M.E. is an abbreviated form and common name for Master of Engineering which is a Post Graduate course in the field of Technology and Engineering. M.E. in Power Electronics and Drives is a course which deals with designing of tools for thermal, electrical, electrochemical, electromagnetic, circuit design systems and others. Candidates get knowledge about both state-of-art technologies and conventional technologies like EMC and energy technology, Digital signal processor, power semiconductor devices, etc.
The main aim of this course is to grow analytical and critical powers requires for the development of software and hardware from power electronics and drives.
The course requires candidates holding Bachelor degree from a technological line like B.E. or B.Tech with specialization in Power Electronics and Drives or related subject. The course must be pursued from a recognized institute and candidates must have secured at least 55% marks as an aggregate to become eligible for the course.
Admissions can be availed through entrance test in most of the reputed institutes. Some institutes also conduct interviews to shortlist the deserving candidates for this course.
Submission of filled application form enclosed with all other required documents if the first step to being followed for admissions.
The duration is 2 years of this course. These 2 years are divided into 4 equal parts known as Semesters. Each semester is having 6 months duration.
Further Study options
Ph.D. in Power Electronics and Drives is the best suitable option after completion of Master of Engineering. It is a research-based course and candidates pursuing this get an opportunity to learn through their own research.
The complete syllabus of the course is divided into 4 parts and starts with basics like Applied Mathematics for electrical engineers, analysis of power converters, analysis of electrical machines, inverters, etc. Then candidates learn about modeling of electromagnetic field computation and modeling, solid state AC and DC drives, special electrical machines, DSP based system designs and other related topics. The course also includes some lab-based practical for the better understanding of subjects through hands-on practices.
Some elective subjects and a short-term project are included in the last part of the course.
These candidates are suitable for working in defense services firms, railways, power industries, civil services, automobile sector, hardware manufacturing companies, aviation industry, maintenance sector, etc.
They can also work in educational institutes for teaching purpose.
M.E Power Electronics & Drives Admissions for 2018 - 2019 Academic Year
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