Undergraduate Programme
Postgraduate Programme
PhD Programme
Diploma Programme
Certificate Programme
Duration - 2 Years
The M. Tech in Mechanical Engineering is an advanced postgraduate programme designed to develop highly skilled engineers capable of driving innovation in modern mechanical systems. The programme blends core Machine Design principles with emerging technologies such as Mechatronics, Artificial Intelligence, Robotics, Smart Manufacturing, CAD/CAM/CAE, Digital Twin, and Automation to address complex industrial challenges. With a strong emphasis on design analysis, simulation, optimization, advanced manufacturing, and intelligent product development, students gain hands-on experience through state-of-the-art laboratories, live industry projects, internships, and research-driven learning. Supported by industry collaborations and an Industry 4.0 aligned curriculum, the programme prepares graduates for leadership roles in design engineering, robotics, automation, simulation, R&D, and product innovation, empowering them to create next-generation engineering solutions for a rapidly evolving technological world.
The M.Tech in Mechanical Engineering at DPGU is designed to bridge advanced theoretical principles with cutting-edge industrial applications. As manufacturing and mechanical systems rapidly transition toward Industry 4.0, smart automation, and sustainable technologies, our post-graduate programme empowers future engineers like you to lead research, design innovation, and high-tech product development.
Strong coverage of advanced machine design, mechanics of solids, mechanisms, vibrations, fracture mechanics, failure analysis, and computational design.
Dedicated courses in Artificial Intelligence in Design-I and II, supported by intelligent design optimization and decision-making concepts.
Exposure to Digital Twin Technology, Smart Manufacturing Systems, Data Analytics for Engineering Systems and Virtual/Augmented Reality for Product Development.
The Design Engineering Stream includes Mechatronic System Design, providing an interdisciplinary connection between mechanical design, electronics, control and intelligent systems.
Students study intelligent condition monitoring and predictive maintenance, linking mechanical design with modern asset-health and reliability practices.
The programme includes Design Engineering Laboratory-I and II and Artificial Intelligence in Design-I and II, giving the curriculum a practical and computational orientation.
A substantial 22 credits are allocated to the Research Project, with Research Methodology, seminars and a two-stage research project forming important components of the programme.
The third semester includes 5 credits of On-the-Job Training/Internship, providing an opportunity for industry-based learning.
Students gain practical knowledge through case studies, industry interactions, workshops, projects, presentations, and real-world marketing activities.
Advance your expertise in mechanical engineering through specialised knowledge, research-driven learning, and practical applications, equipping you to take on complex engineering challenges and advanced technical roles.
Candidates seeking admission to the M. Tech Mechanical Engineering programme must fulfill the following eligibility requirements:
An M.Tech in Mechanical Engineering equips graduates with advanced technical expertise, research skills, and leadership capabilities across traditional engineering domains and emerging high-tech industries.
Highest CTC
Average CTC
Recruiting Partners
The admission process for the B.Tech Computer Science & Engineering programme is simple and student-friendly. Follow these steps to complete your admission:
These cross-links are what keep this page from being an orphan in the hub-and-spoke structure covered earlier in this document.
A programme-specific enquiry form, placed right where interest peaks — after the student has seen fees, curriculum and placements, and before they have to go hunting for a way to act on it.
Join the M.Tech Mechanical Engineering programme at Dnyaan Prasad Global University by Dr. D. Y. Patil Group, Pune, and gain hands-on experience with industry-standard simulation software, high-growth sector research, and dedicated placement assistance with top automotive and aerospace MNCs.