First Year
SL N.	SUBJECT	THEORY	SESSIONAL
1.	Technical English	100	-
2.	Mathematics 1	100	-
3.	Mathematics 2	100	-
4.	Physics	100	50
5.	Chemistry	100	50
6.	Engineering Mechanics	100	50
7.	Engineering Drawing	100	100
8.	Basic Electrical Engineering	100	50
9.	Workshop	-	100
-	Total	800	400

	Second Year
SL N.	SUBJECT	THEORY	SESSIONAL
1.	Mathematics 3	100	-
2.	Computational Technique	100	50
3.	Mechanics of Solids 1	100	50
4.	Electrical Machine 1	100	100
5.	Thermodynamics	100	-
6.	Basic Electronics	100	100
7.	Network Theory	100	50
8.	Digital Electronics	100	-
9.	Workshop 2	-	100
Total	-	800	400

	Third Year
SL N.	SUBJECT	THEORY	SESSIONAL
1.	Introduction to Microprocessor	100	100
2.	Instrumention	100	50
3.	Electro-Magnetic Field Theory	100	-
4.	Analog Electronics	100	50
5.	Electrical Machine-II	100	100
6.	Power System-I	100	-
7.	Signal and Systems	100	-
8.	Elective-I	100	50
9.	Digital Electronics	-	50
Total	-	800	400

	Final Year
	SUBJECT	THEORY	SESSIONAL
1.	Engg. Economics & Management	100	-
2.	Power Elecrtonics	100	100
3.	Instrumentation-II	100	50
4.	Protection of power Apparatus & System	100	50
5.	Automatic Control System	100	50
6.	Power System-II	100	-
7.	Elective-II	100	-
8.	Elective-III	100	-
9.	Power System Design	-	50
10.	Project & Seminar	-	100
Total	-	800	400

	Electives
SL.N.	List of Electives
1.	Electromagnetic Field Theory
2.	Programming Methodology & Data Structure
3.	Computer Pro gtamming (C Language)
-	-
	List of electives II & III
1.	Compute Organisation
2.	Electric Drives and Control
3.	Programming method and Data Structure
4.	Utilization Traction
5.	Advanced Microprocessor
6.	Electrical Machine-III
7.	Computer Application in power System
8.	Communication System
9.	Active Filters
10.	Applied Digital Control System
11.	Optoelectronics
12.	Optimisation Technoques
13.	Digital Signal Processing
14.	Thyristor Applications
15.	High Voltage Engineering
16.	Power System operation and control
17.	Operational Research
18.	Non-Conventional Enerhy Sources
19.	Enterpremeurship
20.	Electrical Machine Design
21.	Computer Aided Design & Robotic
22.	Computer Fundamentals