M.E - Power Electronics

Overview :

M.E. in Power Electronics is a two-year postgraduate program in India that focuses on the Design, Operation, and Application of Power Electronic Devices. Power Electronics is a subfield of Electrical Engineering that involves the use of solid-state Electronics to control and manipulate high-power electrical energy.  M.E in Power Electronics is a course dedicated to the study of Semiconductor Switching Devices for the conversion and control of Electrical Power.

Candidates who have completed their Bachelor's degree in EEE or Electrical Engineering can pursue this specialization after their Bachelor's.  The program covers topics such as Power Systems, Renewable Systems, Electric Vehicles, and Industrial Engineering as well as Modeling, Analysis, And Control Techniques; Design of Power Circuits including Inverters, Rectifiers, and DC-DC Converters; Analysis and Design of Magnetic Components & Filters; and Characteristics of Power Semiconductor Devices.  Students learn to design Specialized Power Electronic Solutions for various industrial sectors.

An M.E degree in Power Electronics which is a specialization of Electrical Engineering, aims at providing qualified and trained engineering manpower to the industry through dissipation of knowledge and skills to the students in the form of various subjects and practical modules as a part of their post-graduation academic curriculum.

Some Highlights of  M.E  Power Electronics:

Top Colleges Offering  M.E Power Electronics in india:

• IIT Bombay
  
• IIT Delhi
  
• IIT Kharagpur
  
• Indian Institute of Technology (Indian School of Mines), Dhanbad
  
• IIT Hyderabad
  
• NIT Rourkela
  
• Adhiparasakthi Engineering College
  
• IIEST Shibpur
  
• IIT Bhubaneswar
  

Why Choose M.E Power Electronics?

There are several compelling reasons to choose an M.E. in Power Electronics course in India, some of which are:

• High Demand: Career opportunities are high in demand for M.E Power Electronics Engineers. Graduates can work in Power and Telecommunications industries, as well as in Research and Development organizations.
• Exposure to Latest Technologies: Most Colleges have Memorandums of Understanding (MoU) with reputable organizations to provide students with exposure to the latest Cutting-edge Technologies.
• Research and Publishing Opportunities: Colleges offering M.E Power Electronics are actively involved in Research and publish articles in peer-reviewed Journals and Conferences.
• Lab-based Curriculum: The Postgraduate degree programs usually include curriculum labs such as Advanced Power Electronics Lab, a PG Simulation Lab, and a Solar Energy Research Lab.
• Great Scope: There is great scope for Power Electronics as it is an important topic in Electrical Engineering with many applications, including Renewable Energy, Electric Transportation, Consumer Electronics, and Industrial Automation.
• Acquire In-depth Knowledge: This course is helpful for candidates who have a flair for Power Electronics Design and their applications. This course will teach candidates an in-depth knowledge of Power Electronics Devices along with the study of state-of-the-art technologies with conventional technologies.
• Study Modern and Conventional technologies: This course imparts in-depth knowledge of Power Electronics Devices for students along with the study of state-of-the-art technologies with conventional technologies.
• Wide Range of Topics: These courses include topics like Power Semiconductor Devices, Digital Signal Processors, Control Theory, and so on. As Power Electronics Devices are used in Power Systems, the course will teach candidates the various technologies and disciplines involved in the same.

 On the whole M.E in Power Electronics is an ideal program for those interested in a area of Electrical Engineering.  If you are looking to further your career in Power, Energy, Electronics, or Automation, this course is the right choice for you.

Admission Procedure For M.E Power Electronics :

The admission process to M.E in Power Electronics course is either common entrance test based or merit-based mechanism and involves the following:

• Candidates must qualify in the common entrance test like BITSAT HD or take admissions through commonly held entrance exams like GATE.
• Students have to apply and qualify for these exams to get admission to the course.
• Based on the results of test, a merit list of qualified candidates is prepared and they are invited for admission process by the respective university or college.
• After the admission process final allotment of seats to the candidate takes place and the candidate is asked to deposit the fee for the course and register for the respective academic year.
• The admission process is more or less be the same across all the colleges and universities that are offering this course.

