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Master of Technology [M.Tech] (Power System Engineering)




    2 YEARS




    Post Graduation

Master of Technology (M. Tech) in Power Systems Engineering Colleges, Syllabus and Jobs

M. Tech in Power Systems Engineering is a postgraduate electrical engineering program offering advanced specialization in power systems. The program covers related specialties such as System Analysis of Power, Planning of Stability Evaluations, Forecasting and Reliability, Power Electronics and Drives, High Voltage DC Transmission, Industrial Electronics and Controls, Wind and Solar Energy Electric Conversion System etc.

M. Tech in Power Systems Engineering is a 2- year full- time course. The average fee charged in India for pursuing this Course ranges between INR 2 to 5 Lacs, varying according difference in institutes offering the course.

As a minimum criterion of eligibility, aspiring candidates need to be graduates in any science- related discipline from a recognized institute, preferably in Power System Engineering as the discipline. Additionally, candidates need to qualify the GATE as the final stage in the admission process.

The average annual salary offered in India to such postgraduates ranges between INR 3 to 6 Lacs, depending on the candidate’s expertise, skillsets and reputation of the graduating institute.

Successful postgraduates of the course are hired in positions such as Energy Manager, Electrical Engineer, Test Engineer, Power System Engineer, Manufacturing Engineer etc.

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M. Tech in Power Systems Engineering: Course Highlights

Tabulated below are some of the major highlights of the course.

Name of the CourseM-Tech in Power Systems Engineering
Course LevelPostgraduate
Duration2 Years, Full Time
Examination TypeSemester System
EligibilityGraduation Degree in Science with a minimum aggregate score of 45-50%
Admission ProcessBased on Counselling Sessions After Clearing Entrance Tests (Gate) Or Direct Admission in Some Cases
Average Course FeeINR 2 to 5 Lacs
Average Starting SalaryINR 3 to 6 Lacs

M. Tech in Power Systems Engineering: Course Duration

The course is a 2- year full-time course consisting of 4 semesters. The first 2 semesters are common between all students pursuing the course, while the end semesters are for specializing in major and minor subjects.

M. Tech in Power Systems Engineering: What is it About?

The course curriculum covers both theoretical and practical aspects of power systems such as dynamics, power system analysis, operations, control, planning, reliability and protection, and also security, power quality and power system transients. The course trains students in understanding and operation of micro- processors and micro controllers which form a crucial part of the evolving power system technology. The course familiarizes students with processes of analysing, developing, designing and evaluating high-end power systems for managing a variety of challenging projects and research work.

M. Tech in Power Systems Engineering: Who Should Opt?

Eligible candidates with a keen interest in manufacturing and designing of power systems may go for this course. Also suited for the course are students interested in research work in the discipline.

Top Institutes Offering M. Tech in Power Systems Engineering

Compiled here is a list of the top institutes in India offering the course along with their respective locations and fees charged by each.

Name of the InstituteCityAverage Annual Fees in INR
Sona College of Technology Salem2.1 Lacs
Lovely Professional UniversityJalandhar2.4 Lacs
University of Petroleum and Energy Studies Dehradun4.2 Lacs
Sir Padampat Singhania UniversityUdaipur2 Lacs
Global Technical CampusJaipur3 Lacs
K.R. Mangalam UniversityGurgaon2.7 Lacs
Shri Ramswaroop Memorial University Lucknow2 Lacs
Sharda UniversityGreater Noida2.7 Lacs
Rajasthan Institute of Engineering and TechnologyJaipur2 Lacs
Lovely Professional University Chandigarh2.4 Lacs

Eligibility for M. Tech in Power Systems Engineering

Candidates wishing to pursue the course need to have completed graduation from a recognized institute with a minimum aggregate score of 45% - 50%, preferably with Power System Engineering as the subject of specialization at the level of graduation.

Candidates waiting for their final year exam results are welcome too.

M. Tech in Power Systems Engineering: Admission Process

Eligible candidates are required to qualify the relevant entrance examination followed by a round of group discussion. Subsequently, qualifying candidates would need to go through additional rounds of personal interview as the final stage in the process of selection. The main entrance exams held in India for admission to the course is GATE (Graduate Aptitude Test in Engineering).

However, a few colleges also have their own entrance examinations and admission procedures in place for selecting and admitting candidates.

