About the course
M.Tech Power Electronics Engineering is a specialized postgraduate program designed to provide advanced knowledge and skills in the field of power electronics, control systems, and electrical engineering.
The program covers various aspects of power conversion, power distribution, renewable energy systems, and modern technologies such as smart grids and electric vehicles (EVs).<
The course typically spans 2 years and includes both theoretical learning and practical training (through lab work, projects, and research).
Eligibility
- Educational Qualification: A candidate must have a Bachelor’s degree (B.Tech/B.E.) in Electrical Engineering, Electronics and Communication Engineering, Instrumentation, or a related field.
- Minimum Marks: Generally, a minimum of 55-60% marks in the undergraduate degree is required.
- Entrance Exam: Admission is based on the candidate’s performance in national or state-level entrance exams such as:
- GATE (Graduate Aptitude Test in Engineering)
- University-specific exams (for some institutions)
Why to study ME/MTech Power Electronics Engineering?
- Growing Industry Demand: With the rapid shift towards renewable energy sources, electric vehicles, and automation, the demand for professionals in power electronics is increasing.
- Advanced Knowledge: The course provides specialized knowledge in areas like power conversion, control systems, and integration of renewable energy, offering opportunities for innovation.
- Research Opportunities: The program often offers opportunities for research in areas like smart grids, energy storage systems, and electric vehicles, providing avenues for those interested in academics or R&D.
- Cutting-edge Technologies: You get hands-on experience with the latest technologies in power systems, electronics, and control, making you industry-ready.
Scope of ME/Mtech Power Electronics Engineering
- Energy Sector: Power electronics plays a critical role in optimizing the generation, transmission, and distribution of electrical power, especially with renewable energy integration (solar, wind).
- Automotive Industry: With the growth of electric vehicles (EVs), power electronics is essential for designing efficient powertrains, battery management systems, and charging systems.
- Consumer Electronics: Power supply systems and inverters used in household appliances and electronic gadgets are heavily influenced by power electronics.
- Renewable Energy: The integration of power electronics with solar power, wind power, and energy storage systems is driving sustainable energy solutions globally.
- Research & Development: Opportunities to work in cutting-edge research in the development of power-efficient devices, smart grids, and energy-saving systems.
Top 10 colleges in India
| S.NO | NAME OF THE COLLEGE | AVERAGE PACKAGE | NO OF SEATS | PLACE |
|---|---|---|---|---|
| 1 | Dr.Ambedkar Institute of Technology | Rs.7 lakhs avg | 18 | Bengaluru,Karnataka |
| 2 | Indian Institute of Technology BHU | Rs.18lakhs-Rs.25Lakhs avg | 10 | Varanasi,Uttar Pradesh |
| 3 | Sam Higginbottom University of Agriculture Technology and a Sciences(SHUATS) | Rs.4.5Lakhs-Rs.5.5 avg | 20 | Allahabad,Uttar Pradesh |
| 4 | Harcourt Butler Technical University(HBTU) | Rs.9.3 lakhs avg | 30 | Kanpur,Uttar Pradesh |
| 5 | National Institute of Technology,Trichy | Rs.10 lakhs avg | 35 | Trichy,Tamil Nadu |
| 6 | National Institute of Technology,Calicut | Rs.13.9 lakhs avg | 25 | calicut,Kerala |
| 7 | National Institute of Technology,Jamshedpur | Rs.14.7lakhs avg | 20 | Jamshedpur,Jharkhand |
| 8 | Motilal Nehru National Institute of technology | Rs.6.1Lakhs avg | 25 | Allahabad,Uttar Pradesh |
| 9 | Malaviya National Institute of Technology | Rs.8.4 lakhs avg | 25 | Jaipur ,Rajasthan |
| 10 | National Institute of Technology,Puducherry | Rs.8.42 lakhs avg | 10 | Puducherry |
Syllabus of the Course
YEAR 1
| SEM 1 | SEM 2 |
|---|---|
| Applied Mathematics | Advanced Power Electronics Circuits |
| Power Electronics Circuits | Distributed Energy Systems |
| Distributed Energy Systems | Power Quality |
| Electric drives | Elective I |
| Seminar I | Seminar II |
YEAR 2
| SEM 3 | SEM 4 |
|---|---|
| Energy Management in Electrical System | Power Electronic Converters For Distributed Energy and EV applications |
| Solar PhotovoltaicSystems | Elective III |
| Power Electronics Applications to Modern Power Systems | Elective IV |
| Elective II | Project – Preliminary Evaluation |
YEAR 3
| SEM 5 | SEM 6 |
|---|---|
| Project-Progress Evaluation | Project-Dissertation Evaluation &Viva Voce |
Elective Papers
| Elective1 | Elective 2 |
|---|---|
| A Digital Signal Processing | Statistical Methods for Engineers |
| Special Electric Machines & Control | Process Control & Automation |
| Modern Communication Engineering | Dynamics of Electric Machines |
| FPGA based system design | Reliability |
Elective Papers
| Elective3 | Elective 4 |
|---|---|
| Research Methodology | Smart Grid Technologies & Applications |
| Soft computing | Hybrid & Electric vehicle |
| Digital Simulation of Power electronic Systems | SCADA Systems & Applications |
| Industrial Instrumentation | Digital Control System |
Fees Structure
| TYPE OF QUOTA | AVERAGE FEES PER YEAR |
|---|---|
| Government Quota | 50,000 to 2 lakhs per year approx |
| Management Quota | 1.5 lakhs to 4 lakhs per year approx |
Job Roles
- Energy Systems Engineer: Working with renewable energy systems and power generation.
- R&D Engineer: Conducting research and developing new technologies in power systems and electronics.
- Project Manager: Leading projects involving power electronics systems for energy solutions or infrastructure.
- Electrical Systems Analyst: Analyzing and optimizing the performance of power systems in various industries.