Approved By: UGC NAAC
Duration: 4 Years |
Eligibility: 10+2 or Equivalent |
Course Duration: Four Year
Course Eligibility: 10+2 or equivalent with at least 50% marks.
Admission Criteria: Merit in qualifying examination, subject to eligibility criteria.
Entrance/Eligibility Test: As per University Rules
Course Syllabus
Semester I |
English Communication Skills |
Engineering Mathematics – I |
Engineering Physics – I |
Engineering Chemistry – I |
Electrical & Electronics Engineering |
Workshop Practice |
Engineering Drawing |
Semester II |
Professional Communication Skills |
Engineering Mathematics – II |
Engineering Physics – II |
Engineering Chemistry – II |
Environmental Studies |
Engineering Mechanics |
Computer Programming |
Semester III |
Data Structures |
Object Oriented Programming |
Electronic Device & Circuits |
Principles of Programming Languages |
Engineering Mathematics – III |
Principles of Management for Engineers |
Semester IV |
Digital Electronics |
Discrete Structure |
Foundations of Computer Graphics |
Database Management Systems |
Numerical & Statistical Methods |
Computer Architecture & Organization |
Semester V |
Operating System |
Computer Networks |
Theory of Computation |
Web Technologies |
Optimization Techniques |
Elective – I |
Practice School – I |
Semester VI |
Distributed Systems |
Design & Analysis of Algorithms |
Compiler Design |
Software Engineering |
Information Security |
Elective – II |
Semester VII |
Data Warehousing & Data Mining |
Mobile Computing |
Artificial Intelligence |
Principles of Economics |
Elective – III |
Elective – IV |
Seminar |
List of Elective Courses |
Elective - I |
Management Information System/Information Technology & Project Management/Data Compression & Encryption/Graph Theory |
Elective – II |
Microprocessors & Interfacing/Soft Computing/Modeling & Simulation technologies |
Elective – III/IV |
Digital Image Processing/Cyber Laws & IPR/Object Oriented Analysis and Design/Network Management/Wireless Networks/Real Time Systems/Parallel Processing/Information Theory & Coding |