BCAFS

Data Representation: How does a computer represents the Data? Bits & Bytes, Number System, Binary, Octal, Hexadecimal, Conversions, arithmetic operations in binary numbers, ASCII & EBCDIC character sets.

Software Concepts: Types of software: System Software, Application Software, Programming Languages, Machine Language, assembly language, High Level Languages, fourth Generation Languages, Interpreter, Assembler, Compiler.

Operating System: Concepts as resource manager, Batch Processing, Multiprogramming, Multiprocessing, Time Sharing , and real time system.

DOS- Command interpreter, Booting internal & external commands, batch files, EXE, COM, System files BIN, TXT,BMP files.

Computers & Communication : the basic communication system, Data Transmission- Simplex, Half duplex, full duplex. Computer Networks LAN, WAN,MAN, Network topologies.

PROGRAMMING CONCEPTS USING ‘C’ (Course- 102)

Programming Fundamentals : Defining and understanding a problem, Algorithm development, Flowchart. Basic Structure of C Program: Constant, Variables and data types-int,char,flor, etc. Declarations, Operations (Arithmetic, relational, logical). Increment & decrement operators, Precedence of artithmatic operations, Operators precedence and associativity. Expressions in C; Arithmetic Expressions evaluation of expressions, type conversions in expressions. Cassignment statements : C input and output using get char & put char, printf, Scanf functions.

C statements and blocks : Conditional statements in C; Simple if-else, if-else ladder, switch,?: operator, Concept of Loop (While,for,do-chile, repeat wntil), Break and continue goto and labels.

Arrays: One dimensional arrays and example of iterative programs using arrays and 2D arrays, Matrix Operation like Transpose, Multiplication, Addition etc.

Concepts of Sub-Programming : Functions, Exampile of functions, External variables, scope rules, ?Header files, Static Variables, Initialization, parameter passing (Call-by- Values, Call –by- reference), recursion, C Preprocessor. Structures, enumerated date types, union files, pointers, relationship between array and pointers, argument passing using pointers,array of pointers, passing array as arguments.

DIGITAL ELECTRONICS-I (Course- 103)

Number System, Binary Codes, Reflected Codes, error detection doces, Logic gates- OR, AND, NOT, EX-OR Logic, De-Morgan’s theorems, NOR and NAND gates, Universal building blocks, theorems of Boolean Algebra, Simplifying logic circuits- sum of products and products of sums ferom algebraic simplification, Karnaugh Simplification, arithmetic cciorcuts, code conversions, multilevel; NAND and NOR circuits, EX OR and equipvalenc functions, parity checker, parity generators, Comparators, encoder, decoder, Multiplexer, Demultiplexer circuts, ROM, PLA.

MATHEMATICS - I (Course – 104)

Operations on matrices, adjoint, inverse, rank, system, of linear equations.

Successive differentiation, Leibnitz theorem, Taylor’s Series and Maclaurin’s Series, Rolles theorem, Mean Value theorem, Partial differentiation, definitions and examples of curvature,astymptotes, Singular points, concavity & Point of Inflexion. Tracing of Cartesian curves (Standard Curves only). Maxima & Minima (Simple cases).

Definite integrals, multiple integral, rectification, quadrature, volumes and surfaces of revolutions (Standard curves only )

Differential equations : Differential equations of first order and first degree, linear differential equation with constant coefficients.

ORAL AND WRITTEN TECHNICAL COMMUNICATION (Course – 105)

Reading comprehension, vocabulary, grammar and use and writing and composition. Basic of official correspondence, preparation of Bio-data. Students should be asked to prepare seminars during the Practice session.