Electrical Power System

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About Electrical Power Systems

Electrical power systems are generally a network of electrical elements that generate, transmit and consume electrical power. Electric grids, on the other hand, are electric power systems that supply electricity to various commercial and residential areas. Devices like mobile phones, television sets, laptops etc. are powered by electric power systems to function appropriately.

Sandip University’s School of Engineering and Technology (SOET) offers M.Tech Electrical Power System Engineering to help students build a progressive career in the field. The program is designed to provide students with a thorough understanding on various topics covered under electrical power systems. Students are trained to gain hands-on skills in specialised subject-wise labs.

It is important for students pursuing M.Tech Power System Engineering programs to have a background in electrical engineering. Having the right educational background will help students understand the concepts related to electrical power systems with ease. This can lead towards building the right foundation in the field and gain competitive career opportunities in the industry through Sandip University’s annual placement drives.

Sandip University can help you become an employable professional through dedicated development of technical and soft skills related to power system engineering.

Career Opportunities in Electrical Power Systems


Power Electronics Engineer

Power electronics engineers are mainly tasked with designing, testing, creating and maintaining hardware parts related to electrical power systems.


Application Engineer

Application engineers in electrical power system organisations oversee business operations, manage staff requirements, and help staff members understand the complexity of the power systems.


Regulatory Officer

Regulatory officers in this field are expected to keep a check on the testing processes of electrical systems and products to ensure that they are safe for customer usage.


Assistant Chemist

Assistant chemists perform lab tests, conduct necessary experiments, and conduct viable research to develop electrical products that are innovative and safe to use.

StructureProgram Structure

Soft Computing Techniques Computer Aided Power System
Power System Modeling Reseach Methodology
Program Elective I Lab Practice I
List of Program Elective I
Advanced Power Electronics High Voltage Engineering
Digital Signal Processing VLSI Design
Advanced Distribution System Power System Control and Stability
Power Quality and Mitigation Techniques Program Elective II
Program Elective III Techniques Seminar I
Lab Practice II
List of Program Elective II
Industrial Automation and Control EHV-AC Transmission
Digital Image Processing Wireless Communication and Networks
List of Program Elective III
Power System Planning and Reliability Project Management
HVDC and FACTS Energy Audit and Management
Theory Paper/Practical Seminar II
Dissertation I Internship (45-60 Days in industry)
Theory Paper/Practical Seminar III
Dissertation II

Fee Structure & Eligibility

Programme Sem Year Mode Eligibility Academic Fees
Per Year (INR)
Special Fees
(Incl. Library Fee & Examination Fees)
Per Year (INR)
Fees Per Year
M.Tech (Electrical Power System) 4 2 Sem Passed Bachelor’s Degree or equivalent in the relevant field.
Obtained at least 50% marks (45% marks in case of candidates belonging to reserved category) in the qualifying Examination.
Rs. 60,000 /- Rs. 10,000 /- Rs. 70,000/-

  • Admission Form and Prospectus Rs.1000/- (One Time)
  • Caution Money Rs.1000 (Refundable)
  • Hostel Fees Rs.1,00,000/- per annum (Deposit Rs.5,000 as a caution money at the time of Admission Only on Refundable basis)
  • Transportation Fees as applicable based on Route and Pick Up Point
  • Uniform cost Rs.5500/-