
Strong Mechanical Foundation: Through our program, you study core mechanical subjects across design, manufacturing, thermal sciences, and fluid systems, helping you build a solid base for analysing and working with real mechanical systems.
Curricular Flexibility: Our program allows you to select electives and minor courses in areas such as Electric Vehicles, Automation, IIoT, Biomechanics, and Renewable Energy, allowing you to align your academic path with specific technical interests.
Application-Oriented Learning: Our program encourages you to work on project assignments linked to practical engineering problems so that you can apply theory to structured problem-solving and system-level thinking.
Industry Alignment: Our program connects you with industry through training modules, projects, and internships, helping you to gain exposure to current engineering practices and workplace expectations.
Global Exposure: Our program offers exchange options, international internships, and collaborative activities so that you can gain academic and professional experience beyond national boundaries.

Lab Work
Gain hands-on experience in state-of-the-art laboratories, including the Design Engineering, Fluid Machinery, Heat Engines, Thermal Engineering, Metrology, Computer-Aided Industrial Engineering, and Renewable Energy Laboratories, along with the MIT Workshop and advanced simulation facilities.
Lab Work
Gain hands-on experience in state-of-the-art laboratories, including the Design Engineering, Fluid Machinery, Heat Engines, Thermal Engineering, Metrology, Computer-Aided Industrial Engineering, and Renewable Energy Laboratories, along with the MIT Workshop and advanced simulation facilities.
Program Details
Gain command over mechanical systems, materials, manufacturing processes, thermal sciences, and fluid mechanics.
Apply mathematics, physics, and engineering principles to analyse and solve multi-variable mechanical problems.
Design, simulate, and optimise components, systems, and processes using CAD and numerical tools.
Build analytical thinking, problem-solving ability, and technical judgment across multidisciplinary contexts.
Perform effectively as an individual or team member in industrial, research, or academic settings.






Our meaningful collaborations with industry leaders and global universities enhance your career opportunities and higher education pathways.
Placements










Admissions Path
MET
Merit List weightage given to:
JEE Mains
Program Eligibility
You must have successfully completed 10+2 or equivalent from a recognized board with Physics, Mathematics, along with Chemistry, Biotechnology, Biology, or any Technical Vocational subject with a minimum aggregate of 50% marks and English as a compulsory subject.
You must have successfully completed A Levels with Physics, Mathematics, and Chemistry, Biotechnology, Biology, Computer Science, or any Technical Vocational subject with a minimum Grade D average at the A Level, English at the AS Level, or have a minimum of five passes in IGCSE, GCSE, or GCE O Level examinations, including English.
You must have successfully completed the IB Diploma or IB Certificate with English, Physics, Mathematics, and Chemistry, Biotechnology, Biology, Computer Science, or any Technical Vocational subject (preferably Mathematics and Physics at Higher Level). You must also have:
You must appear for MET 2027 and secure the required cutoff.
If you are applying through JEE Main CRL Rank, you must have:
Curriculum and Fees
Curriculum details will be updated shortly
Program Duration
Total Program Fee
General:
Total Program Fee
NRI/Foreign:
Scholarships
Manipal Academy of Higher Education (MAHE) Manipal awards scholarship for its Under Graduate (UG) and Post Graduate (PG) students under the following categories


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