M.Tech Thermal Power Engineering course in distance education is a two years postgraduate program. This course deals with the planning and designing of heating and cooling systems, as well as with the maintenance of these heating and cooling systems. In particular, M.Tech Thermal Power Engineering focuses on advanced level-concepts of energy efficiency, renewable energy & environmental preservation.
Any graduates from recognized universities with a minimum of 50 % of aggregate marks are eligible to pursue M.Tech. Thermal Power Engineering in distance education. Sree Pashmi Institute of Management and Science offers M.Tech Thermal Power Engineering courses in distance and online mode at Coimbatore.
Pursuing an M.Tech Thermal Power Engineering course at Sree pashmi institute of management and science leads to saving both money and time and upgrading your knowledge as well. In fact, many students have benefited from this distance mode of education. M.Tech Thermal Power Engineering course in distance education mode helped many students upgrade their careers without affecting their job.
After successfully completing M.Tech in Thermal Power Engineering leads to tremendous career opportunities in various sectors. Mostly, they work in the automotive manufacturing industry, commercial construction, Heating Ventilation, and Cooling industry, Engineering Equipment Industries, Nuclear Power Stations, Pollution Control Agencies, Space Research Organizations, Oil Exploration and Refining, Thermal Power Stations, Energy Conservation Department, etc.
Furthermore, the M.Tech Thermal Power Engineering jobs include Senior Thermal Engineer, Thermal Engineer, Design Engineer, Project Engineer, Assistant Professor, Research & Development Manager, Technical Specialist, Engineering Group Manager, etc. Apart from that, the M.Tech Thermal Power Engineering jobs bring you a lifetime tension-free job.
The core subjects of M.Tech Thermal Power Engineering mainly focus on the following topics such as Fluid Mechanics of Turbomachines, Fuels, Combustion and Emission Control, Instrumentation, Advanced Fluid Mechanics, etc.