West Bengal State University Computer Science General Syllabus

I want to get admission at West Bengal State University for B.SC Computer Science Program. So I need syllabus to see before admission. So pls provide detailed syllabus of B.SC Computer Science Program of West Bengal State University?

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As you want detailed syllabus for B.SC Computer Science Program of West Bengal State University, so here is following syllabus:

West Bengal State University B.SC Computer Science Syllabus
SEM I
Course Code Title of the Course
PHY – 331 MECHANICS
PHY – 333 THERMAL PHYSICS
MAS – 321 DIFFERENTIAL EQUATIONS & VECTOR CALCULAS
MAS – 322 DIFFERENTIAL & INTEGRAL CALCULUS
MAS – 323 REAL ANALYSIS- I
COMP – 413 FUNDAMENTALS OF COMPUTER SCIENCE
COMP – 412 PROBLEM SOLVING & PROGRAMMING IN C
GPT – 301 MORAL & VALUE EDUCATION

SEM II
PHY – 334 WAVES & OSCILLATIONS
PHY – 336 ELECTROMAGNETISM
MAS – 351 REAL ANALYSIS – II
MAS – 352 ALGEBRA – I
MAS -- 353 3D COORDINATE GEOMETRY
COMP – 431 ALGORITHMS & DATA STRUCTURES THROUGH C
COMP – 515 COMPUTER ORGANIZATION
PHY – 330 PHYSICS LAB. – I
LNG – 301 STRUCTURE & SPOKEN ENGLISH

SEM III
PHY – 431 ATOMIC & NUCLEAR PHYSICS
PHY – 433 OPTICS
MAS – 421 LINEAR ALGEBRA – I
MAS – 422 REAL ANALYSIS – III
MAS – 423 STATICS
COMP – 532 OBJECT ORIENTED SYSTEMS AND C++
COMP – 522 FUNDAMENTALS OF OPERAATING SYSTEM

SEM IV
PHY – 434 MODERN OPTICS
PHY – 436 STATISTICAL PHYSICS & ASTROPHYSICS
MAS – 451 LINEAR ALGEBRA - II
MAS – 452 NUMERICAL- ANALYSIS
MAS – 453 DYNAMICS
COMP – 652 JAVA PROGRAMMING
COMP – 531 RELATIONAL DATABASE MANAGEMENT SYSTEM
PHY – 430 PHYSICS LAB. – II

SEM V
PHY – 531 QUANTUM MECHANICS
PHY – 533 ELECTRONICS – I
MAS – 521 ALEBRA-II
MAS – 522 ADVANCED ANALYSIS
MAS – 523 HYDRODYNAMICS
COMP - 623 DATA COMMUNICATIONS AND NETWORKING
COMP - 432 SYSTEM ANALYSIS AND DESIGN
SES – 415 ENVIRONMENTAL STUDIES – I

