M.Tech Mechanical Engineering Computer Aided at MIT

Manipal

Design the future of engineering with advanced computational precision

The M.Tech. in Computer-Aided Analysis and Design (CAAD) is a two-year postgraduate programme offered by the School of Mechanical Engineering. It strengthens students' theoretical knowledge and practical skills in the core areas of mechanical design and analysis, preparing them for the evolving needs of industry and R&D organisations. The programme develops a strong foundation in mechanical design for solving complex societal and industrial problems while considering ethical, legal, and environmental aspects; provides comprehensive theoretical knowledge and hands-on experience in computer-aided modelling, analysis, and design of mechanical components and systems through a multidisciplinary approach; and fosters a research culture that encourages the publication of research articles and technical reports across multidisciplinary domains. Key features include highly qualified faculty, well-equipped laboratories, seminars and technical presentations, industrial training, guest lectures by industry and academic experts, and co-curricular activities such as paper and poster presentations.

Program Highlights

Advanced Computational Engineering Curriculum: You study numerical methods, finite element analysis, and structural mechanics to build strong expertise in engineering analysis and simulation.

State-of-the-Art Laboratory Infrastructure: You work with modern facilities for Computer-Aided Design, vibration analysis, bearing analysis, and simulation tools used across industries.

Flexible Elective Pathways: You select electives such as Biomechanics, Computational Fluid Dynamics, Machine Learning applications, rotor dynamics, and renewable energy technology to match your academic and career interests.

Industry-Aligned Academic Structure: You gain exposure through structured industrial training, real-world project assignments, and interaction with leading engineering companies.

Research and Innovation Opportunities: You participate in academic and industry-sponsored research projects and contribute to technical publications and engineering innovations.

Global Academic and Professional Exposure: You access international collaborations, student exchange programs, and global internship opportunities through university partnerships.

Lab Work

Develop skills in the CAD Lab, Design Engineering Lab, Finite Element Analysis Lab, Advanced Material Testing Lab, and Vibrations Lab for simulation, structural analysis, and system evaluation.

Practical Skills

Work on collaborative projects applying computational analysis and design techniques to real engineering challenges.

Internships

Gain industry exposure through training and internships with leading engineering companies.

Lab Work

Develop skills in the CAD Lab, Design Engineering Lab, Finite Element Analysis Lab, Advanced Material Testing Lab, and Vibrations Lab for simulation, structural analysis, and system evaluation.

Lab Work

Develop skills in the CAD Lab, Design Engineering Lab, Finite Element Analysis Lab, Advanced Material Testing Lab, and Vibrations Lab for simulation, structural analysis, and system evaluation.

Program Eligibility

Qualification

You must successfully complete BE/BTech in the relevant branch from a recognized university with a minimum of 50% aggregate marks.

If you have qualified GATE under the General Category you will be given weightage.

You must either appear for the Manipal Entrance Test (MET)/ PGCUET 2026 and get the required cut off.

*PGCUET scores will be considered only for:

M.Tech. in Chemical Engineering
M.Tech. in Civil Engineering (Construction Engineering & Management)
M.Tech. in Civil Engineering (Environmental Engineering)
M.Tech. in Mechanical Engineering (Thermal Sciences & Energy Systems)
M.Tech. in Electrical Engineering (Electric Vehicle Technology)
M.Tech. in Electrical Engineering (Power Electronics & Drives)

Scholarships

Manipal Academy of Higher Education (MAHE) Manipal awards scholarship for its Under Graduate (UG) and Post Graduate (PG) students under the following categories

Children of MAHE Alumni
Konkani Speaking Students

Degree / Marks/ Board

UG: 80% aggregate in 12th (as per admission criteria) PG: 70% aggregate in Undergraduate (UG)

Entrance Test

As applicable to the respective program

Scholarship on program fee

10% fee waiver

Scholarship on hostel fee

Not Applicable

Room type

Not Applicable

Monthly Stipend

Not Applicable

Continuation of Scholarship

The award of Fee Waiver for the subsequent years will be the same as given at the time of admission in the first year. Scholarship will be extended in the subsequent year only to those students who have cleared all subjects in the University Examinations of previous year before the due date for payment of annual program fee. Students who are promoted to next year with failures (F) / Incomplete (I) / Detention (DT) grades, will NOT be eligible for fee waiver for that academic year. Fee Waiver will be forfeited in the instances of irregularity in attendance, proven charges of indiscipline, bringing disrepute to the Department / Institution / University etc.

