,
JcheckBox, JtextField, JRadioButton, JLabel,
JList, JDialog, JFileChooser,
JColorChooser,JMenu
Applet fundamentals, Applet lifecycle, Creating
and running applets
Applets: Event Handling using applets
9
7 10 aug Unit 7: Database Programming
Introduction to JDBC: Architecture (2-tier, 3-
tier)
JDBC Drivers
Connectivity with PostgreSQL: basic steps
JDBC statement: Statement,
PreparedStatement, CallableStatement
JDBC ResultSet and types
JDBC Metadata
8
8 25 10 Aug/sept Unit 8: Servlets
Introduction to Servlet and Servlet types
Lifecycle of servlet
Handing HTTPRequest and HTTPResponse
HttpServlet
Session tracking
8
9 10 sept Unit 9: Java Server Pages (JSP)
Introduction to JSP
Life cycle of JSP
Implicit Objects
Scripting elements
JSP Directives
Basic JSP program
Mixing Scriplets and HTML
Example of forwarding contents from database
to servlet, servlet to JSP and displaying it using
JSP scriplet tag
7
FYBCA:- Applied Mathematics-I
Sr.No Working
Days
Teaching
Days
Month Topic Period
Required
1. 12 08 June 1. Numbers, Sets and Functions
- The Quadratic formula
-Sets
-Functions
08
2. 26 13 July 2. Language and Proofs
- Quantifiers and logical statements
- Compound statements
12
3. 07 July 3. Induction
- The Principle of Induction
- Applications,
- Strong Induction
08
4. 24 11 August 4. Bijection and Cardinality
- Bijection,
- Composition of function
- Cardinality
12
5. 13 August -
September
5. Combinatorial Reasoning
- Binomial coefficients
- Permutations
- Functional Digraphs
12
6. 25 11 September 6. Divisibility
- Factors and Factorization
- The Euclidean Algorithm,
- Polynomials
10
Revision
Sr.
No.
Working
Days
Teaching
Days
Month Topic T.Y. BCA OperatingSyatem Period
Required
1. 12 8 June . Introduction to Operating System
Concepts 1.1 Operating System
Objectives and Functions
1.2 Evolution Of Operating Systems
1.3 Computer System Architecture
1.4 Operating System Operations
1.5 Operating System as Resource
Management
1.6 Computing Environment
6
2 4 June 2. System structure
2.1 Operating System Services
2.2 System Calls Concepts
2.3 Types of system Calls
2.4 System Programs
2.5 System Boot
3
3 26 8 July 3. Process and Thread Management
3.1 Process Concept
3.2 Operations on Process
3.3 Process Scheduling
3.4 Inter Process Communication
3.5 Overview of Threads
3.6 Concept of Multithreaded
Programming and Multicore
Programming
3.7 Types of threads
3.8 Multithreading Models
6
4 8 July 4 Process Scheduling
4.1 Basic Concept
4.2 Scheduling Criteria
4.3 Scheduling Algorithms
6
5 6 July 5 Process Synchronization
5.1 Background
5.2 Critical Section Problem 5.3
Semaphores
5.4 Classic Problems of Synchronization
5
6 24 8 July/Aug 6 Deadlocks
6.1 System Model
6.2 Deadlock Characterization
6.3 Deadlock Prevention
6.4 Deadlock
6.5 Deadlock Detection
6.6 Recovery From Deadlock
8
7 14 Aug 7 Memory Management
7.1 Background
7.2 Swapping
7.3 Contiguous Memory Allocation
7.4 Paging Pages
7.5 Segmentation
7.6 Virtual Memory Management
7.7 Page Replacement Algorithms
7.8 Thrashing
12
T.Y. BCA
Operating System
8 25 7 Aug/Sept 8 File System
8.1 File concept
8.2 Access Methods
8.3 Directory and Disk Structure
8.4 Allocation Methods
8.5 Free Space Management
7
10 Sept 9 I/O Systems and Disk Management
9.1 I/O Hardware
9.2 Application I/O Interface
9.3 Kernel I/O subsystems 9.4 Disk
Structure 9.5 Disk Scheduling
7
Sr.
No.
