The restructuring and deregulation of electric utilities together with recent progress in new and renewable energy technologies introduce unprecedented challenges and wide scope for power and energy systems research and open up new opportunities to young Power Engineers. Conventional Power system is redefined and power electronic components are incorporated along with the existing system. This includes flexible ac transmission, HVDC links embedded in the conventional ac transmission networks etc. Further, use of renewable energy such as solar and wind power, coupled with higher efficiency and conservation, will be the key factors to a sustainable world for future generations. 

M. Tech. program in Power and Energy Engineering is intended to explore the above mentioned challenges and also initiate research activities. This program provides necessary theoretical background with a good blend of applied mathematics along with in depth coverage in analysis of power and energy systems. The core courses include sustainable, economic, efficient and reliable energy conversion, generation, transmission, distribution, storage and utilization of electric energy, including application of power electronics in power system operation and control.

EligibiltyB.E./B.Tech in Electrical & Electronics Engineering with minimum 60% marks.

Duration of the Course: Two years


Semester I Semester II Semester III Semester IV
Applied Mathematics Advanced Control Systems Energy Conservation and Management Dissertation
Computer Applications in Power Systems Basic Energy Dynamics High Voltage Power Transmission  
Power Quality Power Electronic Converters Elective IV  
New and Renewable Sources of Energy Elective II Elective V  
Elective I Elective III Minor Project  
Seminar I Seminar II    
Power Systems and Power Electronics Laboratory Energy Systems Laboratory    
Cultural Education*      
Elective I Elective II Elective III Elective IV Elective V
Digital Control Systems Operation and Control of Power Systems Wind Energy Conversion Systems Energy Planning and Reliability Solar Energy Utilization
Optimization Techniques Restructured Power Systems Direct Energy Conversion Advanced Protective Relaying Materials and Devices for Energy Systems
Applied Numerical Methods Embedded Systems Energy Systems Modeling and Analysis Transient Analysis in Power Systems Nanotechnology
Soft Computing Techniques Electrical Drives and Control Nuclear Energy Power System Stability Cryogenic Engineering


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