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M.E. in Power System Engineering is a full-time 2 year post-graduate program in Power System Engineering. The eligibility of which is holding a qualifying degree in B.Tech or B.E with a minimum aggregate of 55% marks and above.

Some of the top colleges who offer the program of M.E in Power System Engineering are as follows:

  • Birla Institute of Technology and Science (BITS Pilani) - Rajasthan
  • Sardar Vallabhbhai Patel
  • Anna University - Chennai
  • Jadavpur University – West Bengal
  •  Kamaraj College of Engineering and Technology (KCET) - Chennai

The average program fee ranges between INR 1 to 9 Lacs which are subject to differ from institution to institution

Applicants are required to clear various entrance examination held at the state and national level which includes GATE, NET, etc, qualifying which the shortlisted candidates are supposed to clear the Group Discussion and Personal Interview sessions. The program provides the students a strong foundation in tackling the problems related to power generation industry as well strengthens their base in generating mathematical and computational output in view to solve the shortcoming of the industry.

The course dwells in detail into the aspects of power generation its control and management with the application of newer energy systems.Candidates who are keen on gaining an in-depth knowledge of designing and analyzing the problems related to the industry are considered suitable for the course. Those who have the skills to solve problems, get a comprehensive expertise to understand the opportunities and threats involved in the sector in improvising power related and energy-related issues can prove beneficial for the program. 

As the industry of power management and energy production is a wide field providing extensive opportunity for pupils abreast with the sector, graduates who have successfully completed their course in this program have benefit to begin their career in many private and public-sector industries. They have an opportunity in sectors of Atomic Power Plants, Natural Gas Plants, Power Corporations, Biomedical Electronics and other such. The average remuneration earned after the program is INR 3 to 9 lakhs.

Top Colleges for Master of Engineering [ME] (Power System Engineering)

  • Master of Engineering [ME] (Power System Engineering) in Tamil Nadu
  • Master of Engineering [ME] (Power System Engineering) in Gujarat
  • ME/M.Tech in Delhi-NCR
  • ME/M.Tech in Maharashtra
  • ME/M.Tech in Chennai
  • ME/M.Tech in Uttar Pradesh

M.E. Power System Engineering: Course Highlights

Course levelMasters
Duration2 years
Examination TypeSemester
EligibilityBachelor’s degree in B.Tech or B.E with an aggregate of 55% marks or equivalent marks.
Admission processEntrance examination like GATE, GRE, CAT. GD/PI
Course FeeUp to 1 to 9 lakhs
Average salaryApprox. Up to 3 to 9 lakhs
Top Recruiting CompaniesAtomic Power Plants, Engineering Executive, Natural Gas Plants, Production Plants, Biomedical Electronics, Thermal Power Plants Robotics.
Job PositionsLead System Designer, Senior System Analyst, Engineering Officer, Power System Engineer.

M.E. Power System Engineering: What is it About?

M.E. in Power System Engineering course is a comprehensive course which deals with the principles of maintaining a balance between the variables of engineering. Candidates are given an in-depth knowledge of different dimensions involved in the engineering of the power system and aspects to be dealt for resolving various global and national issues related to power industry and its impact on the environment. The study not only depends on learning about the balance between generation and load or between consumption ratio to production but also enables candidates to know the ways to manage the balance using technological means.

The program uses the integrated system of power engineering in order to train students in equating balance by the use of the sophisticated technical process. Students are given a thorough understanding of different elements such as types of drives & power converters, its workings, and controls. Candidates gain a deeper understanding of the critical aspects of power systems, train them in analyzing and computing the ratio efficiently.

The program curriculum qualifies candidates through theory and lab practice along with entrusting projects which help them gain practical knowledge of transmitting power engineering, power systems and maintaining power stability. The course is a comprehensive study to disseminate the principles and concepts of power generation, transmission, distribution and electrical system operations. Candidates imbibe skills of leadership turning proficient in problem-solving earning expertise in solving power & utility-related issues to bring a balance of supply.

Graduates of the course have lucrative scope for working at corporations and government departments, biomedical firms, power plants, atomic plants, power sector corporations, various other private and public-sector companies and much more. The overall goal of the program is to adept the students in understanding and imbibing the skills of problem-solving, calculations which can draw them better scopes in the future career.

