Course Structure - M.Tech. (Power System and Control Automation)
SEMESTER – I

Course Code

Theory / Lab

L

P

C

13EE2101

Power Generation, Operation and Control

Syllabus

Scheme

4

-

3

13EE2102

Advanced Power System Protection

Syllabus

Scheme

4

-

3

13EE2103

Real Time Control of Power Systems

Syllabus

Scheme

4

-

3

13EE2104

Power Electronic Applications to Power Systems

Syllabus

Scheme

4

-

3

13EE2105

Distribution Automation

Syllabus

Scheme

4

-

3

 

13EE2106

13EE2107

13EE2108

Elective – I

1. Modeling & Simulation of Power Electronic Systems

2. Advanced Digital Control Systems

3. Power System Reliability

 

Syllabus

Syllabus

Syllabus

 

Scheme

Scheme

Scheme

4

-

3

13EE2109

Power System & Simulation Lab-I

Syllabus

-

3

2

TOTAL

24

3

20

         
SEMESTER – II

Course Code

Theory / Lab

L

P

C

13EE2110

Power System Control & Stability

Syllabus

Scheme

4

-

3

13EE2111

Power Quality Management

Syllabus

Scheme

4

-

3

13EE2112

Power System Optimization

Syllabus

Scheme

4

-

3

13EE2113

Soft Computing Techniques

Syllabus

Scheme

4

-

3

13EE2114

Restructured Power Systems

Syllabus

Scheme

4

-

3

 

13EE2115

13EE2116

13EE2213

Elective – II

1. Distributed Generation

2. Real Time Concepts of Embedded Systems

3. Dynamics of Electrical Machines

 

Syllabus

Syllabus

Syllabus

 

Scheme

Scheme

Scheme

4

-

3

13EE2117

Power System & Simulation Lab-II

Syllabus

-

3

2

TOTAL

24

3

20

         
SEMESTER – III

Course Code

Theory / Lab

CREDITS

13EE2118

SEMINAR

2

13EE2119

PROJECT WORK (Contd..)

-

SEMESTER – IV

Course Code

Theory / Lab

CREDITS

13EE2119

PROJECT WORK

40