M.E (Thermal Engineering), Master of Engineering in Thermal Engineering, Syllabus, Eligibility, Duration, Degree Course

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Master of Engineering in Thermal Engineering

Duration

2 Years

Level

Post Graduation

Type

Degree

Eligibility

Graduation

M.E (Thermal Engineering) or Master of Engineering in Thermal Engineering is a Post-Graduate Thermal Engineering course. The heating or cooling of processes, equipment, or enclosed spaces is referred to as thermal engineering. Thermal Engineering is more than just a method of regulating heat and temperature rise in a computer.

Thermal Engineering necessitates that designers consider all aspects of heat creation and removal in an electrical system. The duration of the Thermal Engineering curriculum is normally two years, however, this can vary from institute to institute and certain institutes may offer it part-time. The Master of Engineering study in Thermal Engineering has a four-semester curriculum including optional electives. The Thermal Engineering program is significant and job-oriented in nature, opening up several professional opportunities for degree holders.

M.E (Thermal Engineering) Eligibility

The candidates should have completed B.E / B.Tech in (Mechanical / Production / Automation / Metallurgical / Aeronautical / Mechatronics / Marine / Industrial / Manufacturing) degree under any registered University or any other equivalent branches of engineering.
The marks of admission for this course may vary from University to University. Various colleges and universities conduct entrance exams for admission as per their rules and regulations.

M.E (Thermal Engineering) Syllabus

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

M.E (Thermal Engineering) Semester-I
Sr. No.	Subjects of Study
1	Advanced Thermodynamics
2	Computer Programming and Data Structures
3	Heat Transfer
4	Internal Combustion Engines
5	Statistical Methods and Algorithms
M.E (Thermal Engineering) Semester-II
1	Advanced Power Plant Engineering
2	Computational Methods in CAD
3	Refrigeration and Air Conditioning System Design
4	Thermal Modelling and Analysis
5	Electives-I Boundary-Layer Theory Fuels and Combustion Gas Turbines and Compressors
M.E (Thermal Engineering) Semester-III
1	Computational Fluid Dynamics
2	Electives-II Hydrodynamic Machines Renewable Energy Systems Two-Phase Flow and Heat Transfer
M.E (Thermal Engineering) Semester-IV
1	Final Thesis

M.E (Thermal Engineering) Colleges

University of Delhi - DU, Delhi
Gujarat Technological University, Ahmedabad
PDA College of Engineering, Gulbarga
Bhavan's Sardar Patel College of Engineering - SPCE, Mumbai

M.E (Thermal Engineering) Course Suitability

The Thermal Engineering course is designed for people who are interested in thermal engineering and wish to pursue a career in this field.
Those who want to teach at a higher degree level in both private and public institutions are ideal candidates.
They should be numerate and highly computer literate, with great analytical abilities, and be able to solve issues using both logic and creative/innovative techniques.

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

After finishing the Thermal Engineering degree, candidates can find employment in manufacturing organizations, as well as administrative and executive roles in the public and commercial sectors.
They can also choose to teach at universities and colleges. They are also useful in the defense and railway industries, where they are engaged to help with the maintenance and design of their machinery.
Another advantageous sector is research; here they may contribute to development and advancement.

M.E (Thermal Engineering) Employment Areas