Master of Technology (M.Tech.) in Thermal Engineering
Introduction of Master of Technology (M.Tech.) in Thermal Engineering
M.Tech in Thermal Engineering is a postgraduate programme in thermal engineering. The main lines of Thermal and Energetic Engineering are covered in this course: Energy efficiency, renewable energy, and environmental preservation are achieved through an understanding of traditional energy technologies as well as recent renewable energy technologies, as well as energy efficiency and energy-saving policies and methods, environmental legislation, and energy economy. In Thermal Energy Systems, Cryogenic Engineering, Refrigeration & Air Conditioning, and other sectors, the course covers real-time fluid flow and heat transfer applications.
An optimal cooling design delivers the appropriate junction temperatures while being small, inexpensive, and adaptable to system designs. In an electronics system, thermal engineers pay close attention to every aspect of heat generation and removal. Mechanical and chemical engineers can both do thermal engineering.
Eligibility for M.Tech in Thermal Engineering
Candidates with a Bachelor's degree (B.E./ B. Tech) in any of Mechanical, Automobile, or Aeronautical engineering, or a comparable discipline, and a minimum aggregate score of 55 percent are eligible to enroll for the M.Tech. Thermal Engineering programme. This % threshold, on the other hand, may differ amongst institutes.
For admission, specific reputable colleges and universities hold an entrance examination.
Benefits of Master of Technology (M.Tech.) in Thermal Engineering
- The course is planned and designed in such a way to satisfy the needs of today's engineers in the workplace and research and education institutions. The course also prepares students for additional studies, such as a Ph.D., by providing a solid foundation.
- They can also operate as consultants or freelancers, permanent employees of an engineering/technical department, and an engineering team.
- Candidates with a bachelor's degree are typically employed in manufacturing companies. But they can also pursue as Managerial and leadership qualities are required in both the public and private sectors. executive positions are available.
- Teachers in universities and colleges are another option for professionals in this field.
- Thermal engineers can work in both commercial and public sectors, and their work varies depending on the industry and purpose. Thermal engineers are needed by the defence and railway industries to aid in the maintenance and design of their machinery.
- The average yearly entry-level income for Thermal Engineers in India ranges from INR 3 to 10 Lacs, based on the candidate's experience in the profession and graduating institute.
Scope of  M.Tech in Thermal Engineering
Â
This programme is for engineers and scientists who have completed a bachelor's degree in engineering or science and engineering professionals who want to improve their knowledge of engineering thermodynamics, fluid mechanics, heat transfer, and analytical skills.
It is suitable to fit for those who want to learn the theory and practice of a wide range of industrially essential thermodynamics and fluid mechanics issues. They should have a strong background in natural science and mathematics and a desire to work as a thermal engineer.
Applicants should have a firm grasp of mathematics, which will enable them to solve complex issues and apply formulas in the field.
Career Aspects after M.Tech in Thermal Engineering
Because of the constantly developing automobile sector, M.Tech. Thermal Engineering is rapidly evolving both in India and overseas. Some of the job hiring companies where candidates can apply post completion of their degree are :Â
- TATA Motors Ltd. in their manufacturing units
- Academic Institutions like Mahindra & Mahindra Ltd.
- Suzuki Maruthi Motors Ltd.
- Vestas and Visteon are two of the most well-known brands in the world where candidates can join
- Hyundai Motor Co., Ltd. also hires such candidates
- TCS Ltd.
- Hindustan MotorsÂ
Job Prospects:
There are multiple work options, namely:
- Professor/Lecturer/Researcher
- Piping Designer
- Field Service Engineer
- Trainee Planner
- Maintenance Engineer
- Mechanical Engineer
- Plant Chemist Graduate Trainee
- Project Management by an Independent Consultant
Course Fee & Course Duration of Master of Technology (M.Tech.) in Thermal Engineering
The course fee varies from INR 3 to 5 Lakhs depending on the institution. Thermal Engineering is a two-year master's degree (postgraduate) programme organized into four semesters, each lasting six months.
Campus
Manipal
University
Manipal Institute of Technology, (MIT Karnataka)
Delivery Mode
Eligibility
B. Tech/ BE in the same stream from a recognized Institute
Duration
2 Years
Type of Course
Post Graduate
Manipal Institute of Technology, (MIT Karnataka) Highlights
| Established in | 1957 |
| University Type | Autonomous Institute |
| Recognized by | AICTE , |
| Courses | 27 |
Master of Technology (M.Tech.) in Thermal Engineering
Introduction of Master of Technology (M.Tech.) in Thermal Engineering
M.Tech in Thermal Engineering is a postgraduate programme in thermal engineering. The main lines of Thermal and Energetic Engineering are covered in this course: Energy efficiency, renewable energy, and environmental preservation are achieved through an understanding of traditional energy technologies as well as recent renewable energy technologies, as well as energy efficiency and energy-saving policies and methods, environmental legislation, and energy economy. In Thermal Energy Systems, Cryogenic Engineering, Refrigeration & Air Conditioning, and other sectors, the course covers real-time fluid flow and heat transfer applications.