Eligibility For M.E Power Electronics:

• Candidate must have passed the B.E/B. Tech or equivalent examination in Electrical and Electronics and Communication/Electronics and Telecommunication/Electronics and Instrumentation stream from a recognized State/Private/Deemed/Central University with at least 55% (Relaxable for reserved category candidates) of the marks.
• Candidates should not have any backlog or compartment in any of the subject/Subjects at the UG level that is yet to be cleared at the time of taking admissions.
• Some Colleges and Institutes have their own additional criteria which the students would have to satisfy to take admission (eg. 1 year work experience).
• Reserved category students have to present their reservation certificates issued by the competent authorities to avail the benefits applicable to them.
• Most of the institutes give admissions through Common Entrance Test (CET) (like GATE). To get admission in these institutes candidates would have to qualify for the respective entrance exam by securing minimum qualifying marks.
• The eligibility criteria mentioned above are common to most of the universities and colleges offering this course across the country.

Career Opportunities for M.E Power Electronics:

Power Electronics will get jobs in various industries like Power System Industries, Power Supply Industries, Automobiles and Aerospace. There is a huge demand for Power Electronics Engineers in the Aerospace Industry and offered good pay.  An M.E degree in Power Electronics equips graduates with advanced knowledge and specialization in their chosen Engineering fields, leading to growing career prospects further.

M.E Power Electronics graduates can find rewarding careers in Communication Systems, where they Design and Manage advanced networks for Telecom companies and Internet Service Providers; in Artificial Intelligence (AI), where they develop AI algorithms and integrate them into various applications; and in Renewable Energy, where they work on clean energy technologies like Solar and Wind Power Systems.

These postgraduates can work as Engineering Executive, Senior Management Staff, Sr. Application Engineer, Scientist in either private or public organizations. The average salary after an M.E in Power Electronics ranges from INR 3 LPA - INR 12 LPA.

It is estimated that by 2030, up to 80% of electric power worldwide will rely on Power Electronics in some capacity. This makes Power Electronics crucial for improving energy efficiency, reducing power consumption, and enabling the integration of renewable energy sources into the electrical grid.

Interestingly, MTech graduates often enjoy higher starting salaries compared to BTech graduates. Many companies also offer sponsorships or scholarships for pursuing an MTech degree. Additionally, the Indian government is promoting research and development in various engineering fields, creating opportunities for MTech graduates in research institutions.

Jobs Opportunities After M.E Power Electronics:

• Power semiconductor devices
  
• Artificial intelligence (AI) techniques
  
• Fuzzy logic
  
• Power converters and inverters
  
• Solid state ac and dc drives
  
• Computer aided design of electrical machines
  
• Wind energy conversion systems
  

Top Recruiters of M.E Power Electronics:

• Google
  
• The Boeing Company
  
• Apple
  
• General electrical
  
• Schneider Electricals
  
• Qualcomm
  
• BMW Group
  
• Shell Oil Company
  
• Bajaj Electricals
  
• Philips India
  
• TCS
  
• Hyundai Electronics
  
• LG
  
• Havells India
  
• Railways
  
• Emerson
  

Syllabus For M.E Power Electronics:

Semester I

Advanced Power Electronics
Power Electronic Converters
Control Systems for Power Electronics
Applied Mathematics for Electrical Engineering
Power Quality and Harmonics
Professional Elective I
Power Electronics Circuits Lab
Research Methodology and IPR

Semester II

Solid State Drives
Special Electrical Machines
Electrical Drives
Power System Protection
Professional Elective II
Electrical Drives Laboratory
Mini Project
Technical Seminar

Semester III

Advanced Power Electronics Applications
Renewable Energy Systems
Power Electronics for Electric Vehicles
Elective III (e.g., Advanced Control Systems, Smart Grids)
Elective IV (e.g., Electromagnetic Compatibility, MEMS Technology)
Project Work Phase I
Power Electronics Laboratory III
Technical Seminar

Semester IV

Project Work Phase II
Comprehensive Viva Voce
Industrial Training
Elective V (e.g., Flexible AC Transmission Systems, Distributed Generation)
Elective VI (e.g., Advanced Power System Analysis, High Voltage Engineering)