Year-I
(Semester I and II)
Syllabus is same as that of `A' level

Year-II and III
(Semester III, IV, V and VI)

Principles of Management

• Management

  - Planning, Scheduling, Organizing, Staffing,
    Directing, Controlling.

• Quality Management

  - Inspection & Statistical Quality Control
  - TQM & ISO 9000

• Managerial Economics & Financial Management
• Productivity Management

• Current Topics

  - Learning
  - Re-engineering

Computer Based Numerical and
Statistical Techniques

• Computer Arithmetic

• Transcendental and Polynomial Equations

• System of Linear Algebric Equations

• Numerical Differentiation and Integration

• Numerical Solution of Ordinary Differential Equations

• Interpolation and Approximation

• Treatment and Display of Data

• Introduction to Probability Distribution

• Samples and Sampling Distribution

• Estimation of Parameters

• Tests of Significance

• Regression Analysis

Computer Graphics and Multimedia (Advanced)

• Transformations and Projections

• Clipping

• Curves and Surface

• Solid Modelling

• Hidden Surface Removal

• Shading Multimedia

Operating Systems

• Introduction

• Process & Inter Process

• Communication and Synchronization

• Memory Management

• File Management

• Security and Protection

• Multi Processor Systems

• Distributed Operating Systems

• Algorithms

• Performance Measurement

• Monitoring and Evaluation

• Case Studies-Linux, Unix, NT, etc.

Discrete Structures

• Fundamentals

• Boolean Algebra

• Posets and Lattices

• Introduction to Combinatorics

• Graphs and Algorithms

• Finite State Machines and Languages

Accounting and Financial Management

• Financial Accounting

• preparation of Financial Statements

• Financial Statement Analysis

• Framework of Cost Accounting

• Budgeting

• Cost-Volume-Profit (CVP) Relationship

• Cost Accumulation System

• Variable and Absorption Costing System

Data and Computer Communication (Advanced)

• Introduction

• Data Transmission

• Data Encoding

• Multiplexing

• OSI Reference Model for Computer Networks

• Data Switching

• Data Link Protocols

• Broadcast Wide Area Networks

• Local Networks

• Routing and Congestion Control

• Higher Level Protocols

Artificial Intelligence and Applications

• general Issues and Overview of AI

• Problem Solving

• Search and Control Strategies

• Heuristic Search Techniques

• Game Playing

• Knowledge Presentation

• AI Programming Languages-Lisp, Prolog

• Natural Language Processing

• Probabilistic Reasoning and Uncertainties

• Expert Systems

Software Engineering & Case Tools

• Software Engineering Fundamentals

• System Analysis

• System Design

• (Flow Based, Data Based, process based)

• Role of Case Tools

• Coding & programming

• Software Quality and Testing

• Software Costs and Time Estimation

• Software Project Management

Windows Programming

• Windows Architecture

• Compiling and Linking of Windows

• I/O techniques
• Keyboard, Mouse
• File i/O
• Child Windows
• Printing
• Graphics, Graphical Device Interface, Drawing/Graphics
• Bitmaps
• Memory Management
• Windows Resources, Timer, Clip Boards
• Menus, Dialogue Boxes
• Visual Development Environment-VB, VC++, VJ++,

Operations Research

• Linear Programming
• Network Analysis
• Project Scheduling by Pert/Cpm
• Dynamic Programming
• Queuing Models
• Sequencing Models
• Inventory Models

Advanced Database Management

• Conceptual Logical & Physical Database Design

• Query & Transaction Processing

• Crash recovery

• Concurrency Control

• Distributed Databases

• Client/Server Databases

• Integrity, Security and Repositories

• Emerging Database Trends

• Design and Database Administration Skills Based on Real & Near Life Applications-Oracle DBA etc.

Advance Unix Programming (Elective)

• Review of Unix as an OS

• Unix Architecture and Internals

• review of Unix Editor Based Commands and

  Shell Script
• Awk Programming

• System Calls (Function Library)

• System Administration

• user Management

• Connection of Peripherals

• Regeneration of Unix Kernels

• Data Saving

• Safety Local & Global Networking

• Internet (Introduction)

Object Oriented Technology Concepts (Elective)

• Overview of Object Oriented Concepts

• Object Oriented Design

• Object Related Language C++/Smaltalk etc.

• Object Oriented Programming

• Object Oriented Database

• Distributed Object Oriented Systems-CORBA

Software Project Management (Elective)

• Software Engineering problems

• Software Evolution

• Technical Communications

• Software Configuration Management

• Software Quality Assurance

• Software Project Organisational and Management Issues

• Software Project Economics

• ISO-9000/SEI-CM

  M

Compiler Design (elective)

• Introduction to compiling and one pass compiler

• Finite Automata & Lexical Analysis

• Syntax Analysis & Parsing Techniques

• Automatic Construction of Efficient Parsers

• Syntax Directed Translation

• Run Time Environment

• Intermediate Code Generation

• Error Detection and Recovery

• Code optimization

• Code Generation

Modelling and Simulation (Elective)

• Introduction and Motivation
• System Dynamics
• Generation of Random Numbers & their Applications
• Discrete System Simulation & Model Validation
• Design of Simulation Experiments & Output Analysis
• Languages for Discrete System Sumulation
• Queueing Theory and Simulation

Parallel Architecture and Parallel Computing (Elective)

• Introduction and classification of parallel computer
• Pipelined and vector processors
• SIMD or Array Processors
• MIMD and Multi Processor System
• PRAM Model of Parallel Computing and Basic Algorithms
• Parallel Algorithms for Multi Processor Systems
• Parallel Algorithms for SIMD and Multi Processor System

Project Work

• Class Projects
• Software Engineering problems
• Final `B' Level Project: `B' Level Project would be approxmately of 500 man hours and carries a total of 300 marks (80% for the project evaluation and 20% for viva - voce). The project synopsis has to be approved by DOEACC before starting the project. Project can be taken up after clearing 20 papers and appearing in remaining 5 papers. The project is to be done under a supervisor/guide.

Note:

Electives will be offered as per the schedule of the institute and will be at the discretion of the management.