An optimal cooling design delivers the appropriate junction temperatures while being small, inexpensive, and adaptable to system designs. In an electronics system, thermal engineers pay close attention to every aspect of heat generation and removal. Mechanical and chemical engineers can both do thermal engineering.
Eligibility for M.Tech in Thermal Engineering
Candidates with a Bachelor's degree (B.E./ B. Tech) in any of Mechanical, Automobile, or Aeronautical engineering, or a comparable discipline, and a minimum aggregate score of 55 percent are eligible to enroll for the M.Tech. Thermal Engineering programme. This % threshold, on the other hand, may differ amongst institutes.
For admission, specific reputable colleges and universities hold an entrance examination.
Benefits of Master of Technology (M.Tech.) in Thermal Engineering
- The course is planned and designed in such a way to satisfy the needs of today's engineers in the workplace and research and education institutions. The course also prepares students for additional studies, such as a Ph.D., by providing a solid foundation.
- They can also operate as consultants or freelancers, permanent employees of an engineering/technical department, and an engineering team.
- Candidates with a bachelor's degree are typically employed in manufacturing companies. But they can also pursue as Managerial and leadership qualities are required in both the public and private sectors. executive positions are available.
- Teachers in universities and colleges are another option for professionals in this field.
- Thermal engineers can work in both commercial and public sectors, and their work varies depending on the industry and purpose. Thermal engineers are needed by the defence and railway industries to aid in the maintenance and design of their machinery.
- The average yearly entry-level income for Thermal Engineers in India ranges from INR 3 to 10 Lacs, based on the candidate's experience in the profession and graduating institute.
Scope of  M.Tech in Thermal Engineering
Â
This programme is for engineers and scientists who have completed a bachelor's degree in engineering or science and engineering professionals who want to improve their knowledge of engineering thermodynamics, fluid mechanics, heat transfer, and analytical skills.
It is suitable to fit for those who want to learn the theory and practice of a wide range of industrially essential thermodynamics and fluid mechanics issues. They should have a strong background in natural science and mathematics and a desire to work as a thermal engineer.
Applicants should have a firm grasp of mathematics, which will enable them to solve complex issues and apply formulas in the field.
Career Aspects after M.Tech in Thermal Engineering
Because of the constantly developing automobile sector, M.Tech. Thermal Engineering is rapidly evolving both in India and overseas. Some of the job hiring companies where candidates can apply post completion of their degree are :Â
- TATA Motors Ltd. in their manufacturing units
- Academic Institutions like Mahindra & Mahindra Ltd.
- Suzuki Maruthi Motors Ltd.
- Vestas and Visteon are two of the most well-known brands in the world where candidates can join
- Hyundai Motor Co., Ltd. also hires such candidates
- TCS Ltd.
- Hindustan MotorsÂ
Job Prospects:
There are multiple work options, namely:
- Professor/Lecturer/Researcher
- Piping Designer
- Field Service Engineer
- Trainee Planner
- Maintenance Engineer
- Mechanical Engineer
- Plant Chemist Graduate Trainee
- Project Management by an Independent Consultant
Course Fee & Course Duration of Master of Technology (M.Tech.) in Thermal Engineering
The course fee varies from INR 3 to 5 Lakhs depending on the institution. Thermal Engineering is a two-year master's degree (postgraduate) programme organized into four semesters, each lasting six months.
Campus
Manipal
University
Manipal Institute of Technology, (MIT Karnataka)
Delivery Mode
Eligibility
B. Tech/ BE in the same stream from a recognized Institute
Duration
2 Years
Type of Course
Post Graduate
Manipal Institute of Technology, (MIT Karnataka) Highlights
| Established in | 1957 |
| University Type | Autonomous Institute |
| Recognized by | AICTE , |
| Courses | 27 |
Syllabus of M.Tech in Thermal Engineering
Year 1
| S.No | Subjects |
| 1 | Advanced Fluid Mechanics |
| 2 | Experimental Methods in Thermal Engineering                   |
| 3 | Advanced Heat and Mass Transfer |
| 4 | Advanced Thermodynamics |
| 5 | Advanced Power Generation Systems |
| 6 | Lattice Boltzmann method |
| 7 | Combustion |
| 8 | Micro/nano scale heat transfer |
| 9 | Project                          |
Year 2
| S.No | Subjects |
| 1 | Computational Heat Transfer                                      |
| 2    | Radiative Heat Transfer                                     |
| 3 | Convective Heat Transfer |
| 4 | Steam and Gas Turbines |
| 5 | Internship Training |
| 6 | Project |
Manipal Institute of Technology, (MIT Karnataka)
REVIEW - Manipal Institute of Technology, (MIT Karnataka)
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