M.Tech (Thermal Engineering)

Master of Technology in Thermal Engineering

M.Tech (Thermal Engineering) or Master of Technology in Thermal Engineering is a Post-Graduate Thermal Engineering course. The Master of Technology in Thermal Engineering course focuses on the main lines of Thermal and Energetic Engineering: energy efficiency, renewable energy, and environmental preservation through knowledge of classical energy technologies as well as recent renewable energy technologies, as well as energy efficiency and energy saving policies and means, environmental legislation, and energy economy.

An ideal cooling design delivers the appropriate junction temperatures while being small, low-cost, and versatile enough to integrate into system designs. Thermal engineers are concerned with all aspects of heat creation and removal in an electrical system. Mechanical and chemical engineers can also undertake thermal engineering.

Some of the M.Tech (Thermal Engineering) Specialization

M.Tech (Thermal Engineering) Eligibility

• The students must have passed their Graduation degrees such as a B.E / B.Tech or equivalent qualification from a recognized University.
• The candidates should have secured at least 50% aggregate marks or equivalent CGPA in their Bachelor's.
• Some reputed colleges and universities conduct an entrance examination for admission.

M.Tech (Thermal Engineering) Syllabus

Syllabus of Thermal Engineering as prescribed by various Universities and Colleges.

M.Tech (Thermal Engineering) Colleges

• National Institute of Technology - NIT Silchar, Silchar
• National Institute of Technology - NIT Hamirpur, Hamirpur
• Sri Satya Sai Institute of Science and Technology, Sehore
• National Institute of Technology - NIT Calicut, Calicut

M.Tech (Thermal Engineering) Course Suitability

• This program is designed for engineering and science graduates, as well as engineering professionals, who want to improve their knowledge of engineering thermodynamics, fluid mechanics, and heat transfer, as well as expand their analytical skills.
• Those who desire to learn the theory and practice of a wide variety of industrially important issues in the domains of thermodynamics and fluid mechanics are ideal candidates.
• They should be proficient in natural science and mathematics, which is also required for anyone aspiring to be a thermal engineer.
• Applicants should have a strong mathematical aptitude and the ability to solve complicated issues and formulae employed in the field.

How is the M.Tech (Thermal Engineering) Course Beneficial?

• It is specially intended to fulfill the demands of current engineers in business as well as research and education institutions.
• The course also serves as an excellent foundation for additional studies such as a Ph.D.
• They can also serve as independent consultants or as permanent members of an engineering/technical department as part of an engineering team.
• Candidates with a degree are usually employed in manufacturing enterprises, but they can also pursue management and executive roles in the public and private sectors.
• Professionals in this field may also choose to teach at universities and colleges.
• Thermal engineers can find work in both the commercial and public sectors, and their work varies by industry and function. Thermal engineers are needed in the defense and railway industries to help with the maintenance and design of their apparatus.

M.Tech (Thermal Engineering) Employment Areas

• Academic Institutions
• TATA Motors Ltd. / Mahindra & Mahindra Ltd. / Maruthi Suzuki Motors Ltd.
• Vestas and Visteon / Hyundai Motors Ltd. / Ashok Leyland / TCS Ltd. / Hindustan Motors

M.Tech (Thermal Engineering) Job Types

• Field Service Engineer / Mechanical Engineer / Maintenance Engineer
• Independent Consultant
• Lecturer / Professor
• Plant Chemist
• Piping Designer
• Project Manager
• Researcher
• Trainee Planner / Graduate Trainee

Advanced Course in M.Tech (Thermal Engineering)

• Ph.D. (Thermal Engineering)