Department Vision
Department of Mechanical Engineering (ED) will have a transformative impact on society through continual innovation in engineering design education, research, skill development, creativity, and entrepreneurship.
Department Mission
- To disseminate knowledge and conduct research in Mechanical Engineering with learner centric approach.
- To teach skills such as critical thinking, creativity and innovation, collaboration, communication, technical and digital, flexibility and adaptability, cultural values, and leadership and responsibility.
- To develop global citizens by educating students on emotional, physical, social, economic, environmental, spiritual dimensions of human growth in addition to intellectual pursuits.
- To address real-world challenges and to establish the groundwork for entrepreneurship and lifelong learning.
Department Objectives
- Deliver high-quality education in core and emerging areas of Mechanical Engineering to produce competent, industry-ready graduates.
- Promote cutting-edge research and innovation to address societal, industrial, and environmental challenges.
- Foster interdisciplinary learning and collaboration to develop advanced products, sustainable systems, and start-up ventures.
- Develop professional, ethical, and leadership skills among students to excel in diverse global work environments.
- Engage with industry and community through consultancy, skill development, and technology transfer for regional and national development.
Academic Activities
Learning goes beyond textbooks. From interactive lectures to hands-on experiments in mechanics, thermodynamics, and CAD/CAM simulations, students gain practical knowledge from day one.
Explore cutting-edge facilities — modern workshops, thermal and materials labs, advanced CAD/CAE centers, Makerspace & Fab Lab, and dedicated wellness spaces like yoga and fitness.
The Department of Mechanical Engineering leads frontier research in thermal sciences, design engineering, robotics, and advanced materials. Ph.D. scholars focus on sustainable composites, sandwich structures, hybrid materials, and simulation-driven design.
Our distinguished faculty members lead cutting-edge research in thermal sciences, materials engineering, robotics, and sustainable technologies. They mentor Ph.D. scholars, publish in top-tier journals, and drive innovation through collaborative research projects.
Build strong industry and global networks through internships, plant training, industry visits, guest lectures, and study-abroad immersion programs.
Our students excel in SAE BAJA, Formula Student, ASME and robotics competitions. They publish in reputed journals, file patents, and launch startups with support from GMU's IDEA Lab and GM Techno Centre.
Engineering for impact — from electric vehicles and drones to rural water pumps and sustainable energy solutions, our students design technologies for a better tomorrow.
Beyond academics, students grow with life-skills training, leadership workshops, wellness programs, sports, and community-building activities.
Join vibrant student clubs and professional chapters that foster leadership, innovation, and collaboration. From technical societies to cultural clubs, students engage in hands-on projects, competitions, and networking opportunities that enhance their academic and professional development.
Expand your horizons through international exchange programs, global internships, and study-abroad opportunities. Our students gain worldwide exposure through partnerships with leading universities and industries, preparing them for successful careers in the global marketplace.
Stay updated with the latest news, events, and achievements from our department. From academic ceremonies and workshops to award distributions and celebrations, we showcase the vibrant activities that define our community.
Our alumni are making significant impacts across global industries — from leading roles at Mercedes-Benz, Boeing, Google, and General Motors to pioneering research in sustainable materials, additive manufacturing, and engineering design innovations.
Department Gallery
Explore our events, achievements, and campus life
GMU videos
Department Videos
Explore our department's activities and facilities through these video presentations
CAD/CAM Laboratory
Advanced computer-aided design facilities and training
CNC Machine
State-of-the-art CNC machining facilities
3D Printing Technology
Advanced additive manufacturing capabilities
Design Laboratory
Modern design and prototyping facilities
Computerized UTM
Overview of department facilities and infrastructure
Go-Kart Project
Student-built go-kart design and testing
Heat Transfer Laboratory
Thermal engineering and heat transfer experiments
Fluid Mechanics Laboratory
Advanced fluid dynamics testing facilities
Energy Lab
Modern Enegry Converstion systems facility
Contact Us
Get in Touch
hod.me@gmu.ac.in
GM University