This mini auditorium was named after Prof. Tsuda. The auditorium is facilitated with a huge LED display wall, PA system, podium, and additional screens. It has both theatre type seating (Major - 120) and cluster seating (Partly - 40) to conduct conferences.

The hall was named after Prof. Washio. It has multiple interactive screens, a PA system, pin-up boards and cameras, with advanced internal recording facility. This is a smart classroom that supports virtual learning and teaching and enables remote teaching/participation. It has cluster type seating that can accommodate 45 people.

This hall named after Village Buddha, Prof. Shoji Shiba’s concept on CSR. It is equipped with a projector, PA system, and podium and has cluster type seating that can accommodate 45 people.

Each of these classrooms has interactive screens and enables remote teaching/participation. The classrooms have cluster seating that can accommodate 30 people.

This classroom has an interactive screen and 14 individual PCs with high-end configuration. This is ideal for conducting software related training and enables learners to simultaneously work on the subject.

Equipped to provide training for Assembly, Fabrication, Die maintenance, Material handling and VR-based training & qualification system for welders.

Equipped to provide training for Safety, Machining and Painting including VR-based training & qualification system for sprayers.

Exclusively equipped to provide training for Maintenance which covers diagnosis, restoration, and predictive maintenance skills.

The Experiential Learning Zone integrates immersive and outbound learning into development journeys, enabling teams to go beyond traditional classroom methods and engage in collaborative, hands-on, and purpose-driven experiences. It supports the organization’s vision of delivering mobility solutions that are exciting, responsible, sustainable, and safe, while strengthening collective capability.

The Automotive Electrical & Electronics Centre focuses on building strong foundational competencies in automotive electrical and electronic systems, which serve as the backbone of modern electric vehicles. The centre enables learners to understand, analyze, test, and design electrical and electronic circuits used in automotive applications.

The EV Powertrain Centre focuses on developing advanced competencies required for electric vehicle propulsion and energy management systems. The centre provides practical exposure to battery technologies, battery management systems, vehicle communication networks, and EV powertrain architecture.

Purpose is to develop these practice centers is to ensure Future mobility capability development of new hires (GET /Lateral hires) with the new skills required and upskill/reskill existing people in future mobility competencies via practice center to design & develop attractive, reliable new products/manufacturing processes & deliver high-quality products on