| Course | Name with brief contents | Hours |
| 1 | Mathematics-I (Discrete Mathematics) | 120 |
| 2 | Mathematics-II (Algebra) | 120 |
| 3 | Mathematics-III (Calculus & Differential Equations) | 120 |
| 4 | Electronics-I (Solid State Physics & Digital Electronics) | 120 |
| 5 | Electronics-II (Circuit Analysis) | 120 |
| 6 | Statistics-I (Statistical Methods) | 120 |
| 7 | Statistics-II (Probabilistic Theory & Distributions) | 120 |
| 8 | Computer Science-I (Introduction to Computers & Data Structures) | 120 |
| 9 | Computer Science-II (Programming with PASCAL & DOS) | 120 |
| 10 | General English & Technical Writing | 120 |
| 11 | Electronics Practical | 108 |
| 12 | Statistics Practical | 108 |
| 13 | Computer Science Practical | 144 |
| Course | Name with brief contents | Hours |
| 1 |
Mathematics-I (Linear Algebra & Computational Geometry) Linear equations, matrices, determinants, vector spaces, eigen values & vectors. Point representation, transformations, rotation, reflection, scaling, combined transformations, 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) Data representation, memory organisation, basic machine organisation, bus structures, ALU, I/0 devices, I/O organisation, computer systems organisation. |
150 |
| 4 |
Electronics-II (Advanced Digital & Linear Electronics) Shift registers, multiplexers, de-multiplexers, multi-vibrators, microprocessors, methods of addressing. Amplifiers, differential amplifiers, oscillators, ADCs, DACs. |
150 |
| 5 |
Computer Science-I (Systems Analysis & COBOL) History ofCOBOL, coding sheets, data/paragraph names, divisions, clauses, files. General business environment, analysis of systems, structured system analysis, designing, backup and recovery systems, control system implementation & evaluation. |
150 |
| 6 |
Computer Science-II (Advanced Data Structures, C & Assembly) Stacks, queues, lists, trees, graphs, internal sorting, symbol tables, hash tables. Introduction to C & assembly, operators, keywords, flow control, functions, pointers, 1/0 handling, assembly pseudo- ops, table handling, macros, x86 segment-offset architecture. |
150 |
| Course | Name with brief contents | Hours |
| 7 |
Mathematics Practical Solutions of equations - Newton-Raphson method & Regula-Falsi method. Solutions to differential equations - Runge-Kutta method. Numerical Integration - Simpson's 1/3 rd rule, Romberg's method. Plane linear transformations, rotation about origin, space linear transformations, multiple transformations & projections. |
108 |
| 8 |
Electronics Practical Experiments in single stage transistor amplifier, differential amplifier, phase shift oscillator, IC555 as an astable multi- vibrator, pulse amplitude modulation, crystal clock, DAC, ADC, multiplexer & de-multiplexer, shift registers. |
108 |
| 9 |
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 (in Assembly). |
144 |
| Course | Name with brief contents | Hours |
| 1 |
Systems Programming Introduction to system software, a simple assembler, compilers, linkers & loaders, interrupt handling & monitors, system software tools. Introduction to operations systems, basic concept, file systems, CPU scheduling, memory management, deadlock handling. |
150 |
| 2 |
Software Packages Database management, searching & sorting, report generation, multiple database handling, dBASE programming, Lotus 123 macros & spreadsheets. Shell programming, NROFF/TROFF, AWK scripting, UNIX utilities, libraries & C programming. |
150 |
| 3 |
Data Communications Basic concepts, transmission path, modems, switching, multiplexing, line-sharing, digital translation, network topology, ISO OSI model. Details of physical layer, data-link layer, network layer, network sharing techniques, Ethernet installations- choosing LANs. |
150 |
| 4 |
Files & Databases and Computer Graphics General concept of filing systems, organisation techniques, ISAMs, hash tables, database fundamentals, hierarchical & network models, relational model & algebra, normalisation. Overview of graphics, graphics hardware, clipping & windowing, ZD-viewing, transformations, raster graphics, 3-D graphics, curves & surfaces. |
150 |
| 5 |
Commercial Applications Accounting & finance, day books, petty cash, profit & loss accounts, balance sheeting, cost accountancy, budget & planning, organisational structure, system theory of organisations, modem organisation techniques. Material management, inventory control & stores. |
150 |
| 6 |
Computer Hardware 8-bit microprocessor addressing, instruction diagram & state diagram: 8085; Assembly language of the 8085, memory interfacing, 8085 interrupt system, design of 8-bit microprocessor. 16-bit architecture of Intel processors: 8086/88; Study of 8255, 8251, data communication, hardware layout of motherboards, terminals & peripherals. |
150 |
| Course | Name with brief contents | Hours |
| 7 |
Systems Programming Practical 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. |
108 |
| 8 |
dBASE Programming, UNIX Utilities Creation & sorting of index file, query programming, report generation, Lotus 123 macros, graph plotting (Lotus), Bourne shell der UNIX, AWK programming, NROFF, TROFF, Lex, Yacc, libraries, curses using CC. |
108 |
| 9 |
Database Programming & Graphics in C Index sequential file handling in C, SQL, nested queries, DML, RPT under Unify, rubber-band technique for line drawing, interactive graphics of various geometrical shapes, clipping polygons, saving of patterns, bezier curves. |
108 |
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