M.Tech. Electrical Power System
By Jawaharlal Nehru Engineering College.
- Program: Postgraduate (PG)
- Duration: 2 Year(s)
- Intake: 18
Program Outline
Electrical Engineering Department offers Master of Technology in Electrical Power System approved by All India Council for Technical Education (AICTE). M. Tech. (Electrical Power System) program not only develops the industry needed expertise and effective academician in the chosen domain but also helps to acquire the professional attitude, effective communication skills, leadership qualities, management skills and an ability to solve social issues using Gandhian philosophy. The technical aspects are highlighted throughout the program, giving importance to multidisciplinary courses for multidimensional development of student.
In addition to core courses, student can opt for discipline specific elective subjects and open electives subjects from different institutes of the university. Program is uniquely designed to increase the employability and to prepare students to work in a multi-discipline work environment. The program gives emphasis on outcome based education, design thinking process and collaborative education component involving Guest lectures, Projects, Seminars, Internships and Activity Based Learning. After completion of this program, students will be very well suited to serve in power sector, industrial sector and service sector and government organization.
Fees Structure
| Particulars | Amount | Remarks |
|---|---|---|
| Tuition Fees | ₹150000/- | Yearly |
| Application Form & MGMU-CET | ₹2000/- | One Time |
| Examination Fees | ₹5000/- | Yearly |
| Student Activity | ₹2000/- | Yearly |
| UMIS & Student Insurance | ₹3000/- | One Time |
| Caution Money Deposit | ₹5000/- | Refundable |
| Eligibility Fees | ₹5000/- | One Time |
| Alumni Association Membership fees | ₹2000/- | One Time |
Program Outcomes
Advanced Power System Analysis
Graduates will demonstrate proficiency in analyzing and modeling complex power systems for optimal performance and reliability.
Power System Protection Expertise
Acquire expertise in designing and implementing protection schemes to safeguard power system equipment and ensure grid stability.
Renewable Energy Integration Skills
Develop skills in integrating renewable energy sources such as solar and wind into power systems, fostering sustainability and grid resilience.
Smart Grid Technologies Understanding
Gain knowledge of smart grid technologies, including advanced metering infrastructure and demand response systems, for efficient energy management.
Power Electronics Application Proficiency
Graduates will be skilled in applying power electronics devices and converters for efficient power transmission and distribution.
Energy Storage System Design
Acquire knowledge in designing and implementing energy storage systems, such as batteries and supercapacitors, to enhance grid stability and reliability.
Power System Planning and Optimization
Develop the ability to plan and optimize power systems, considering factors such as load forecasting, economic efficiency, and environmental impact.
Interdisciplinary Collaboration
Cultivate effective collaboration skills through participation in multidisciplinary projects, reflecting the interconnected nature of electrical power system engineering.
Eligibility
1.Maharashtra State Candidate
(i)The Candidate should be an Indian National and having domicile of Maharashtra state and / or born in Maharashtra state.
(ii) Passed Bachelor Degree in the relevant field of Engineering and Technology from All India Council for Technical Education or Central or State Government approved institutions (or equivalent) with at least 50% marks (at least 45% marks in case of candidates of Backward class categories and persons with disability belonging to Maharashtra State only).
(iii) Obtained Non-Zero Positive Score in Graduates Aptitude Test in Engineering (GATE) conducted by Indian Institute of Technology.
(iv) In case of unavailability of GATE candidates, the vacant seat will be offered to the non-GATE candidates, as per merit, based on the marks secured in MGMU-CET 2026 (M.Tech.)/ PERA-CET 2026.
(v) For sponsored candidates, minimum of two years of full-time work experience in a registered firm /company /industry /educational and/ or research institute/any Government Department or Government Autonomous Organization in the relevant field in which admission is being sought.
Note:
1. Candidates who have appeared in GATE before 2026 and having score which is valid for AY 2026-27 (as mentioned on the scorecard) are eligible for admission.
2. Candidates who have appeared GATE in 2026 with non-zero score shall be considered on the basis of Marks obtained.
3. Preference shall be given to the Valid Score candidates over not valid score.
2. All India Candidate
(i) The Candidate should be an Indian National.
(ii) Passed Bachelor Degree in the relevant field of Engineering and Technology from All India Council for Technical Education or Central or State Government approved institutions (or equivalent) with at least 50% marks (at least 45% marks in case of candidates of Backward class categories and persons with disability belonging to Maharashtra State only).
(iii) Obtained Non-Zero Positive Score in Graduates Aptitude Test in Engineering (GATE) conducted by Indian Institute of Technology.
(iv) In case of unavailability of GATE candidates, the vacant seat will be offered to the non-GATE candidates, as per merit, based on the marks secured in MGMU-CET 2026 (M.Tech.).
(v) For sponsored candidates, minimum of two years of full-time work experience in a registered firm /company /industry /educational and/ or research institute/any Government Department or Government Autonomous Organization in the relevant field in which admission is being sought.