Working
Days
Teaching
Days
Month Topic S.Y. BCA Software Engineering
Period
Required
1. 12 5 June Introduction to System Concepts 1.1
Definition 1.2 Basic Components 1.3
Elements of the system 1.4 System
Components 1.5 Types of System
2
2 7 June Introduction to Software Engineering 2.1
Definition of Software 2.2 Characteristics
of Software 2.3 Software Application
Domains 2.4 Definition of Software
Engineering 2.5 Need for software
Engineering 2.6 Mc Call’s Quality factors
2.7 The Software Process 2.8 Software
Engineering Practice
6
3 26 13 July 3.Software Development Life
Cycle(SDLC)and Methodologies 3.1
Introduction 3.2 Activities of SDLC 3.3 A
Generic Process Model 3.4 Prescriptive
Process models 3.4.4.1 Waterfall Model
3.4.2 Incremental Process Models 3.4.3
Evolutionary process Models (Prototyping
and Spiral Model) 3.5 Concurrent Models,
Types
12
4 10 July 4. Requirement Engineering 4.1
Introduction 4.2 Requirement Engineering
Tasks 4.3 Establishing Groundwork for
understanding of Software Requirement
4.4 Requirement Gathering 4.5 Feasibility
study 4.6 Fact Finding Techniques
8
5 24 15 July/Aug 5.Analysis And Design Tools 5.1
Decision Tree and Decision Table 5.2
Data Flow Diagrams (DFD) 5.3 Data
Dictionary 5.3.1 Elements of DD 5.3.2
Advantages of DD 5.4 Input and Output
Design 5.5 PseudoCode 5.6 Case Studies
on above topics
12
6 10 Aug 6.Software Testing 6.1 Definition 6.2
Verification And Validation 6.3 Black
box and White-Box Testing 6.4 Unit
Testing 6.5 Integration Testing 6.6 System
Testing 6.6.1Performance Testing 6.6.2
Stress Testing 6.7 Smoke Testing 6.8 User
Acceptance Testing
8
S.Y. BCA
Software Engineering
7 25 6 Aug/Sept 7 Maintenance and Reengineering 7.1
Maintenance definition and types 7.2
Software reengineering 7.3 Reverse
Engineering 7.4 Restructuring and
forward Engineering.
4
8 10 8.Agile Development 8.1 Agility 8.2
Agile Process 8.2.1 Principles 8.2.2 The
Politics Of Agile Development 8.2.3
Human Factors 8.3 Extreme
Programming(XP) 8.4 Adaptive Software
Development(ASD) 8.5 Scrum 8.6
Dynamic System Development Model
(DSDM)
8
SYBCA:- Introduction to Computer Network
Sr. No Working
Days
Teaching
Days
Month Topic Period
Required
1 12 12 Jun 1. An Introduction to Networks, Network
Topologies and Types
1.1 Data communications and representation
1.2 Information Exchange, Sharing, preserving
&protecting
1.3 Hardware and Software Resource Sharing
1.4ComputerNetworks-Goals and applications
–Business Application, Home Application,
Mobile User, Social Issues
1.5 Network Hardware -Broadcast and point-
to-point
1.6 Clients, Servers, Peers based and Hybrid
Networks
1.7 Network Topologies (Bus, Star, Ring, Star
Bus, Mesh)
1.8 Network Types- LAN, MAN, WAN, PAN,
Wireless Networks, Home Networks,
Internetwork
12
2 26 9 July 2. Network Models
2.1. Introduction to OSI Model with all layers
2.2 TCP/IP Protocol Suite
2.3 Addressing-Physical, Logical and Port
addresses
04
3 14 July 3. Overview of Transmission Media
3.1 Introduction to Guided Transmission
Media : Twisted pair cable–UTP Vs STP,
Categories connectors &applications, Coaxial
cable – standards, Connectors & applications,
Fiber Optic cable–propagation modes,
connectors & applications
3.2 Unguided Media – Wireless- Radio
Waves,- Microwaves, Infrared, Satellite
Communication.
3.3 Types of cabling and Networking Tool:
CAT5 andCAT6 Cable Color Code, Cross
over Cabling and Straight through Cable.
05
4 24 19 Aug 4. Physical Layer
4.1Analog and Digital data, Analog and
Digital signals, Periodic & Nonperiodic
signals, Digital Signals-Bit rate, bit length,
baseband Transmission.
4.2Transmission Impairments–attenuation,
distortion and noise, Data Rate Limits–
Noiseless channel: Nyquist’s bit rate, noisy
channel : Shannon’s law
4.3Performance of the Network Bandwidth,
Throughput, Latency(Delay), Bandwidth –
Delay Product, Jitter
4.4Line Coding Characteristics, Line Coding
Schemes–Unipolar -NRZ, Polar-NRZ-I, NRZ-
L, RZ, Manchester and Differential
Manchester, Problems
4.5Transmission Modes, Parallel Transmission
and Serial Transmission– Asynchronous and
Synchronous and Isochronous
4.6 Trunks & Multiplexing FDM and TDM
4.7Switching-Circuit Switching, Message
Switching and Packet Switching
4.8 Physical Layer Devices: Repeaters, Hubs-
active hub Passive hub
14
5 25 18 Aug-
Sept
5. Data Link Layer
5.1Design Issues–Services provided to the
Network Layer, Framing– Concept, Methods–
15
TYBCA:-Software Quality Assurance
Sr.
