M.Tech in Mechanical Engineering (Virtual Prototyping and Digital Manufacturing) at MIT

Manipal

Design Tomorrow's Factories, Virtually and Digitally

A four-semester, experiential learning program designed specifically for engineering professionals who want to work in sectors such as automotive, manufacturing, production, research and development, and maintenance.

You'll build advanced skills and knowledge in emerging domains like additive manufacturing (3D printing), virtual manufacturing, digital twin in manufacturing, high-precision manufacturing, flexible manufacturing systems, robotics and mechanisms, and industrial IoT. With the advent of Industry 4.0, manufacturing systems are expected to become up to 30% faster and 25% more efficient, driving mass customization to new heights. By the time you graduate, you'll have expertise in areas such as logistics and supply chain optimization, autonomous systems, additive manufacturing, and industrial IoT, enabling you to lead digital transformation across industries.

Program Highlights

Hands-On Experience: Learners gain hands-on experience through virtual simulations and remote labs, supported by tools such as DFMA, MATLAB, VCNC, and IoT-based labs.

Annual Conclave: Offers opportunities to network, share insights, and learn from leading industry professionals and academicians.

MIT Alumni Network: On successful completion, participants join the prestigious MIT Alumni community, gaining access to a global network of professionals.

Industry-Ready Skills: Equips engineering professionals with the skills required for employment in industries such as automotive, heavy engineering, equipment manufacturing, and precision engineering.

Strong Emphasis Areas: Places strong emphasis on additive manufacturing, digital manufacturing, and the application of artificial intelligence in manufacturing.

Lab Work

World-class laboratories give learning a practical dimension.

Hands on Training

Learners gain hands-on-experience through virtual stimulations and remote labs, supported by tools such as DFMA, MATLAB, VCNC and IoT based labs.

Specialized Skills

Equips students with skills required for employment in automotive industries, heavy engineering, equipment manufacturing, and precision engineering.

Lab Work

World-class laboratories give learning a practical dimension.

Lab Work

World-class laboratories give learning a practical dimension.

Program Details

Outcomes
Careers

Upon completion of this program, you can:

Develop complex parts and assemblies using precision manufacturing techniques, including metal-based additive manufacturing.

Leverage Industrial IoT to design, implement, and manage smart manufacturing systems.

Assess potential risks and recommend effective cyber security measures for digital factories.

Analyze challenges in adopting digital technologies and formulate strategies to transform them into growth opportunities.

School of Mechanical Engineering

MIT Manipal's SME unites Mechanical, Mechatronics, and Aerospace engineering since 1960, merging Industry 4.0, robotics, and exclusive CIPLA & Intel certifications for tomorrow's engineers.

Know more

School of Mechanical Engineering-391450dd.webp

Industry and Academia Connect

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

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.

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 additional weightage.

You must appear for the Manipal Entrance Test (MET)/PGCUET 2026 and obtain the required cut-off score.

Curriculum and Fees

Year 1
Year 2

First year coursework is focused on covering subjects such as CAD/CAM for Additive Manufacturing, Advanced Manufacturing Processes, Digital Product Design and Manufacturing, Digital Twin in Manufacturing, Industrial IoT and Haptics, Virtual Manufacturing and Rapid Prototyping and Finite Element Methods in Digital Manufacturing, along with electives in areas like Precision Engineering, AI for Manufacturing, and Robotics. Practical training is supported through labs including IoT, Advanced Materials Testing, Manufacturing Control and Automation, Additive Manufacturing, Robotics, and Flexible Manufacturing Systems.

Program Duration

2 Years

Total Program fees

General:

INR 3,66,000

Total Program fees

NRI/Foreign:

USD 5,700

100 CR⁺

Worth of Scholarships

25⁺

Program Highlights

Hands-On Experience: Learners gain hands-on experience through virtual simulations and remote labs, supported by tools such as DFMA, MATLAB, VCNC, and IoT-based labs.

Annual Conclave: Offers opportunities to network, share insights, and learn from leading industry professionals and academicians.

MIT Alumni Network: On successful completion, participants join the prestigious MIT Alumni community, gaining access to a global network of professionals.

Strong Emphasis Areas: Places strong emphasis on additive manufacturing, digital manufacturing, and the application of artificial intelligence in manufacturing.

Lab Work

World-class laboratories give learning a practical dimension.

Hands on Training

Learners gain hands-on-experience through virtual stimulations and remote labs, supported by tools such as DFMA, MATLAB, VCNC and IoT based labs.

Specialized Skills

Equips students with skills required for employment in automotive industries, heavy engineering, equipment manufacturing, and precision engineering.

Lab Work

World-class laboratories give learning a practical dimension.

Lab Work

World-class laboratories give learning a practical dimension.

School of Mechanical Engineering

MIT Manipal's SME unites Mechanical, Mechatronics, and Aerospace engineering since 1960, merging Industry 4.0, robotics, and exclusive CIPLA & Intel certifications for tomorrow's engineers.

Know more

Industry and Academia Connect

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

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.

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 additional weightage.

You must appear for the Manipal Entrance Test (MET)/PGCUET 2026 and obtain the required cut-off score.

Curriculum and Fees

Year 1
Year 2

Program Duration

2 Years

Total Program fees

General:

INR 3,66,000

Total Program fees

NRI/Foreign:

USD 5,700

100 CR⁺

Worth of Scholarships

25⁺