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M. Tech in Power Systems Engineering: Syllabus and Course Description

A semester- wise breakup of the course is given here:

 -Semester 1
Sl. No.Subjects
1Power System Analysis and Operation
2Electric Power Quality
3Elective I
4Elective Ii
5Elective Iii
6Power System Lab - I
7Energy Systems Lab
8Seminar - I
 -Semester 2
Sl. No.Subjects
1Power System Dynamics & Control
2Power System Protection
3HVDC And Flexible Ac Transmission Systems
4Elective Iv
5Elective V
6Power System Lab - Ii
7Seminar - II
 -Semester 3
Sl. No.Subjects
1Thesis Part I
2Research Review Paper I
 -Semester 4
Sl. No.Subjects
1Thesis Part Ii
2Research Review Paper Ii
Sl. No.Electives Subjects
1Renewable and Distributed Energy Sources
2Industrial Instrumentation
3Energy, Ecology and Environment
4High Voltage Engineering
5Advanced Power Electronics
6Energy Storage Systems
7EHV/UHV Power Transmission Engineering
8Computational Intelligence
9Statistical Signal Processing
10Mathematical Methods
Sl. No.Subjects
1Grid Integration of Renewable Energy Systems
2Smart Grid Technology
3Advanced High Voltage Engg.
4Advanced Control
5Distribution System Engineering
6Networks and Systems Security
7Advanced Digital Signal Processing
8Pattern Recognition
9Computational Electromagnetic
10Advanced Techniques in Operations Research

M. Tech in Power Systems Engineering: Internship Options

At the end of every year in summers, students pursuing the course are needed to go for summer internship programs as a basic necessity to be fulfilled for successful completion of the course and reception of degrees. The internship needs to last a minimum of 2 months and needs to be done from a reputed organization in the relevant department. Stipends offered for the internship differ according to the concerned organizations’ policies. A few of them are paid and a few are unpaid.

M. Tech in Power Systems Engineering: Career Options

Upon successful completion of the course, postgraduates interested in further studies in the discipline may go for pursuing Ph. D in the subject, and those interested in academic application of their training may go for a teaching career in universities/ colleges. Also, interested candidates may even go for pursuing a dual degree in the course.

Top Recruiting Industries:

Listed below are some of the most popular industries that hire successful postgraduate of the course.

  • Defence Sector
  • Heavy Electrical Industry
  • Automobile Industry
  • Space Technology
  • Power Sector

Listed here are some of the popular job positions offered to successful postgraduates of the discipline with the corresponding job descriptions and salaries offered.

Annual Salary Graph
Job PositionJob DescriptionAverage Annual Salary in INR
Energy ManagerResponsible for helping monitor and reduce energy usage of the organisation.6 to 6.5 Lacs
Electrical EngineerResponsible for evaluating electrical systems, products, components, and applications by designing and conducting research programs; applying knowledge of electricity and materials, approving systems’ and components' capabilities by designing testing methods, testing properties.3.5 to 4 Lacs
Test EngineerResponsible for fully testing the product or system to ensure it functions properly and meets the intended business needs. Job responsibilities include testing all aspects of the product/system such as function/component, system, performance, regression and service.4.5 to 5 Lacs
Power System EngineerResponsible for performing complex power system analyses, such as protective coordination, fault studies, load flows, service reliability, load forecasts, power quality, voltage stability, system expansion studies, and market operations. Also responsible for preparing and reviewing standards, equipment specifications, design procedures, and test procedures, developing and preparing engineering designs, drawings, circuit maps, control diagrams, charts, databases, plans, and other documents for transmission and distribution systems, generation and substation facilities, market operation and settlement systems etc. They also provide technical expertise in materials, design, welding, equipment standards, relay coordination, technology and other areas related to the utility industry.5 to 5.5 Lacs
Manufacturing EngineerResponsible for evaluating manufacturing processes by designing and conducting research programs, applying knowledge of product design, fabrication, assembly, tooling, and materials, co- ordinating with equipment vendors, soliciting observations from operators.4.9 to 5.4 Lacs
Verification EngineerResponsible for usually working as part of a team, demonstrating strong communication skills, proficiency in analytical reasoning, and proficiency in troubleshooting solutions to complex problems.4.5 to  5.2 Lacs
AnalystResponsible for supporting clients and projects in the commercial advisory services- transmission team, contribute to and helping manage the development of innovative, accurate, timely, and high quality products and services, typically working on multiple projects and with all levels of staff.4 to 4.88 Lacs