Industry-Aligned Curriculum & Continuous Upgradation
- CBCS(Choice Based Credit System) /Dynamic course curriculum revised periodically in consultation with industry stakeholders.
- Blend of core mechanical theory with modern technologies such as automation, robotics, and additive manufacturing.
Project-Based Learning
- Emphasis on real-world problem solving through project assignments.
- Students undertake industry-relevant projects in collaboration with companies and faculty mentors.
Skill-Centric Training Programs
Regular hands-on workshops on:
- CAD/CAM (AutoCAD, SolidWorks)
- CNC machining & programming
- Design and fabrication
- 3D printing and rapid prototyping
- Dedicated sessions on soft skills, communication, and career building.
3D Printing & Rapid Prototyping Lab Initiatives
- Use of advanced 3D printers for design validation and prototype fabrication.
- Active support for student and faculty innovation projects.
- Promotion of interdisciplinary applications using 3D printing technology.
Mentor-Mentee Engagement System
Structured mentoring program for academic guidance, career planning, and personal development.
Regular one-on-one sessions between faculty mentors and students.
Green Engineering & Sustainability Practices
Promotion of energy-efficient and environment-friendly project solutions.
ntegration of sustainable design principles in classroom and lab work.