No.
Working
Days
Teaching
Days
Month Topic Period
Required
1 12 12 June 1. Introduction to Software Quality.
1.1. Uniqueness of software quality assurance
1.2. Software, Software errors, Faults and Failures 1.3.
Classification of the causes of software errors 1.4.
Software quality, Software quality assurance and
software engineering
06
2 26 10 July 2. Software Quality Architecture and Components 2.1.
The need for comprehensive software quality
requirements
2.2. Classifications of software requirements into
software quality factors
2.2.1. Product Operation
2.2.2. Product Revision
2.2.3. Product Transition
2.3. Parties interested in the definition of quality
requirements.
2.4. SQA architecture
2.5. Software Quality Components
2.5.1. Pre-project components
2.5.2. Software project life cycle components 2.5.3.
Infrastructure components for error prevention and
improvement
2.6. Management SQA components
10
Character Count, Flag bytes with Byte
Stuffing, Starting & ending Flags with Bit
Stuffing and Physical Layer Coding
Violations, Flow and Error Control
5.2 Error detection code CRC
5.3DataLinkLayerDevices-Bridges Filtering,
Transparent Bridges, spanning tree and
Source, Routing Bridges, Bridges Connecting
different LAN’s.
5.4 Random Access Protocols ALOHA– pure
and slotted, CSMA- 1- persistent, p-persistent
and non-persistent CSMA/CD, CSMA/CA
5.5 Controlled Access Reservation, Polling
and Token Passing
5.6Channelization FDMA,TDMA and CDMA-
Analogy, Idea, Chips, Data Representation,
Encoding and Decoding, Signal Level,
Sequence Generation
5.7 Ethernet :wired and wireless
6 10 Sept 6. Network Layer
6.1 IPv4 addresses: address space, Classful
addressing, Classless addressing, NAT
6.2 IPv6 addresses: Structure, address space
6.3 IPv4: Datagram, Fragmentation, checksum,
options 6.4 IPv6: advantages, packet format,
Extension headers
10
3 16 July 3. Project Life Cycle.
3.1. Classic and other software development
methodologies
3.2. Factors affecting intensity of quality assurance
activities in the development process
3.3. Verification, validation and qualification
3.4. A model for SQA defect removal effectiveness and
cost
3.5. Demonstration of CASE study and CASE tools
3.5.1. What is a CASE tool?
3.5.2. The contribution of CASE tools to software
product quality
3.5.3. The contribution of CASE tools to software
maintenance quality
3.5.4. The contribution of CASE tools to improved
project management
14
4 24 12 Aug 4. Software Quality Infrastructure Components 4.1.
Procedures and work instructions –
4.1.1. Need
4.1.2. Procedures manuals
4.1.3. work instruction manuals
4.1.4. Procedures and work instructions: preparation,
implementation and updating
4.2. Supporting Quality devices
4.2.1. Templates
4.2.2. Checklists
4.3. Configuration management –
4.3.1. Software configuration, its items and its
management
4.3.2. Software configuration management – tasks and
organization
4.3.3. Software change control
4.3.4. Release of software configuration versions 4.3.5.
Provision of SCM information services
4.3.6. Software configuration management audits 4.3.7.
Computerized tools for managing software
configuration
10
5 10 Aug 5. Software quality metrics
5.1. Objectives of quality measurement
5.2. Classification of software quality metrics
5.3. Process metrics
5.4. Product metrics
5.5. Implementation of software quality metrics 5.6.
Limitations of software metrics
10
6 25 23 Sept 6. Software Quality Standards, certification and
assessment
6.1. Quality management standards
6.1.1. The scope of quality management standards
6.1.2. ISO 9001 and ISO 9000-3
6.1.3. Certification according to ISO 9000-3
6.1.4. Capability Maturity Models – CMM and CMMI
assessment methodology
6.1.5. The Bootstrap methodology
6.1.6. The SPICE project and the ISO/IEC 15504
software process assessment standard
6.2. Project process standards
6.2.1. Structure and content of IEEE software
engineering standards
6.2.2. IEEE/EIA Std 12207 – software life cycle
processes
6.2.3. IEEE Std 1012 – verification and validation
6.2.4. IEEE Std 1028 – reviews
10
