M.Tech. Power electronics and drives Overview

M.Tech. Power Electronics and Drives is a postgraduate program that focuses on the principles and applications of power electronics and electric drives. The program includes topics like power electronics devices and circuits, power semiconductor devices, control of electric drives, and advanced power electronics systems.

M. Tech (Masters of Technology) in Power Electronics and Drives is a 2-Year post-graduation course. It is divided into 4 semesters of six months each. The course also covers advanced topics in microprocessors and microcontrollers which are very much needed for today's Power Electronics engineer.

Here are some of the highlights of the M.Tech. Power Electronics and Drives program

M.Tech. Power electronics and drives Entrance Exam

Most institutes offering M.Tech. Power Electronics and Drives program conduct their own entrance exam. Some of the popular entrance exams for this program include GATE, AP PGECET, and TS PGECET.

M.Tech. Power electronics and drives Admission Process

To be eligible for admission to the M.Tech. Power Electronics and Drives program, candidates should have a Bachelor's degree in Electrical Engineering or Electronics and Communication Engineering from a recognized institute. They should also have a valid GATE score or qualify in the entrance exam conducted by the institute.

The applicants have to qualify for the esteemed GATE Entrance Exam and score well above the cut-off score. The applicants also have to qualify for the entrance exams which are conducted by the Individual University/Colleges per the admission procedure. 

M.Tech. Power electronics and drives Eligibility Criteria

The eligibility criteria for M.Tech. in Power Electronics aspirants is not complicated and is as follows.

The applicants should have a Bachelor's degree in Power Electronics & Drive with a minimum of 50% in the corresponding courses as per the eligibility criteria.

The applicants should have a BE / B.Tech in electronics, electrical, or related engineering fields.

Candidates should need to score on the entrance test.

M.Tech. Power electronics and drives Duration

The duration of the M.Tech. Power Electronics and Drives program is typically 2 years.

M.Tech. Power electronics and drives Selection Criteria

The selection of candidates for the M.Tech. Power Electronics and Drives program is based on their performance in the entrance exam and/or their GATE score.

Interview (if applicable): Shortlisted candidates may be called for an interview as part of the selection process. The interview panel may assess the applicant's technical knowledge, problem-solving abilities, communication skills, and suitability for the program.

Research Experience and Publications: Applicants with research experience, publications in relevant journals or conferences, or involvement in projects related to power electronics and drives may have an advantage in the selection process.

Diversity and Extracurricular Activities: Institutions may also consider factors such as diversity (gender, geographical background, etc.) and participation in extracurricular activities or community service when evaluating applicants.

M.Tech. Power electronics and drives How to Apply

Candidates can apply for the M.Tech. Power Electronics and Drives program by filling out the application form on the website of the institute offering the program. They will need to upload their academic transcripts, GATE scorecard (if applicable), and other relevant documents.

India Institute of Technology, Varanasi, Indian Institute of Technology, Dhanbad, National Institute of Technology, Calicut are some of the colleges that are good in rank. The admission to the college is based on the entrance test. The applicants have to qualify for the esteemed GATE Entrance Exam and score well above the Cut-off score.

Be aware of all dates and deadlines. Examination application dates, exam dates, etc. are changed and advertised in all major newspapers.

Admission to the course (M.Tech) in India is made based on the candidate’s performance in a relevant written test and/or a round of Personal Interview and/or performance in a relevant qualifying examination. Candidates are shortlisted based on both academic record and performance in a relevant nation-wide Entrance Exam.

M.Tech. Power electronics and drives Application Fee

The application fee for the M.Tech. Power Electronics and Drives program varies from institute to institute.

M.Tech. Power electronics and drives Syllabus

The syllabus for the M.Tech. Power Electronics and Drives program typically includes subjects like power electronics devices and circuits, control of electric drives, renewable energy sources, and advanced power electronics systems.

Subjects of Study

Power Electronic Converters and Machine Drives

Machine Analysis

Elective I

Elective II

Elective III

Power Electronics and Machine Lab.

Seminar I

Advanced Machine Drives

Advanced Power Electronic Converters

Elective IV

Elective V

Elective VI

Machine Drives Lab.

Seminar II

Comprehensive Viva Voce

Thesis (Part I)

Thesis (Part II)

M.Tech. Power electronics and drives Salary and Jobs

Graduates of the M.Tech. Power Electronics and Drives program can find employment in a variety of industries, including power generation and distribution, electric vehicle manufacturing, and renewable energy. The average salary for a Power Electronics Engineer in India is around Rs. 6-8 lakhs per annum.

M.Tech. Power Electronics and Drives Job Scopes:

• Senior Management Staff
• Power Electronics Engineer
• Assistant Engineer
• Scientist
• Lecturer
• Engineering Executive
• Researcher
• Power Electronics Design Engineer

M.Tech. Power electronics and drives Career Opportunities

Some of the career opportunities for graduates of the M.Tech. Power Electronics and Drives program include Power Electronics Engineer, Control Engineer, Research and Development Engineer, and Design Engineer. They can also pursue a career in academia and research by pursuing a PhD in the field.

M.Tech. Power Electronics and Drives is 2 year duration master degree course. During the study time candidates learn about the technology used in energy conversion, drives, industrial equipment, power systems, switching electrical machines, and applications of fast-developing electronics such as electrical machines and power systems. Successful applicant can find job in various sectors both Government and Private. The program has been designed to provide to candidates both practical and theoretical knowledge in the several techniques at work in easy-to-use tools for electrical, thermal, circuit, control, electromagnetic, electromechanical, and system design. The master degree program also involves advanced lessons in modelling, simulation, design, and synthesis of power convertor-based systems used for the conversion of electric energy.