Bachelor of Computer Application(BCA)

• Grammar & Vocabulary tonni
• Reading & Writing Skills
• Technical Report Writing
• Communication

• Sets, Relations and Functions
• Matrix Theory
• Groups, Rings & fields

• Basics of Programming
• Introduction to C
• I/O statements
• Control Structures
• Arrays
• Functions
• Pointers
• Structures and Unions
• Macros
• Storage Classes
• Files

• Basic Building Blocks
• Basic Structure of Computer
• Control Unit
• Memory & Peripheral Devices
• Introduction to 8085
• ALP of 8085

• Descriptive Statistics
• Measures of Central tendency
• Skewness
• Curve Fitting
• Correlation and Regression
• Probability
• Random Variables
• Probability distribution
• Inference

• Introduction to Communication
• Business Communication
• Personality Development

• Mathematical Logic
• Linear Algebra
• Graph Theory

• Data Structure - Overview
• Recursive Functions
• Linked Lists
• Stacks
• Trees
• Sorting & Searching

• Elements of COBOL
• Simple Arithmetic Statements
• Control Structures
• Arrays
• Subroutines
• File System

• System Concepts and Information Systems Environment
• System Planning a Initial Investigation
• The process and stages of system design
• System testing

• Basic Concepts
• Storing Databases
• Data Models
• E-R Data Model
• Relational Model
• Network and hierarchical databases
• System Implementation

• Introduction
• Data Types
• Input and Output
• Decision and Loop
• Arrays, String & Structures
• Functions in C++
• Objects and Classes
• Constructor and destructor
• Operator Overloading
• Inheritance
• Pointer
• Virtual Function
• Friend functions and static functions
• Console IO operator
• Files

• Introduction
• Process Management
• Memory Management
• File Management
• Case Studies

• Introduction
• Subsidiary Books
• Trial balance and final accounts of Sole Trader
• Final accounts of Joint Stock Companies
• FINANCIAL MANAGEMENT:
• Introduction
• Ratio Analysis
• Funds Flow Statement
• Unit Costing
• Marginal costing
• Budgetary Control
• Standard Costing

• Finding the roots of an equation
• Solving simultaneous linear equation
• Ordinary differential equations
• Numerical Integration
• Interpolation
• Linear Programming
• Transportation problems
• Assignment Problems

• MS Office
• Numerical Methods Lab

• Practical applications of Computer graphics
• Points and lines
• Two - dimensional transformations
  
• Concept of a segment
• Three - dimensional coordinate systems

• Introduction
• Project management and metrics
  
• Estimation
• SRS and S/W Design
• Coding & Testing
  
• SQA and Software Maintenance

• Introduction
• Unix File System
  
• Process management
  
• Special tools and utilities
  
• System administration
  
• Shell Programming
  
• Unix System Communication

• Project Work
• Demonstration & Presentation
• Viva - Voce

Solving a problem using an accounting package

• Demonstration and presentation of the mini
• project
• Viva - voce

• Introduction to Java History Features of Java
• An overview of Java
  
• Data types variables and array, Operators, Control Statements
  
• Classes and methods, sub classing and dynamic Control Statements
• Inheritance, Packages and Interfaces
  
• Exception handling
  
• Multi-threading programming, String Handling
  
• Input / Output File handling, exploring Java two
  
• Applets, Event handling
  
• AWT (Abstract Window Toolkit, working with windows,Graphs,and Text)
  
• Using AWT controls, Layout Managers and Menus
  
• Advanced Java

• A single example of Design, Insertion Sort, Pseudo code for insertion sort, analysis of time complexity, Asymptotic notations and time complexity and writing efficient programs (by considering some small programs).
  
• Harner's method of evaluating a polynomial at a given point, finding maximum and minimum for a given set of numbers, straight min, combinations for max and min. Analysis of linear and binary search algorithms.
  
• Divide and conquer algorithms, Sorting, multiplication of two long integers, straseen's Matrix multiplication
  
• Greedy approach, Optimum scheduling, fractional Kanpsack problem minimum spanning trees, single source shortest path problem.
  
• Dynamic programming, Design and analysis, Traveling salesman problem, Optimal parameterization for product of a sequence of matrices.
  
• Back tracking and branch and bound methods, Least cost methos, 4 - Queens problem using back tracking. Traveling salesman problem using branch and bound method.
  
• Lower bound theory.

• Objectives of Networking
  
• Physical Layer
  
• MAC Sublayer
  
• Data Link Layer
  
• Network Layer
  
• Transport Layer
  
• Session Layer
  
• Presentation Layer

• System models
  
• System Studies
  
• Techniques of system simulation
  
• Discrete system simulation
  
• Continuous system simulation
  
• Introduction to GPSS

• Local Area Networks
  
• TCP/IP
  
• Internet protocol
  
• IP and Dynamic Routing
  
• TCP

• Introduction
  
• Knowledge and knowledge representation
  
• Inference using the different methods of representation of knowledge, PL and FOPL
  
• Natural language processing
  
• Expert System
  
• Learning
  
• Picture processing and pattern recognition

• Basic Internet Concepts
  
• Internet applications
  
• World Wide Web
  
• Internet E- Commerce and Video Conferencing
  
• Recent developments in Information technology