Withdrawal Policy

In case the candidate leaves the course before the course completion (for any reason), he / she MUST reimburse the total program fee (as per Prospectus 2025) for the years of scholarship utilized, back to MAHE Manipal.

To Know More

Program Highlights

Advanced Computational Engineering Curriculum: You study numerical methods, finite element analysis, and structural mechanics to build strong expertise in engineering analysis and simulation.

State-of-the-Art Laboratory Infrastructure: You work with modern facilities for Computer-Aided Design, vibration analysis, bearing analysis, and simulation tools used across industries.

Industry-Aligned Academic Structure: You gain exposure through structured industrial training, real-world project assignments, and interaction with leading engineering companies.

Research and Innovation Opportunities: You participate in academic and industry-sponsored research projects and contribute to technical publications and engineering innovations.

Global Academic and Professional Exposure: You access international collaborations, student exchange programs, and global internship opportunities through university partnerships.

Lab Work

Develop skills in the CAD Lab, Design Engineering Lab, Finite Element Analysis Lab, Advanced Material Testing Lab, and Vibrations Lab for simulation, structural analysis, and system evaluation.

Practical Skills

Work on collaborative projects applying computational analysis and design techniques to real engineering challenges.

Internships

Gain industry exposure through training and internships with leading engineering companies.

Lab Work

Develop skills in the CAD Lab, Design Engineering Lab, Finite Element Analysis Lab, Advanced Material Testing Lab, and Vibrations Lab for simulation, structural analysis, and system evaluation.

Lab Work

Develop skills in the CAD Lab, Design Engineering Lab, Finite Element Analysis Lab, Advanced Material Testing Lab, and Vibrations Lab for simulation, structural analysis, and system evaluation.

Program Details

Outcomes
Careers

Upon the completion of this program, you can:

Master advanced engineering analysis techniques using finite element methods, computational tools, and mechanical design principles.

Develop the ability to evaluate complex engineering systems using mathematical models, simulation software, and analytical methods.

Apply engineering knowledge to design safe, efficient, and reliable mechanical systems that meet industry standards.

Strengthen research capability, technical documentation skills, and scientific communication for engineering and academic environments.

Build the ability to work independently and contribute effectively as a member or leader in multidisciplinary engineering teams.

Evaluate environmental, industrial, and societal impact while designing engineering systems and solutions.

Admissions Path

Apply online

Submit Eligibility Documents

MET/PGCUET 2027

Provisional Admission Offer

Admission Formalities

Merit List

Merit list based on MET score or PGCUET score.

Admission Criteria

Provisional Admission is offered to shortlisted candidates based on merit and vacancy.

Merit List

Merit list based on MET score or PGCUET score.

Admission Criteria

Provisional Admission is offered to shortlisted candidates based on merit and vacancy.

Curriculum and Fees

Year 1
Year 2

Advanced Mechanics of Solids, Finite Element Methods, Numerical Methods and Computer Programming, Applied Mechanical Vibrations, and Application of Computers in Bearing Design. CAD Lab, Design Engineering Lab, Finite Element Analysis Lab, Research Methodology and Technical Communication, along with program and open electives such as Computational Fluid Dynamics and Machine Learning applications.

Program Duration

2 years

Total Program Fee

General:

INR 4,54,000

Total Program Fee

NRI/Foreign:

USD 7,100

Scholarships

Manipal Academy of Higher Education (MAHE) Manipal awards scholarship for its Under Graduate (UG) and Post Graduate (PG) students under the following categories

Children of MAHE Alumni
Konkani Speaking Students

Degree / Marks/ Board

UG: 80% aggregate in 12th (as per admission criteria) PG: 70% aggregate in Undergraduate (UG)

Entrance Test

As applicable to the respective program

Scholarship on program fee

10% fee waiver

Scholarship on hostel fee

Not Applicable

Room type

Not Applicable

Monthly Stipend

Not Applicable

Continuation of Scholarship

Withdrawal Policy

To Know More

M.Tech Mechanical Engineering Computer Aided at MIT

Design the future of engineering with advanced computational precision

Program Highlights

Upon the completion of this program, you can:

Industry and Academia Connect

Qualification

2 years

INR 4,54,000

USD 7,100

Program Highlights

Upon the completion of this program, you can:

Industry and Academia Connect

2 years

INR 4,54,000

USD 7,100