M.E. Power System Engineering: Top Colleges & Institutes

Name of InstitutionLocationAverage Course Fee (in INR)
Anna UniversityChennai92,940
Birla Institute of Technology (BITS Ranchi)Jharkhand5,35,000
B.S Abdur Rahman Crescent Engineering CollegeChennai1,00,000
Chhattisgarh Swami Vivekanand Technical UniversityChhattisgarh67,540
GKM College of Engineering and TechnologyChennai90,440
KS Rangasamy College of TechnologyNammakal1,00,000
University Visvesaraya College of Engineering (UVCE)Karnataka48,790
Jadavpur UniversityWest BengalNA
Kamaraj College of Engineering and Technology (KCET)Tamil Nadu90,440
Sardar Vallabhbhai Patel Institute of TechnologyGujarat1,18,700
Tamizhan College of Engineering and Technology (TCET)Kanyakumari1,92,000
Savitribai Phule Pune UniversityPuneNA

M.E. Power System Engineering: Eligibility

Candidates need to fulfill the following prerequisite eligibility criteria:

  1. Applicants are supposed to qualify a bachelor’s degree in B.Tech or B.E or any equivalent examination with a minimum aggregate of 55% marks and above from a recognized university.
  2. They are supposed to clear the various state and national level entrance exam.

M.E. Power System Engineering: Admission Process

Applicants who seek admission to the course are required to qualify B.Tech or B.E or any equivalent examination with an aggregate of 55% marks and above. Candidates are supposed to clear the various states and national level examinations for qualifying entry into the college. However, some colleges may hold their own entrance examinations.

Admissions to the course are done on the basis of merit list. The merit list cut-off will differ for different colleges. Applicants who have cleared the entrance tests will be further notified for Group Discussion (GD) and Personal Interview (PI) to test their credibility and subject knowledge. Computing the overall percentage obtained in the entrance test, GD/PI and degree score, the admission of candidates will be further processed.

Selection Process

The list of entrance examinations held by various reputed colleges and institutions are as follows:

  • GATE (The Graduate Aptitude Test in Engineering)
  • JMET (Joint Management Entrance Test)
  • BITS HD (Birla Institute of Technological Studies Higher Degree Admission Test)
  • NET (National Eligibility Test)

Applicants can download the forms online through official websites or through offline. All important information including admission dates, entrance exam and names of shortlisted candidates will be notified on the website and through e-mail.

M.E. Power System Engineering: Syllabus and Course Description

The curriculum of the program is covered through theory, lab practice, seminars and project work. The students are well equipped in the technologies of power generation, control as well as management using alternate and new energy resources. The program helps in designing and development of projects assisting in applying them in power sector.

The syllabus followed by universities and colleges are as follows:

Semester ISemester II
Power System Operation and ControlRestructured Power System
Applied MathematicsAnalysis and Computation of Electromagnetic Transients in Power Systems
Advanced Power System AnalysisAdvanced Power System Protection
Analysis of Electrical MachinesFlexible AC Transmission Systems
Power System Simulation LaboratoryRenewable Energy Sources
Power System DynamicsPower Electronics Applications in Power Systems
Advanced Power ElectronicsLab Practice: Advanced Power System Simulation
Seminar
Semester IIISemester IV
Digital Power Systems ProtectionProject Work Phase II
Digital Signal Processing and its Application-
Advanced Power System Dynamics-
Project Work Phase I-

**Candidates are required to choose from the electives as listed by different institutions and colleges.

M.E. Power System Engineering: Career Prospects

M.E. in Power System Engineering trains the students to identify the problems related to electrical systems, develop projects with creativity, have the ability to communicate technical project information in written and through a presentation. They are qualified to use new practice, techniques, and principles to resolve issues.

They have lucrative scope in sectors of Power Plants, Production Plants, Power Corporations, Electricity Boards, Biomedical Electronics, Hydro-Electricity Sectors and other such. They can become Lead System Designer, Engineering Executive, Sr. Engineering Manager, Power System Engineering, Senior System Analyst, Engineering Officer and so on.

Some of the jobs options which can be chosen by the graduates after the completion of the course which are as follows:

Job ProfileJob DescriptionAverage Salary (in INR) per annum
Power Systems & Control EngineerWork involves designing, drafting, testing, building and operating power systems.4 to 5 Lacs
Engineering ExecutiveWork involves interacting with managers, marketing, and production team to execute newer reforms and designs.6 to 7 Lacs
Lead System DesignerDesign and develop new methods to improve the system process and operations.5 to 6 Lacs
Sr. Engineering ManagerManaging, designing, supporting the junior staff, provide operational and support processes.10-11 Lacs
Senior System AnalystProvide support and leadership to the team members, update software to enhance the productivity of computer8 to 9 Lacs
Engineering OfficerBuilding structures, analyzing, drafting solutions, develop programs and provide support.3 to 4 Lacs
Power System EngineerWork involves drafting, designing, testing, constructing and operating power systems. Monitor the working of the systems.3 to 4 Lacs

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