M.E in Electrical Drive and Embedded Control(Full Time)

Semester I:

Applied Mathematics for Electrical Engineers
Analysis of Power Converters
Dynamic Modelling, Analysis and Design of DC Drives
Design of Embedded System
System Theory
Elective I

Semester II:

Computer Aided Design of Power Electronic Circuits
Dynamic Modelling, Analysis and Design of AC Drives
Special Electrical Machines
Control of Electric Drives
Elective II
Elective III

Semester III:

Elective IV
Elective V
Elective VI

Semester IV:
Project Phase II

List Of elective:

Semester I:

Electro Magnetic Field Computation and Modelling
Advanced Power Semiconductor Devices
Transducers and Measurements

Semester I:

Micro System Design
Power Quality
Micro-Controller and DSP based System Design
Flexible AC Transmission Systems
Design of Embedded Control System
Real Time Operating System

Semester III:

Applications of MEMS Technology
Power Electronics for Renewable Energy Systems
Principles of Robotics
System Identification and Adaptive Control
Soft Computing Techniques
Wind Energy Conversion Systems
Electromagnetic Interference and Electromagnetic Compatibility
Computers in Networking and Digital Control
Programming with VHDL
Ontology and Semantic Web
Human Language Technology
Information Retrieval Techniques
Statistical Natural Language Processing
Machine Learning
Natural Language Generation
Text Mining