Short-Term Goals:

1. Revise and Modernize Curriculum:

   • Update the syllabus to include modern tools like CAD/CAM, ANSYS, MATLAB, and new subjects like 3D Printing and Industry 4.0.

2. Introduce Value-Added Courses:

   • Offer certificate courses on CNC programming, automotive design, robotics, and renewable energy systems.

3. Strengthen Industry Tie-Ups:

   • Sign MoUs with manufacturing and design industries for internships, live projects, and industrial visits.

4. Upgrade Laboratories:

   • Modernize labs with the latest equipment and simulation software to align with the revised curriculum.

5. Promote Student Projects and Competitions:

   • Encourage participation in SAE BAJA, Go-Kart, Solar Vehicle Challenge, and technical paper presentations.

6. Faculty Skill Enhancement:

   • Conduct Faculty Development Programs (FDPs) on new technologies like IoT in Manufacturing, Mechatronics, and Additive Manufacturing.

    Long-Term Goals:

1. Establish Centers of Excellence (CoEs):

   • Set up CoEs in areas like Robotics, Advanced Manufacturing, Renewable Energy, and Thermal Systems.

2. Promote Research and Patents:

   • Encourage faculty and students to undertake funded research projects and apply for patents in innovative mechanical solutions.

3. Offer Interdisciplinary and Industry-Integrated Programs:

   • Launch specialized tracks in Mechatronics, AI in Manufacturing, or Automotive Engineering in collaboration with industries.

4. Develop Incubation and Innovation Hubs:

   • Support startups and entrepreneurship by providing prototyping support and mentorship for mechanical product development.

5. Enhance Placements in Core Companies:

   • Build strong links with core mechanical industries for better internships and placement opportunities.

6. Pursue National and International Accreditations:

   • Work towards NBA, NAAC (A grade or above), and tie-ups with foreign universities for collaborative research and exchange programs.