M.E. or Master of Engineering is a postgraduate level course in the technical stream and have many variations in specialization. M.E. in Electrical engineering is to create professionals for working in industries of all types. The course is focused on creating blueprints to manage different space functions, enhancing solar cells, designing advanced microprocessors for advanced computers, electric power sources creation considering the environment, etc. Candidates also learn about designing and development of an assessment testing tool for the electrical equipment manufacturing.
Candidates willing to have a career as an entrepreneur, industrial engineer or scientific career are suitable for this course.
Candidates holding a Graduation degree in engineering, specialized in electrical engineering from a reputed institute or college are eligible for this course. The minimum qualifying marks vary from one institute to another and range from 55% to 60% for most of the institutes.
The age criteria need to be checked from the selected institute as it varies widely.
For admissions, candidates need to submit the filled application form enclosed with application fee and other required documents before the last date of submissions. It is advised opt read the prospectus and eligibility criteria carefully before submitting the application to avoid the end moment rejection of the application.
Admissions are offered through screening based on the performance in entrance test in most f the reputed institutes.
The duration of this course is 2 years or 4 semesters which includes theory, practical and short-term project.
Further Study options
After completion of this course, candidates can pursue Ph.D. in Electrical engineering. Ph.D. or Doctor of Philosophy is a research-based doctoral degree and allows the candidates to undertake their own research on the topic of their interest after approval from the supervisor.
The course initial covers basic or introductory topics like Dynamic systems and control/advanced power system analysis/ Machine modeling and Analysis, discrete control systems, power electronics devices, etc.
Then candidates learn about power set up operation and control, fast transients in power system, neural networks, and fuzzy logic, advanced power system stability, etc through this course.
Study about operation research, PLC and Microcontrollers, applications of power electronics to power systems, designing of experiments and research methodology, etc are also included in the course.
These candidates can work in Manufacturing companies, power companies, transport companies, petrochemical firms, research and development labs, etc very easily.
M.E Electrical engineering Admissions for 2019 - 2020 Academic Year
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