AR/VR Centre of Excellence
A multidisciplinary immersive technology ecosystem for students to learn, collaborate, develop practical skills and build solutions using AR, VR, MR, XR, 3D and related technologies.
Where Learning Meets Immersive Technology
The AR/VR Centre of Excellence provides an advanced spatial computing environment where students bridge theoretical engineering with hands-on immersive innovation.
Cross-Department Collaboration
Bringing together students from CSE, IT, ECE, EEE, Mechanical, and AI/DS to build next-generation immersive systems.
Practical Development
Direct access to high-end VR headsets, haptic controllers, spatial sensors, and GPU workstations.
Projects & Ideas
Incubating original prototypes, technical IP, research publications, and patentable spatial solutions.
Real-World Exposure
Working directly with industry partners, MoUs, live consultancy problems, and specialized mentor sessions.
Five Pathways. One Immersive Ecosystem.
Structured avenues tailored for every stage of your spatial computing journey.
Long-Term Certification Courses
Comprehensive curriculum tracks covering foundational to advanced spatial computing and 3D engine development.
Internships with Industry Support
Direct engagement with technology partners on live commercial and industrial XR deliverables.
Self-Learning Courses
Self-paced modular pathways with code repositories, hands-on tutorials, and assessment checkpoints.
Skill Development Activities
Intensive hackathons, technical paper symposiums, patent clinics, and national challenge teams.
Product Development
Incubation of deployable industrial, healthcare, and educational spatial computing solutions.
What's Happening
Explore our highlighted events, ongoing engineering prototypes, and student achievements.
Build Your Journey
Progress through learning, practical development, competitions, projects, internships and industry-oriented opportunities.
Discover spatial computing paradigms and open lab orientations.
Master core 3D mathematics, Unity, Unreal, and WebGL pipelines.
Hands-on lab assignments, shader scripting, and sensor integration.
Develop original prototypes in multidisciplinary student squads.
Participate in national XR hackathons, game jams, and patent disclosures.
Corporate internships with industry partners on live client deliverables.
Graduation into high-demand spatial computing roles and ventures.