TECHNICAL INFORMATION

First Year BCS(FYBCS) Passed Out Year 1999 onwards

Course	Name with brief contents	Hours
1	Mathematics-I (Discrete Mathematics)	120
2	Mathematics-II (Algebra)	120
3	Mathematics-III (Geometry & Calculus)	120
4	Electronics-I (Linear Electronics)	120
5	Electronics-II (Digital Electronics)	120
6	Statistics-I (Statistical Methods I)	120
7	Statistics-II (Statistical Methods II)	120
8	Computer Science-I (Introduction to Computers & Data Processing)	120
9	Computer Science-II (Introduction to Programming)	120
10	Lab Course in Electronics	108
11	Lab Course in Statistics	108
12	Lab Course in Computer Science	144

Second Year BCS(SYBCS) Passed Out Year 1999 onwards

Course	Name with brief contents	Hours
1	Mathematics-I (Linear Algebra & Computational Geometry) Linear equations, matrices, determinants, vector spaces, eigen values & vectors. Point representation, ftwisformations, rotation, reflection, scaling, combined tramfortnations, projections, transformations.	150
2	Mathematics-II (Numerical Methods & Operations Research) Solutions of non-linear equations, polynomial interpolation, numerical differentiation & integration, solutions to differential equations, simultaneous linear equations. Linear programming, simplex method, transportation & assignment problems, game theory	150
3	Electronics-I (Computer Organisation and Microprocessors) Data representation, memory Organisation, basic machine Organisation, bus strictures, ALU, I/0 devices, I/0 Organisation, computer systems Organisation, control units, Introduction to 8 bit processor, Architecture of 16 bit processors, buses, basic interfacing (of keyboards, display, interfacing devices)	150
4	Electronics-II (Computer Instrumentation) Shift registers, multiplexers, de-multiplexers, multi-vibrators, microprocessors, and methods of addressing. Amplifiers, differential amplifiers, oscillators, ADCs, DACs, transducers and sensors, Instrumentation Amplifier, Introduction to Process control, Speed control of DC motors using microprocessors and analog devices, computer peripherals and interfaces - keyboard, storage devices, monitors, interfacing printers, plotters, scanners, CDROMs.	150
5	Computer Science-I (Programming with C and Data structures) Introduction to C, operators, keywords, flow control, functions, pointers, structures, Macro Pre-processor Directives I/0 File handling, Stacks, queues, lists, trees, graphs, internal sorting, symbol tables, hash tables.	150
6	Computer Science-II (Business Data Processing and COBOL) Introduction to Information System in Business (MIS), Computer in personnel and administration, accounting (AIS), Computer application in materials management, computer application in production planning and control Introduction to COBOL programming, coding sheets, data/paragraph names, divisions, clauses, and files. General business environment.	150
7	General English & Technical Writing	120

Practical Work: SYBCS Passed Out Year 1999 onwards

Course	Name with brief contents	Hours
8	Mathematics Practical Solutions of equations - Newton-Raphson method & Regula-Falsi method. Solutions to differential equations - Runge-Kutta method. Numerical integration - Simpson's 1/3 m rule, Romberg's method. Plane linear transformations, rotation about origin, space linear transformations, multiple transformations and Projections.	108
9	Electronics Practical Experiments in single stage transistor amplifier, differential amplifier, phase shift oscillator, IC74192/193 as an astable multi-vibrator, pulse amplitude modulation, crystal clock, DAC, ADC, analog multiplexer & de-multiplexer, shift registers, IC 723 as a voltage regulator, SMPS, temperature sensors ICAD0, crystal oscillator, shift registers IC7495, IC8038 function generator.	108
10	Computer Science Practical Validation of sequential file, table handling, reports (in COBOL); Data structures: quick-sort, expression trees, linked lists, hash tables, dynamic allocation (in C), Decimal to binary conversion, encryption & decryption of files, string manipulation.	144

Third Year BCS(TYBCS) Passed Out Year 1999 onwards

Course	Name with brief contents	Hours
1	Computer Science Paper-I Systems Programming & Operating System	150
2	Computer Science Paper-II Object Oriented Programming (c++) & Visual Programming(VB)	150
3	Computer Science Paper-III Data Communication & Networking	150
4	Computer Science Paper-IV Database Fundamentals & Relational Databases	150
5	Computer Science Paper-V System Analysis & Introduction to Software Engineering	150
6	Computer Science Paper-VI (Elective) Any one of a) Accounting & Financial Management, Structure of Organizations b) Theoretical Computer Science & Compiler Construction	150

Practical Work: TYBCS Passed Out Year 1999 onwards

Course	Name with brief contents	Hours
7	Lab Course I (Systems Programming) Implementation of line editor, assembler for hypothetical computer named SMAC0, runtime simulator for SMAC0 object code generated by the assembler, simple SMAC0 programs, absolute disk reads, file allocation table handling, interrupt handling, MS-DOS patching and elementary shell over DOS. Writing of an Assembler and Macro Preprocessor for the SMAC0 system.	144
8	Lab Course II (C++ and Visual Programming) Writing of Various C++ Programs, Creating User Defined Classes, Creating a Screen Using Visual Basic, Project Using C++ Programming, Project Using Visual Basic Programming, Using and Implementing programs using various components in Visual Basic.	144
9	Lab Course III (Databases) Basic Commands for creating and querying tables (FoxPro/MS-Access), writing queries and reports for applications(FoxPro/MS-Access), Creating tables ad giving basic SQL commands in Oracle/Sybase, Implementation ofa project using Oracle/Sybase/FoxPro/MS-Access using integrity rules, stored procedures and triggers.	144