West Bengal State University B.SC Computer Science Syllabus
Unit-1: Vectors Analysis
Integrals (line, surface and volume), Physical significance of Gradient, Divergence and curl, statement
of Gauss’s and Stroke’s theorems.
Unit-2: Frame of References and Relativity.
Frame of reference, inertial frames of reference, Galilean transformations, postulates of special theory
of relativity, Lorentz transformations, consequences of Lorentz transformations, Relativistic mass, Relativistic
energy, Mass energy relation.
Unit-3: Dynamics of Rigid Bodies,
Angular momentum and moment of inertia, Theorem on moment of inertia, central forces, conservative
and non-conservative forces.
Unit-4: Fluid Mechanism,
Ideal fluids, Equation of Continuity, Viscous fluids, critical velocity, Derivation of Poiseuille’s
Equation.
Reference books:
1. An introduction to Mechanics
Kleppner, Tata McGraw Hills
2. Mechanics
J.C. Upadhyay
3. Mechanics and thermodynamics
Basavaraju & Ghosh; Tata McGraw Hills
4. Mechanics
B.S Agarwal
5. Mechanics
D.S Mathur
6. Mechanics
J.C Upadhyay
THERMAL PHYSICS
B. Sc. PCM/ PCB/ PCZ/ PMCS/PCFS
Semester-I
Course Code: PHY-333 Credit Hrs: (3-1-0)
Unit-1: Basic concepts and 1st law of Thermodynamics
Thermodynamic systems, Thermal equilibrium and Zeroth law of thermodynamics, concept of
temperature, 1st law and its applications, indicator diagram, Reversible and irreversible process.
Unit-2: 2nd law of Thermodynamics and Entropy.
Carnot’s engine and Carnot’s Cycle, 2nd law of thermodynamics, Carnot’s theorem, entropy, change of
entropy in a reversible and irreversible processes. Temperature-entropy diagram.
Unit-3: Thermodynamics Relationships.
Clausius-Clayperon’s equation, second latent heat equation, Triple point, Thermodynamic potentials and their
relations with thermo dynamical variables.
Unit-4: Thermal conduction.
Fundamental equation of heat conduction, propagation of heat wave in an insulated rod with end heated
sinusoidal (periodic flow of heat), propagation of temperature waves in the earth’s crust.
References books:
1. Thermal Physics,
B.K. Agarwal; Lokbaharti Publications.
2. Heat thermodynamics
D.S. Mathur and M.N. Bapat; Sultan Chand book window.
3. Heat and thermodynamics
Mark W Zemansky; Tata McGraw Hills.
4. Mechanics and thermodynamics
Basavaraju and Ghosh; Tata McGraw Hills.
5. Heat, Thermodynamics &Statistical Physics,
Satya Prakash
6. Heat & Thermodynamics
Brij Lal & Subrahmanyam
7. Heat Thermodynamics & Statistical Physics
Singhal, Agarwal, S.P
8. Heat & Thermodynamics
Zemansky/Dittmann
B.Sc. (PCM/PMCS) I Semester
Course Name: Differential Equations & Vector Calculus
Course Code: MAS - 321 Credit: 3-0-0
Equations of first order & first degree, general & particular solutions, equations in which variables separable,
homogeneous equations, reducible forms, linear equations, reducible forms, exact differential equations,
Integrating- factors.
Equations of first order & but not of the first degree, Clairaut- Equations. Geometrical -interpretation, linear
equations with constant coefficient, Particular- integrals.
Special methods.
Homogeneous linear differential equations.
Vector Differentiation, Point Function, Partial Derivatives, Gradient, Divergence &
Curl.
Line & Surface Integral, Gauss-Theorem, Green-Theorem & Stokes- Theorem.
Reference Books:
1. Differential-Calculus: Gorakh-Prasad
2. Integral-Calculus: Gorakh-Prasad
3. A Course in Vector Analysis with Applications: Mata Ambar Tiwari & R S Sengar
B.Sc. (PCM/PMCS) I Semester
Course Name: Differential & Integral Calculus
Course Code: MAS-322 Credit : 3-0-0
Differential- Calculus:
Successive differentiation, nth order derivative, Leibnitz theorem, Maclaurin theorem, Taylor theorem &
concerned problems, partial derivatives, total differential coefficient, Euler- theorem, application of p RTIl
derivatives in errors, approximations, maxima – minima etc. Jocobians Curvature, Indeterminate-forms,
Expansion of functions of two variables.
Integral- Calculus : Properties of definite- integrals & their applications reduction formulae, Multiple- integrals & their applications. Gamma & Beta functions & their applications Change of order of integration.
Reference Books: 1. Differential & Integral Calculus: Gorakh- Prasad.
2. Calculus (Vol I & II): T M Apostol
B.Sc. (PCM\PMCS)-I SEMESTER
Course Name: Real Analysis I
Course Code: MAS-323 Credit: 3-0-0
Real number system: Natural number, Peano’s postulates for natural numbers, The first principle of induction,
Ordered relation and Well ordering property of the set N, Second principle of induction, Integers, [Embedding
of natural numbers in Z, Division Algorithm theorem, Euclidean Algorithm, Unique factorization theorem for
integers](without proof), Rational and Irrational numbers, Axioms of real number, The field axioms, The order
axioms, The Archimedian-principle, rational density theorem, irrational density theorem, bounds of a set, The
completeness axiom.
Sequence: Sequence of a real numbers, Finite and Infinite sequences, Bounded sequence, monotonic sequence
and Cauchy sequence, Limit of a sequence, Convergence and Divergence of a sequence, Cauchy’s general
principle of convergence, Cauchy’s theorems on limits.
Series: Infinite-series, Tests for convergence. Cauchy’s general principle of convergence of series, Series of +ve
terms, Comparison theorem, Comparison test, D’ Alembert ratio test, Raabe-test, Logarithmic test, De-Morgan
test, Bertand test, Cauchy root–Test, Cauchy Condensation Test, Absolute and conditional convergence,
Uniform convergence, Cauchy criterion for uniform convergence, Tests for uniform convergence of series, term
by term integration, term by term differentiation, The integral test for convergence.
Reference Books:
1. Real Analysis- John M. Howie
2. Principles of Mathematical Analysis Walter –Rudin.
3. Sequence and series- K. K. Azad and Kavita Srivastava.
4. Mathematics Analysis- Somusundaram and B. Chodhury.
FUNDAMENTALS OF COMPUTER SCIENCE
CODE: COMP- 413
UNIT-1
Introduction to Computers: Need and Role of computers, Definition, Characteristics and Applications, Generations of
Computer, Hardware: Basic block diagram, CPU, Primary and Secondary storage devices and I/O Devices.
UNIT-2
Information Concepts: Data and its representation, Information and its characteristics, Categories of information, Levels
of information. Data storage and retrieval. Concept of file, record and field.
Number System: Basic concepts, Binary, Octal, Decimal, and Hexadecimal numbering system, conversion from one
system to another.
UNIT-3
Introduction to Software: Definition, Types of Software, System software: Operating System, Functions of OS,
Overview of DOS, Windows and Linux.
Application software: Word Processor, MS-Excel. Database concepts, Flat file versus Database.
UNIT-4
Computer Languages: Definition, Generations of computer languages, Types of Languages, Language Translators:
Assembler, Interpreter, Compiler, Linker and Loader. Programming constructs, Algorithm & flowchart.
UNIT-5
Computer Network Concepts: Introduction to Computer Networks, History and usage of Internet, Browser
and its types, Domain Name System (DNS), WWW, Electronic Mail (e-mail) , Search Engines and Intranets.
Text Book:
P.K. Sinha & P. Sinha, “Foundation of Computing”, BPB
Chanchal Mittal, “Computer and Languages with C”, Pragati Prakashan
References:
V. K. Jain, “Fundamentals of IT and Computer Programming”, Katson Books
S. Sagman, “Microsoft Office 2000 for Windows”, Pearson
Yashavant P. Kanetkar “Unix Shell Programming”, BPB

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