Yulon Motor wanted an immersive centerpiece for its factory tour—a virtual-reality “test-drive” that demonstrates the company’s Level 2 and Level 3 autonomous-driving capabilities. I was engaged as a solo contractor to design and build the experience end-to-end, from rapid concepts to an install-ready Unity application that runs on HTC Vive and Meta Quest headsets.
The prototype in this study experiments the hand locomotion by letting users use the pinch gesture to replicate the thumbstick moving behavior. The user testing result shows that users can easily move around with such a gesture without significant motion sickness. However, mapping rotating, jumping, and even flying is still a challenge and it feeds the future exploration.
Step into the world of Volleyverse, where voice commands shape reality! Within a mere 24-hour hackathon, we manifested an enchanting “Making-A-Wish” experience exclusively for the Quest headsets. We presend our creation during the holiday season, serving as a conduit for spreading merriment and extending heartfelt Christmas wishes to all volley employees.
The map interaction experience reminds the VR’s strength in representing real-world scale replica. The instinct interaction with simple hands gestures with miniature metropolis inspires the joy in the RPG and open-world games in VR.
Training in VR is efficient and cost-reserved in general purpose. It also ceases the risk in the medical professions during the training. Diing conducted several high-fidelity prototypes to explore the interaction and use cases for dental students and new pharmacists.
Bubbles is the bubble poking experience in VR with Oculus Quest’s hand tracking technology. It applies metaball and custom visual appearance shader to render the organic shape and reflective surface of bubbles. I also added the sound effect when the bubble brows up to replicate the poking behaviour.
