M.Tech. in Power Electronics, Electrical Machines and Drives
Electrical Engineering, Department of
Programme Code: EEP
M. Tech.
Overall Credit Structure
Course CategoryCredits
PC (Programme Core) 51
PE (Programme Elective) 6
OE (Open Elective) 6
Total Graded Credit Requirement 63
Non-Graded Units (NGU)Units
Total Non-Graded Units 0
Programme Learning Outcomes
PLOOutcome
PLO 1 To acquire strong theoretical and applied foundation in power electronics, machines, drives, and E-mobility to analyse, optimize, as well as solve industry-driven problems in power engineering.
PLO 2 To solve the growing challenge of electrification, energy sustainability and e-mobility while working in a team or at individual level, demonstrating integrity, responsibility, and maintaining scientific thought, spirit, and thinking.
Programme Core
Course No. Course Title L T P Credits
ELD7007Cornerstone Project0063
ELD7500Summer Internship / Minor Project 0063
ELD8501Major Project Part I00126
ELD8502Major Project Part II
ELL7000Professional Ethics in Electrical Engineering1001
ELL7500Modeling and Analysis of Electrical Machines 3003
ELL7501DC-DC Converters and Line Frequency Rectifiers3024
ELL7502PWM Rectifiers and Inverters3003
ELL7503Electric Drive Systems3024
ELL7504Digital Control of Power Electronic Systems3003
ELL7505Electric Vehicle Systems 3003
ELN7001Teaching and Research Practicum 0084
ELP7500Electrical Machines Laboratory 0031.5
ELP7501Advanced Power Electronics Laboratory0031.5
ELP7503Electric Vehicle and Drives Laboratory0031.5
ELP7504Digital Control of Power Converters Lab0031.5
Programme Electives
Course No. Course Title L T P Credits
ELL7315Power Management IC Design3003
ELL7328Applied VLSI Design3003
ELL7506Switched-Mode Power Conversion3003
ELL7516Computer Aided Design of Electrical Machines3003
ELL7521Power Quality3003
ELL7600Advanced Power System Analysis and Optimization3003
ELL7601Advanced Power System Protection3003
ELL7602Power Systems Dynamics, Operation and Control3003
ELL7604Advanced Distribution System Analysis3003
ELL8521Advanced Topics in Power Electronics3003
ELP7600Advanced Power System Analysis and Optimization Lab0042
Semester-wise Schedule
Sem Courses & Baskets Hrs /
week
NGU Credits
1
ELL7501 DC-DC Converters and Line Frequency Rectifiers (3.0-0.0-2.0) 4.00
ELL7500 Modeling and Analysis of Electrical Machines (3.0-0.0-0.0) 3.00
ELL7502 PWM Rectifiers and Inverters (3.0-0.0-0.0) 3.00
ELP7500 Electrical Machines Laboratory (0.0-0.0-3.0) 1.50
ELP7501 Advanced Power Electronics Laboratory (0.0-0.0-3.0) 1.50
ELN7001 Teaching and Research Practicum (0.0-0.0-8.0) 4.00
PE 1
28 4 16
Winter
ELD7007 Cornerstone Project (0.0-0.0-6.0) 3.00
6 0 0
2
ELD7007 Cornerstone Project (0.0-0.0-6.0) 3.00
ELL7503 Electric Drive Systems (3.0-0.0-2.0) 4.00
ELL7504 Digital Control of Power Electronic Systems (3.0-0.0-0.0) 3.00
ELL7505 Electric Vehicle Systems (3.0-0.0-0.0) 3.00
ELP7503 Electric Vehicle and Drives Laboratory (0.0-0.0-3.0) 1.50
ELP7504 Digital Control of Power Converters Lab (0.0-0.0-3.0) 1.50
ELN7001 Teaching and Research Practicum (0.0-0.0-8.0) 4.00
31 4 16
Summer
Internship/Minor Project (0-0-6) 3
6 0 3
3
ELL7000 Professional Ethics in Electrical Engineering (1.0-0.0-0.0) 1.00
ELN7001 Teaching and Research Practicum (0.0-0.0-8.0) 4.00
MTech Project Part 1 (0-0-12) 6
PE 2
OE
(3-0-0) 3
27 4 13
4
ELN7001 Teaching and Research Practicum (0.0-0.0-8.0) 4.00
MTech Project Part 2 (0-0-24) 12
OE
(3-0-0) 3
35 4 15
Total 133 16 63
Notes

ELD7007 Cornerstone Project is to be initiated in the winter and will continue into semester-2. Evaluation for this is expected during semester-2.