M.Tech or Master of Technology is a Post Graduation level course in the field of Technology and is available in many subjects related to engineering and technology. M.E. in Energy system engineering includes study about analysis and optimizations of energy systems, different energetic components, boilers, power plants, refrigerators, heat pumps, accumulators, heat exchangers, etc. The course combines three different domains- technology, science and business to generate highly skilled professional suitable for working in different areas of any organization.
The course is beneficial as it enables the students to become a part of any industry with proper training and excellent skills required to solve energy-related issues and involve economics, social, environmental considerations.
Candidates holding graduation degree like B.E. or B.Tech in a technical field are eligible for this course. This must have been pursued from a registered institute and candidates should have secured at least 60% to be eligible.
The age criteria vary from one to another institute and need to be checked before submission of application form to avoid end moment rejection.
Candidates willing to pursue this course need to submit their application before the last date. The application must be enclosed with all the document copies required and asked in the form.
Most of the institutes take admissions through entrance tests getting conducted at national level, state level, and institute level. Candidates performing good in the same get shortlisted for admissions. Some institutes may also conduct interview sessions to validate the knowledge of selected candidates.
The duration of this course is 2 years or 4 semesters.
Further Study options
After its completion, candidates interested in pursuing higher studies can enroll for Ph.D. or Doctor of Philosophy. It is a research-based course and given an opportunity to work in the scientific world.
The course starts with general energy-related topics like Energy Scenario and energy forms, thermal utilities, fuels and combustion, thermodynamics, heat transfer systems, generation, transmission and distribution of energy, etc. Then candidates learn about thermal power generation, waste heat recovery and cogeneration, hydropower generation, energy management, green building and other related things through this course.
It also includes some seminars and a short-term project.
They can become project consultant, trainee officer, engineering project manager, senior piping engineer, networking and system engineer, design consultant, etc very easily. They can work in academic organizations, power related corporations, natural gas plants, atomic power plants, chemical plants, etc as per their choice and availability.
M.Tech Energy Systems engineering Admissions for 2019 - 2020 Academic Year
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