M.Tech Heat Power

Master of Technology in Heat Power

M.Tech Heat Power or Master of Technology in Heat Power is a postgraduate Power System Engineering course. Heat Power Engineering is a core engineering subject. Heat energy is the basis for most power-producing and power-absorbing devices.

Participation in project design, performing events linked to testing new or non-standard heat-mass exchange equipment and its implementation, and working on standardization of engineering facilities, equipment, and materials are all aided by the Master of Technology program in Heat Power. The Heat Power course assists in the study of mechanics, materials, and energy concepts in order to build and produce various machines and devices. Manufacturing processes, Mechanical vibrations, Mechatronics, Heat and Mass Transfer, Tool Engineering and Design, Design of machine elements, Computer Integrated Manufacturing, and Robotics are among the topics covered in this degree.

M.Tech Heat Power Eligibility

• The aspiring students should have passed a BE / B.Tech degree or equivalent qualification from a recognized University.
• The candidates should have secured a minimum of 50% aggregate marks in their Bachelor's.
• Some of the very reputed universities and colleges conduct entrance examinations for admission.

M.Tech Heat Power Syllabus

Syllabus of Heat Power course as prescribed by various Universities and Colleges.

M.Tech Heat Power Colleges

• Kavi Kulguru Institute of Technology and Science- KITS, Nagpur
• Veer Surendra Sai University of Technology - University College of Engineering, Sambalpur
• CV Raman College of Engineering, Bhubaneswar

M.Tech Heat Power Course Suitability

• They should be competent to undertake research on the effects of water and fuel quality on steam-boiler operation in natural settings.
• Those who are capable of using fuel utilization techniques and fuel reprocessing products; water treatment for energy technology processes; and routine laboratory testing of various end products of solid fuel combustion are ideal candidates.
• The Master of Technology in Heat Power program is appropriate for gaining an understanding of current problem-solving approaches within the particular engineering area.
• Candidates who wish to pursue additional degrees or conduct research after completing the course are also eligible.

How is the M.Tech Heat Power Course Beneficial?

• Candidates can also find work in government agencies such as CPWD, defense, PWD, postal services, and telegraphs.
• It is advantageous to understand the operation of various types of I.C engines and their subsystems, ignition starting systems, engine friction and lubrication, various engine cooling systems, and modes of heat transfer, as well as to learn about power transmission, governance, and flywheel and conduct techno-economic analysis, provide complex grounds for taking and realizing decisions, find reserves for reducing operation cycles, and facilitate the process of preparation and implementation.
• Other industries that require mechanical engineers include electronics, chemical, power plants, steel plants, agriculture, space research institutions, car and aviation, and railways.
• They can also find work as teachers in schools, colleges, and universities.

M.Tech Heat Power Employment Areas

• Agricultural Sector
• Automobile Sector
• CPWD / PWD
• Colleges & Universities
• Defense Services
• Posts and Telegraphs
• Steel Plants / Power Plants
• Space Research Institutes

M.Tech Heat Power Job Types

• Application Engineer
• Assistant Engineer / Executive Engineer / Junior Engineer / Assistant Executive Engineer
• Heat Exchanger
• Independent Consultant
• Lecturer/Professor
• Mechanical Design Engineer
• Mechanical Engineer / Sales Engineer
• Power Plant Operator
• Researcher