MTech Mechanical Engineering in Thermal Flexible Timing Work Integrated Program 2026

Blended Learning M.Tech in Thermal Engineering is crafted with flexibility where students can pursue their qualifications while being on the job. The flexible timing Integrated learning programs aim to increase the expertise of working professionals who wish to enhance their skill set in the field of thermal engineering. Some important topics during the course program include advanced thermodynamics, heat and mass transfer, computational fluid dynamics (CFD), and renewable energy systems.

Major emphasis is laid on energy conservation, energy efficiency, power plant engineering, and sustainable energy solutions. There are some skyrocketing career profiles available in various industries viz. Power generation and thermal power plants, HVAC and refrigeration industries, Renewable energy sectors (solar, wind, and geothermal), Research and development in energy efficiency and heat transfer technologies, Academia and technical consultancy industry etc.

Benefits of Flexible Timing Part-Time M.Tech in Thermal Engineering for Working Professionals

Designed for working professionals, this program allows participants to balance work and study effectively.
Classes are often scheduled during evenings or weekends, with options for or hybrid learning modes.
The curriculum integrates practical work experience with academic coursework, enabling participants to apply theoretical concepts to real-world industrial problems.
Research and project work can often be aligned with the participant’s professional responsibilities.

FEE STRUCTURE & COURSE DURATION

APPLICATION FEES

₹ 1,000 (one time)

(Non-Refundable)

SEMESTER FEES

₹ 36,000

(per semester)

EXAMINATION FEES

₹ 1,000

(per semester)

COURSE DURATION

2 Year

Why Choose M.Tech in Thermal Engineering Evening Program in India

Pursuing M.Tech evening course in Thermal Engineering through a Work Integrated Learning Program (WILP) at Mangalayatan University offers several advantages tailored to the needs of working professionals. Skill Advancement deepens understanding of thermal systems and energy management.

Career Growth opens pathways for roles like Thermal Engineer, Energy Consultant, and R&D Specialist. Flexibility allows working professionals to upskill without disrupting their careers. There are also greater chances of being placed in senior roles and attracting higher salaries in the industry. The university is committed to creating a conducive learning environment for working professionals through these programs, with more emphasis on quality education and learning, thereby fostering sustainable environmental solutions.

PROGRAMME DETAILS

Programme Features

M.Tech- Thermal Engg is a Working Professional Programï recognized by UGC.
The programme is of four semesters, with classes conducted on weekends or after business hours.
Well-organised and secure examination facility.
Lectures are delivered by faculty members and experienced industry professionals.
The Dissertation in the final semester enables students to apply concepts and techniques learnt during course work to solve current environmental problems.
The programme uses a Continuous Evaluation System that assesses the learners over convenient and regular intervals. Such a system provides timely and frequent feedback and helps busy working professionals stay on course with the programme.
Participants who complete the programme are awarded a Master’s Degree in Thermal Engineering.

Programme Structure

1st SEMESTER	2nd SEMESTER	3rd SEMESTER	4th SEMESTER
Advanced Thermodynamics	Simulation, Modelling	Departmental Elective III	DISSERTATION
Numerical Method and Computer Programming	Analysis	Departmental Elective IV
Advanced Heat and Mass Transfer	Computational Fluid	Mini Dissertation
Turbo Machines	Dynamics
Advanced Thermal	Departmental Elective-I
Engineering Lab	Departmental Elective-II
Numerical Method and	Advance Heat and mass transfer Lab
Computer Programming Lab	Advance I.C. Engine Lab