M.Tech Programme · EE3 · Electrical Engineering · IIT Bombay

Power Electronics & Power Systems

Credit Structure

Course Type	Sem 1	Sem 2	Sem 3	Sem 4	Range / Total
Core Courses	12	0	0	0	12
Elective	12	30-24	0-6	0	42
Institute Elective	0	0-6	6-0	0	6
Courses outside dept.	0	0	0	0	0
Lab Courses	0	6	0	0	6
Seminar	4	0	0	0	4
R&D Project	0	0	0	0	0
Communication (P/NP)	+6	0	0	0	6
Training (P/NP)	0	0	0	0	0
Course Total	28+6	36	6	0	70+6
Project	0	42	0	48	90
Total Credits	28+6	78	6	48	160(+6)

Total: 34 credits

Course Code	Course Name	L	T	P	C
EE653	Power Electronics 1	3	0	0	6
EE6105	Power System Modeling and Control	3	0	0	6
EE694	Seminar	—	—	—	4
EE899	Communication Skills	—	—	—	6
—	Elective 1	—	—	—	6
—	Elective 2	—	—	—	6
Total					34

Total: 78 credits

Course Code	Course Name	L	T	P	C
EE797	Project Stage 1	—	—	—	42
EE673	Power Systems and Power Electronics Laboratory	—	—	6	6
—	Elective 3	—	—	—	6
—	Elective 4	—	—	—	6
—	Elective 5	—	—	—	6
—	Elective 6	—	—	—	6
—	Elective 7 or Institute Elective	—	—	—	6
Total					78

Total: 6 credits

Course Code	Course Name	C
—	Institute Elective (if not taken in 2nd Sem) or Elective 7	6
Total		6

Total: 48 credits

Course Code	Course Name	C
EE798	Project Stage 2	48
Total		48

#	Course Code	Course Name	L	T	P	C
1	EE603	Digital Signal Processing & its Application	3	0	0	6
2	EE613	Nonlinear Dynamical Systems	3	0	0	6
3	EE622	Optimal Control Systems	3	0	0	6
4	EE635	Applied Linear Algebra	3	0	0	6
5	EE636	Matrix Computations	3	0	0	6
6	EE640	Multivariable Control Systems	3	0	0	6
7	EE651	Protection of Power Systems	3	0	0	6
8	EE654	Power Electronics 2	3	0	0	6
9	EE656	Electrical Machine Analysis & Control	3	0	0	6
10	EE657	Electric Drives 1	3	0	0	6
11	EE658	Power Systems Dynamics and Control	3	0	0	6
12	EE659	A First Course in Optimization	3	0	0	6
13	EE660	Power Electronics in Power Systems	3	0	0	6
14	EE666	High Power Semiconductor Devices	3	0	0	6
15	EE675	Microprocessor Applications in Power Electronics	2	0	2	6
16	EE686	HVDC Transmission	3	0	0	6
17	EE687	Switchgear Principles	3	0	0	6
18	EE710	Large Sparse Matrix Computations	3	0	0	6
19	EE712	Embedded System Design	3	0	0	6
20	EE713	Circuit Simulation in Power Electronics	3	0	0	6
21	EE722	Restructured Power System	3	0	0	6
22	EE725	Computational Electromagnetics	3	0	0	6
23	EE747	Simulation of Power System Transients	3	0	0	6
24	EE753	High Power Converters and Utility Applications	3	0	0	6
25	EE765	Reliability and Failure Analysis of Electronic Devices	3	0	0	6
26	EE768	Electric Distribution Systems	3	0	0	6
27	EE770	Design and Evaluation of Photovoltaic Power Plants	3	0	0	6
28	EE772	Smart Grids	3	0	0	6
29	EE791	Power Electronic Converters for Renewable Energy	3	0	0	6
30	EE6102	High-Frequency Magnetics for Power Electronics	3	0	0	6
31	EE6108	Advanced Electrical Machine Design	2	1	0	6

#	Course Code	Course Name	L	T	P	C
1	EE***	Any PG course from EE Dept.	3	0	0	6

Any PG course from EE Dept.

Notes

→ The thesis must lead to work of reputably publishable, patentable, or deployable quality.

→ Any course above 5xx level offered at IITB can be considered as an elective with faculty advisor approval.