B.E in Electrcal and Electronics 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:
Mathematics – II
Physics – II
Solid Mechanics
Electric Circuit Analysis
Chemistry – II
Language Elective – II

Practical:
Engineering Graphics
Computer Practice – II
Electric Circuit Laboratory

Semester III:

Theory:
Mathematics - III
Material Science
Electron Devices
Fluid Mechanics
Thermodynamics
Electrical Machines – I
Electromagnetic Theory

Practical:
Electrical Machines Laboratory-I

Semester IV:

Theory:
Electronic Circuits
Communication Engineering
Electrical Machines –II
Control Systems
Network Analysis And Synthesis
Object Oriented Programming

Practical:
Electronics Laboratory
Electrical Machines Laboratory-II

Semester V:

Theory:
Measurements & Instrumentation
Power Electronics
Digital Systems
Integrated Circuits
Transmission & Distribution
Design Of Electrical Apparatus

Practical:
Control Systems Laboratory
Power Electronics Laboratory

Semester VI:

Theory:
Principles Of Management
Digital Signal Processing
Protection & Switchgear
Power System Analysis
Microprocessor & Applications
Computer Architecture

Practical:
Measurement & Instrumentation Laboratory
IC & Microprocessor Laboratory

Semester VII:

Theory:
Engineering Economics And Financial Accounting
Power System Control
Solid State Drives
High Voltage Engineering
Principles Of Environmental Science and Engineering
Professional Ethics

Practical:
Comprehension
Power System Simulation Lab.

Semester VIII:

Theory:
Total Quality Management
Elective I
Elective II

Practical:
Project Work

Elective 1 For VII Semester:
Computer Aided Design Of Electrical Apparatus.
EHV AC & DC Transmission Engineering.
Power System Operation.
Power System Transients.
Neural Networks and Application to Power Systems.
Knowledge Based System.
Intelligent Controllers.
Data Base Management Systems.
Computer Networks.
Solid State Relays.
Power Plant Instrumentation.

Elective 2 - VIII SEMESTER

Special Electrical Machines.
Power Electronic Instrumentation.
Advanced Power Electronic Systems.
Fuzzy Set Theory and Application to Power Systems.
Electric Energy Utilization And Conservation.
Advanced Control Systems.
Principles of Robotics.
Bio-Medical Instrumentation.
Micro-Controller Based System Design.
Visual Language and Its Application to Electrical Engineering.
Creativity, Innovation and New Product Development.