B.E in Computer Science and Engineering

Semester I:

Theory:
Mathematics – I
Physics – I
Chemistry – I
Engineering Mechanics
Language Elective – I

Practical:
Physics Laboratory
Chemistry Laboratory
Computer Practice – I
Workshop Practice

Semester II:

Theory:
Discrete Mathematics
Language Elective II
Mathematics II
Programming and Data Structures
Semiconductor Physics and Opto Electronics
Chemistry II

Practical:
Engineering Graphics
Programming and Data Structures Lab

Semester III:

Theory:
Database Management Systems
Digital Systems
Electrical Engineering and Control Systems
Introduction to Analysis of Algorithms
Mathematics III
System Software

Practical:
Digital Lab
System Software and DBMS Lab

Semester IV:

Theory:
Artificial Intelligence
Computer Architecture I
Electronics
Interactive Computer Graphics
Object Oriented Programming
Probability and Queueing Theory

Practical:
Electronics Lab Object Oriented Programming Lab

Semester V:

Theory:
Analog, Digital and Data Communications
Digital Signal Processing
E1*** Elective I
Microprocessors
Operating Systems
Theory of Computation

Practical:
Microprocessor Lab
Operating Systems Lab

Semester VI:

Theory:
Computer Architecture II
Computer Networks
E2*** Elective II
Engineering Economics and Financial
Accounting
Principles of Compiler Design
Software Engineering

Practical:
Compiler Lab
Network Programming Lab

Semester VII:

Theory:
Principles of Environmental Science and Engiineering
Object Oriented System Analysis and Design
Principles of Management Network protocols, Management and Security
Web Technology
Professional Ethics

Practical:
Comprehension
Internet Programming Lab
Software Systems Development Lab.

Semester VIII:

Theory:
Total Quality Management
Elective I
Elective II

Practical:
Project Work

Elective for Semester V

Numerical Methods
Neural Computing
Multimedia
Advanced Databases
Visual Programming
Advanced Java Programming

Elective For Semester VI

Advanced Operating System
Design of Algorithms
Real Time Systems
Digital Speech and Image Processing
Pattern Recognition
High Performance Microprocessors
Robotics
Graph Theory
UNIX Internals
Java Virtual Machine
C# and .NET Framework