M.E - Power Electronics and Industrial Drives
Overview:
ME Power Electronics and Drives or Master of Engineering in Power Electronics and Drives is a Post-Graduate Power Electronics course. The power electronics design suite provides easy-to-use tools for electrical, thermal, electromagnetic, electromechanical, circuit, control, and system design.
The Master of Engineering program in Power Electronics and Drives contributes to the provision of a current and dynamic course in Power Electronics and Drives and their applications. This concentration blends cutting-edge technologies with traditional ones, such as power semiconductor devices, electronics, electromagnetics, digital signal processors, control theory, EMC, and energy technology. The Power Electronics and Drives topics offer you an in-depth grasp of the technologies and scientific disciplines involved in electric energy conversion via power electronic converters and electric machines.
M.E. Power Electronics and Industrial Drives is a two-year post-graduation program that focuses on the electrical circuit concepts behind inverters and the design of power electronic solutions. The program covers topics such as:
Power electronic devices
Application
Design
Principles of operation
Microprocessors and microcontrollers
Advanced power semiconductor devices
Artificial Intelligence (AI) techniques
Fuzzy logic
Artificial neural networks
Power converters and inverters
M.E. Power Electronics and Industrial Drives Programme provides in-depth knowledge of power electronics equipment design, manufacture, control, and testing. The program aims to support higher studies in Electrical Engineering and provide quality learning in power electronic devices, circuits, and electric drives. It also aims to provide industrial exposure and equip graduates with the skills to overcome challenges and succeed in diverse careers.
Some of the Highlights of M.E Power Electronics and Industrial Drives:
| Name Of The Course | M.E Power Electronics and Industrial Drives |
| Full Form | Master of Engineering Power Electronics and Industrial Drives |
| Level | Post
Graduate |
| Duration | 2 Years |
| Examination Type | Semester System |
| Eligibility | B.E./ B.Tech |
| Admission Process | Entrance exam based/Merit-based |
| Average Course Fees | ₹ 40 K To ₹ 2.5 L |
| Average Annual Salary | ₹ 4.0 LPA To ₹ 5.0 LPA |
| Job Profiles/Roles | Assistant Engineer, Technician, Power Electronics Designer, researcher, Technical Content Developer |
| Job/Recruitment Areas | Automobile companies, Aviation company, Power industry, Railways |
Top Colleges Offering M.E. Power Electronics and Industrial Drives In India:
SSN Institutions
NIT Jamshedpur - National Institute of Technology
Christian College of Engineering and Technology (CCET), Pune
Adhiparasakthi Engineering College, Kancheepuram
AISSMS COE Pune - AISSMS College of Engineering, Pune
Dhanalakshmi Srinivasan Engineering College, Perambalur
ACCET Karaikudi - Alagappa Chettiar College of Engineering
NIT Delhi - National Institute of Technology Delhi
Amrita School of Engineering, Coimbatore
Why Study ME in Power Electronics and Industrial Drives?
ME in Power Electronics is a course dedicated to the study of semiconductor switching devices for the conversion and control of electrical power. ME in power electronics is a specialization of Electrical Engineering. There are various reasons to opt for this course.
As Power Electronics devices are being used in the power system to control the flow of electric power, Electrical engineers can learn new techniques or devices used in electrical power transfer.
Power Electronics engineers can work in the Aerospace Industry, commercial or Industrial applications, and Telecommunications, thus, there is a plethora of job opportunities for power electronics engineers.
ME Power Electronics and Drives Course Suitability
The Master of Engineering program in Power Electronics and Drives is designed to help students acquire the analytical and critical thinking skills necessary for the creation of power electronics and drives hardware and software.
Candidates must be able to design and carry out an individual project, have interpersonal, communication, and professional abilities, be familiar with power electronics or electrical machine drive systems and understand how power electronics are used in major industries such as aerospace and power supply.
How is the ME Power Electronics and Drives Course Beneficial?
The Power Electronics and Drives degree is useful for providing specialized instruction in power electronics and driving techniques since it covers crucial foundational ideas as well as modern applications and current practices.
The Master of Engineering course in Power Electronics and Drives teaches students how to design, model, simulate, and synthesize power converters.
Admission Process for M.E Power Electronics and Industrial Drives:
· The admission procedure for the ME in Power Electronics course varies from one college to another. The admission is done based on TANCET, GATE, BITS-HD, WBJEE, APGECET, TS PGECET, etc. Candidates must ensure that they meet the eligibility criteria for these exams.
· Candidates are admitted for the course with a valid GATE score. Thus, candidates with either their previous valid GATE score can apply for admission or apply for GATE.
· General candidates require at least 60% marks in their undergraduate degree or 55% for SC/ST candidates.
· Candidates that do not have valid GATE scores, will have to sit for the entrance exam conducted by the respective university. However, priority is given to candidates with a valid GATE score. The remaining vacant seats are given to candidates with non-GATE scores.
· Candidates before applying for the course must qualify for the eligibility criteria of the respective course.
· Entrance Exams that are open for registration are GATE.
· ME Power Electronics: Entrance Exams
ME Power Electronics and Drives Eligibility
· Candidates must have at least 55% marks in an Undergraduate degree.
· Candidates with either Electrical Engineering or Electrical and Electronics Engineering (EEE) can apply for this course. Candidates with other branches can check the eligibility criteria for the respective college and apply accordingly.
· Most of colleges/ universities admit candidates after qualifying exams such as GATE/TANCET or BITS-HD. Thus, candidates must qualify for these exams with a good score so that they can take up this particular course.
ME Power Electronics and Industrial Drives Employment Areas:
Aviation Industry
Automobile Sector
Civil Services
Colleges & Universities
Defense Services
Hardware Manufacturing Companies
Maintenance Sectors
Power Industry
Railways
Software Engineering Companies
ME Power Electronics and Industrial Drives Job Types:
Assistant Engineer / Engineering Executive / Senior Application Engineer / Junior Engineer
Grade-II Technician
Power Electronics Designer
Regulatory Officer
Scientist
Sales Engineer
Senior Management Staff
Trainee
Syllabus for ME Power Electronics and Industrial Drives:
The course syllabus includes the study of various power electronic devices, its application in various industries, and design and operation principles. The course also includes an end-semester project work which every candidate must opt for, to be awarded the post-graduate degree.
Semester I
Applied Mathematics
Analysis of Electrical Machines
Analysis of Power Converters
Analysis of Inverters
Electromagnetic Field Computation
Elective 1
Practical
Semester II
Solid State DC Drives
Solid State AC Drives
Special Electrical Machines
Microcontroller and DSP based system design
Elective 2
Practical
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Semester III
Elective 2
Elective 3
Project phase 1
Theory of Power electronics
Rectifier circuits
Practical
Semester IV
Elective 4
Project Phase 2
Viva-voce
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