1. Introduction

This report outlines the progress, achievements, and development activities carried out in the CIM Centre / Centre of Excellence during the academic years 2024–25 and 2025–26. The centre strengthens technical education through practical training, multidisciplinary projects, industrial exposure, and advanced manufacturing facilities.

2. Objectives of the CIM Centre

• To provide industry-oriented training in CNC, CAD/CAM, and automation.
• To promote student innovation through hands-on projects.
• To upgrade and maintain advanced manufacturing and metrology facilities.
• To collaborate with industry for knowledge exchange and skill development.
• To encourage multidisciplinary teamwork and sustainable engineering practices.

3. Activities and Achievements
3.1 Training Programs Conducted
CNC Training (Lathe & Milling)

• 3 batches conducted for ITI and Diploma outside students.
• Covered CNC programming, tool setting, simulation, and machining practice.

CATIA V5 Training

• 2 batches conducted for outside students.
• Covered part modelling, assembly, drafting, and industrial design applications.

CNC CMM Training

• 1 batch conducted focusing on measurement, probing, inspection, and CMM programming.

3.2 Major Completed Project
In-house Fabrication of 11-Ton Hydraulic Press Machine

• Designed and developed completely in campus using scrap materials.
• Students completed design, fabrication, hydraulic system assembly, and testing.
• Enhances skills in hydraulics, welding, machining, and quality control.

3.3 On-going Multidisciplinary Project
Electric Vehicle (EV) Cart Project

• 70% of fabrication and assembly completed.
• Involves mechanical, electrical, electronics, and design students.
• Focuses on in-house design, motor integration, battery placement, and chassis fabrication.

3.4 Laboratory Up gradation Activities
CNC CMM Software Up gradation

• Continuous software updates over two years.
• Improves calibration, precision, and measurement processing capabilities.
• Supports advanced metrology training for students.

3.5 Digital Integration Initiatives
Connecting CNC Machines with Fusion Software

• CNC machines integrated with Fusion CAD/CAM software.
• Enables seamless program transfer, tool path generation, G-code simulation, and machining validation.
• Supports modern digital manufacturing workflow for students.

3.6 Industry Collaboration and Visits
To provide students and staff with industrial exposure and strengthen academia–industry links, the following visits were planned:

• Nabha Engineering Pvt. Ltd., Karad – Study precision machining techniques and automotive component manufacturing.
• Creative Engineering Pvt. Ltd., Karad – Focus on tooling practices, fixtures, and batch production systems.
• Babasaheb Industry, Tasawade – Exposure to large-scale industrial production, assembly lines, and quality systems.
• Airochem Pvt. Ltd., Kolhapur – Visit chemical equipment manufacturing facilities with emphasis on mechanical design integration with chemical process equipment.

Outcome: Enhances practical understanding of industrial processes, manufacturing practices, and quality control.

4. Key Outcomes

• Enhanced student skill development in CNC, CAD/CAM, CMM, and automation.
• Completed major in-house fabrication projects.
• Improved digital manufacturing and software integration capabilities.
• Increased multidisciplinary collaboration and industrial exposure.

5. Future Plans

• Introduce advanced robotics and automation modules.
• Conduct industry certification programs and short-term courses.
• Expand EV and sustainable mobility projects.
• Increase collaboration with industries for internships and R&D projects.

6. Conclusion

• The CIM Centre has made significant progress during 2024–25 and 2025–26, contributing substantially to skill development, innovation, and academic excellence.