Building immersive XR applications for education, training, and simulation. We design interactive VR/AR experiences that enhance learning outcomes, improve safety, and enable scalable training across industries — powered by cutting-edge technology and world-class pedagogy.
The centre is committed to transforming teaching and learning through immersive technology, modern pedagogy, and real-world application — aligned with India's NEP 2020 aspirations.
To equip teachers with the tools and techniques so that every teaching experience is optimized for learning in a collaborative environment — creating rich, engaged learning experiences for the 21st century through immersive Extended Reality technologies.
Provide leadership, expertise and support for teaching and learning to advance and advocate for the practice of scholarship in higher education. We build XR-powered tools that democratize access to world-class, experiential, outcome-based education across industries and institutions.
Globalization, changing demographics and technological advancements are the key driving forces of the future. XR Builders acts as an enabling mechanism to prepare students, faculty, and industry professionals for 21st century challenges using immersive XR technologies.
Capacity building for teachers of higher education and school education for the implementation of NEP 2020 in the classroom through XR-enhanced pedagogy.
Virtual skilling for structured, technology-enabled skill development across multiple domains and industries using immersive simulations.
Augmented/Virtual Reality content development for education and industrial training using state-of-the-art XR tools — from Unity 6 to WebXR.
Institutional quality assurance — capacity building for Institute/University accreditation processes and quality frameworks aligned with global standards.
Our multidisciplinary team combines Unity development, 3D art, instructional design, and research to deliver complete XR solutions across platforms.
Advanced XR training with real-time VO feedback, performance scoring, and scenario-based assessment for safety, medical, and industrial domains.
High ImpactInteractive 3D walkthroughs, real-time physically-based lighting, and immersive structural visualization for engineering education and client communication.
3D DesignLive digital replicas of physical industrial systems, integrating real sensor data for process monitoring, predictive maintenance, and operator training.
Industry 4.0Browser-based Unity content and interactive e-learning modules for DIKSHA, Moodle, and LMS platforms — zero install, maximum reach across India.
Web ReadyARCore/ARKit powered applications that overlay instructional content onto real-world objects — enabling on-the-job assistance without headsets.
Cross-PlatformNetworked collaborative XR spaces enabling multiple learners to interact, train, and complete tasks together in shared virtual environments in real time — powered by Photon SDK and Unity Netcode.
CollaborativeVR-grade optimization for standalone headsets and mobile AR — including draw call reduction, occlusion culling, LOD management, and foveated rendering for smooth 90fps experiences.
VR-GradeVirtual Reality creates risk-free environments for high-stakes safety training — reducing workplace accidents, cutting training costs, and dramatically improving knowledge retention compared to traditional methods.
Zero Risk, Full Exposure: Trainees can experience catastrophic failure scenarios — chemical spills, equipment malfunctions, fire emergencies — without any real-world danger.
Repeat on Demand: Unlike physical drills, XR scenarios can be run unlimited times, allowing trainees to practice until mastery is achieved.
Real-time Performance Analytics: Every movement, decision, and response is captured — enabling data-driven assessment and targeted improvement.
75% Better Retention: Studies show VR-trained workers retain knowledge 75% longer than those trained with traditional methods.
Scalable Across Sites: Deploy the same certified training simulation to workers across multiple plant locations simultaneously.
Extended Reality is transforming how industries train their workforce, conduct maintenance, collaborate on design, and educate the next generation of professionals.
Step-by-step AR guidance overlaid on real machinery for complex assembly tasks. Reduce onboarding time by up to 60% and minimize costly errors on the production floor.
Train workers for chemical plant operations, emergency shutdowns, and spill response in fully simulated hazardous environments — safely and repeatedly.
Walk through Building Information Models in VR, identify safety hazards before ground is broken, and train workers on height, electrical, and equipment safety.
Conduct chemistry experiments, geological surveys, and biological dissections virtually — giving students experiential learning regardless of physical resource constraints.
Firefighter, paramedic, and disaster response training in hyper-realistic simulated environments. Build muscle memory for life-or-death decisions before they happen.
Train electrical engineers and technicians on switchgear operations, transformer maintenance, and grid fault diagnosis through immersive XR simulations.
The shipbuilding industry demands extreme precision, coordination, and a relentless focus on safety. XR transforms how shipyards train and upskill their workforce — from virtual walkthroughs of complex hull designs and engine room layouts, to AR-guided welding and pipe-fitting procedures. Workers can rehearse confined space entry, fire and flood emergency drills, and crane operations in fully simulated environments with zero risk of real-world harm. Digital twins of vessels enable engineers to identify structural issues during design, long before steel is cut — reducing costly rework. Multiplayer XR training allows distributed teams across shipyard facilities to collaborate on safety protocols, damage control scenarios, and launch procedures simultaneously, ensuring every crew member is prepared for the critical demands of maritime operations.
Research consistently shows that XR-based training outperforms conventional methods across every key metric — retention, confidence, speed, and cost-effectiveness.
VR learners train up to 4x faster than in traditional classroom settings.
Immersive XR experiences drive significantly higher long-term knowledge retention.
XR training reduces costs associated with physical props, travel, and instructor time.
VR-trained workers are significantly more confident applying skills on the job.
A selection of impactful XR solutions developed at XR Builders for education, skilling, and industrial training across government and academic institutions.
A fully immersive VR training simulation with real-time voice-over feedback, multiplayer support, and networked collaboration for skill-based assessment. Built on Unity 6 with Meta Quest deployment.
Browser-based interactive e-learning content developed for PSSCIVE, deployed on India's national DIKSHA platform for vocational and school education — reaching millions of learners.
Immersive safety protocol training with real-time hazard identification, performance scoring, and scenario-based risk assessment for chemical and manufacturing environments.
Structured capacity-building programs for higher education teachers, XR-enhanced outcome-based learning workshops, and digital pedagogy certification aligned with NEP 2020.
A multidisciplinary team of researchers, XR developers, and educators working at the intersection of immersive technology and pedagogy to build the future of learning.