M.E in Power Electronics & Drives

SEMESTER I

1 MA1605 Advanced Engineering Mathematics
for Electrical Engineers
2 EE1631 Modeling and Analysis of Electrical
Machines
Advanced Power Semiconductor
3 EE1632 Devices
4 EE1633 Analysis of Power Converters
5 EE1634 Analysis of Inverters
6 - Elective - I

SEMESTER II

1 EE1635 Computer Aided Design of
Electrical Apparatus
2 EE1636 Solid State DC Drives
3 EE1637 Solid State AC Drives
4 EE1647 Linear and Non-Linear Systems
Theory
5 - Elective - II
6 - Elective - III

SEMESTER III

1 EE1638 Embedded control of Electrical
Drives
2 - Elective - IV
3 - Elective - V
Practicals
4 EE1651 Seminar
5 EE1649 Project - ( Phase I )

SEMESTER IV

1 EE1649 Project - (Phase II)

ELECTIVE COURSES :

1 EC1603
Advanced Digital Signal
Processing
2 CS1672 Software Engineering
3 EE1640 Special Electrical Machines
4 EE1641
Computer Communication and
Networks
5 EE1643 Intelligent Control
6 EE1644 Flexible AC Transmission Systems
7 EE1645 Digital Signal Processors
High Voltage Direct Current
8 EE1646 Transmission