Note:
1. Candidates who have appeared in GATE before 2026 and having score which is valid for AY 2026-27 (as mentioned on the scorecard) are eligible for admission.
2. Candidates who have appeared GATE in 2026 with non-zero score shall be considered on the basis of Marks obtained.
3. Preference shall be given to the Valid Score candidates over not valid score.
3. NRI* Candidate
Passed Bachelor Degree in the relevant field of Engineering and Technology from All India Council for Technical Education or Central or State Government approved institutions (or equivalent) with at least 50% marks in aggregate or its equivalent.
Admission Procedure
Step
1
Register on admissions.mgmu.ac.in
Step
2
Fill Application Form
Step
3
Receive entrance test link for MGMU CET (Date will reflect on Student Dashboard / Website)
Step
4
Appear for MGMU CET
Step
5
Check Merit List on Dashboard
Step
6
Verification and Submission of Documents
Step
7
Fees Payment
Step
8
Welcome to MGMU
Teaching Faculty
| Faculty Name | Designation |
|---|---|
| Dr. Syed A Naveed | Professor and HoD |
| Mr. B. T. Deshmukh | Assistant Professor |
| Dr. B A Patil | Associate Professor |
| Ms. Anjali V. Naik | Associate Professor |
| Mr. Naqvi Syed S. Hussain | Assistant Professor |
| Mr. Jitendra R. Rana | Assistant Professor |
| Mr. Suhas D. Jawale | Assistant Professor |
| Mr. C. B. Ingole | Assistant Professor |
| Mr. Ganesh D Shingade | Assistant Professor |
| Mr. Vishal V Ghatge | Assistant Professor |
Department Infrastructure
A.C. Machine Lab
This lab facilitates experiments on AC electrical machines like Slip-Ring and Squirrel Cage Induction motors, along with Alternator setups. Students can conduct tests to measure efficiency, torque, speed, and losses.
D.C. Machines & Drives Lab
This lab focuses on DC machines, generators, and drives, featuring Series and Shunt motors alongside DC generators. Students can conduct tests on these machines and perform speed-torque experiments with various DC drives to enhance their understanding of motor control.
Switch Gear & Protection Lab
The lab conducts protection experiments for alternators, transformers, and transmission lines, using specific panels for fault simulation and relay operation. It also includes demonstrations on air circuit breakers and computation of transmission line parameters.
Computer Lab – I
The computer lab, equipped with 38 latest computers and high-speed internet, facilitates virtual learning and data research for all departmental students. Preinstalled software, including Scilab, Ecad, Inventor, ETAP, and PSCAD, supports simulation and practical work in courses like Network Analysis, Numerical Methods, Programming, and Project Design.
Electrical Measurement Lab
The lab is dedicated to Electric Measurement and Instrumentation practicals for Electrical Engineering students. It features instruments like AC bridges, DC bridges, Weight measurement tools, Linear Variable Differential Transformer, and RTD measurement Potentiometer, allowing students to gain practical insights into measurement techniques.
Analog & Digital Circuit Lab
The lab serves foundation courses in basic electronics engineering, electronic devices and circuits, linear integrated circuits, and filter design. It features Analog & Digital Trainer kits, Digital storage oscilloscope, Op-amp Trainer kits, Dual power DC supply, and Digital ICs for hands-on practice in various analog and digital circuits.
Microprocessor Lab
These labs support practical courses in digital systems, microprocessors, microcontrollers, programming, and projects. They are equipped with digital electronics trainers, function and signal generators, CROs, DSOs, and Trainer kits for Microprocessor 8085 and Microcontroller 8051 studies. Additionally, computers with simulation software aid in testing microcontroller 8051 interfacing circuits.
Industrial Automation Lab
The lab is equipped with essential automation tools, including Allen Bradley, Siemens, and LG PLC trainer kits. Students engage in practical exercises, writing PLC ladder programs for various sequential tasks, troubleshooting, and executing them in real-time sessions.
Power Electronics and Drives Lab
The lab focuses on power electronics with setups for AC to DC, DC to DC, DC to AC, and AC to AC conversions. It features boards/kits and equipment like Power Oscilloscopes and DSOs, along with demonstrable motor-generator drives for practical experiments.
Computer Lab – II
The additional computer lab, featuring the latest computers and high-speed internet, facilitates virtual learning and research for all departmental students. It supports practical virtual labs and simulations for various courses, providing a resourceful environment for hands-on experiences.
Renewable Energy Sources Lab
The lab features cutting-edge Renewable Energy kits, including Solar Energy and Wind Energy kits. Students can simulate real-life renewable projects and experiment with VI characteristics, Solar tracking mechanisms, and wind energy conversion processes in detail.
High Voltage Engineering Lab
The lab features high-voltage instruments for demonstration and experimentation. Power transformers aid in understanding their construction and operation, while AC & DC insulation testing kits facilitate testing of insulating materials for high-voltage applications. Horn gap apparatus enhances understanding of high-voltage protection systems.