M.Tech Mechanical Engineering (CAD/CAM/CAE)

Programme Overview

The M.Tech in Mechanical Engineering (CAD/CAM/CAE) programme at MIT-WPU focuses on computer-aided design, manufacturing, and engineering, covering computational geometry, artificial intelligence, customisation of CAD/CAM software, advanced sheet metal forming, design for X, composite materials, micro-nano manufacturing technology, biomechanics, mechanobiology, and similar others. With global markets becoming more interconnected, the demand for CAD/CAM/CAE skills is growing. The programme equips students to meet this demand, ensuring they are well-prepared for the evolving engineering landscape. Graduates emerge well-equipped to design high-quality, cost-effective products and machines that meet industry needs efficiently and cost-effectively for diverse industries.

2 Years

Last Date To Apply : 17 May 2024
Programme Name

M.Tech Mechanical Engineering (CAD/CAM/CAE)

Fee Per Year

Rs. 1,95,000


Minimum 50% aggregate score in graduation (4 years) of relevant Engineering Branch from UGC approved University or equivalent (at least 45% marks, in case of Reserved Class category candidate belonging to Maharashtra State only)
GATE Qualified (Obtained a positive score in GATE 2022, 2023, 2024) /MIT-WPU CET 2024 /PERA CET 2024
Sponsored Candidate (Need 2 years of work experience after graduation, in field related to graduation)

Selection Process

The Selection process for this programme is based on the merit of MIT-WPU CET 2024 score / PERA 2024 Score or GATE Score (2022/2023/2024) & Personal Interaction conducted by MIT-WPU.
For admission under sponsored category, candidate should have minimum two years of fulltime work experience in a registered firm/ company/ industry/ educational and/or research institute / any Government Department or Government Autonomous Organization in the relevant field in which admission is sought.

Programme Highlights
  • Case-based learning pedagogy, national and international immersion programmes, and skill enhancement courses like business communication and effective presentation foster a comprehensive learning experience.
  • Hands-on training in cutting-edge technologies with industry-standard software like SolidWorks, AutoCAD, CATIA, and ANSYS for proficient 2D and 3D modeling, simulation, and analysis, enabling precise mechanical design development.
  • Specialization in FEA and CFD Analysis, Integration of Additive Manufacturing and Rapid Prototyping.
  • State-of-the-art lab facilities and a dedicated Centre for Industry-Academia Partnerships (CIAP), ensure students have access to modern resources and industry collaboration for internship and placement assistance.
  • Emphasis on a holistic approach to learning, integrating theoretical knowledge with practical application, industry exposure, and skill development to prepare graduates for diverse career paths and challenges in the field.
  • Industry visits, guest lectures, seminars, and workshops by eminent researchers and industry practitioners from organizations like Dassault Systemes, Cybage, Inteliment, Xpansion International, Barclays, FEV India Pvt Ltd, Analyzer CAE solutions pvt Ltd. and CISCO, among others, provide students with insights from industry experts.
  • A minor in Computer Engineering for non-computer branches provides a competitive edge and added expertise. It also includes hands-on training in technologies and tools like iOS Training using Swift, mobile application development (using Kotlin), full-stack development, internet technologies, IoT, data science, cyber security, etc.
  • Entrepreneurship encouragement through funding, mentoring, and network connections offered by the MIT-WPU Pune Technology Business Incubator (TBI).
  • A six-month industry internship encourages hands-on learning and experience. Additionally, MoUs with over 231 top corporates offer training, research, and development.
Placements & Recruiters
100% placement assistance
Top Recruiters
Programme Outcomes
  • Independently carry out research and development work, demonstrating a degree of mastery in the specialised area, surpassing the programme requirements.
  • Synergise design engineering and computer tools to provide solutions to real-world complex engineering problems alongside health, safety, environmental, and commercial aspects, while minimizing adverse impacts.
  • Select and apply appropriate computational and analytical techniques to model complex problems, discussing the limitations of these techniques to ensure comprehensive understanding.
  • Function effectively as an individual or team member/leader, evaluating own and team performance, and communicating complex engineering concepts effectively to technical and non-technical teams.
  • Practice design engineering, engage in independent lifelong learning, and identify and close research gaps.
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