Projects

• Built a mixed reality interaction system using MRUK to anchor virtual objects to real-world surfaces and spatial meshes.
• Implemented a hand-tracking input pipeline on OVRHand skeletal data for gesture recognition and event-driven interaction.
• Wrote modular interaction scripts for real-time object spawning, targeting and collision-based feedback.
• Added a lightweight dialogue system with state-driven behaviour and synchronised audio playback.
• Extended it to Snap Spectacles in Lens Studio as an AR companion chatbot that overlays Snappy into the user's real environment during live interaction.

Watch the demo on LinkedIn →

• Engineered sensory-driven gameplay that replaces visual cues with spatial and perception-based mechanics.
• Implemented a sonar-inspired detection system using raycasting and timed visual feedback to reveal environmental structure.
• Integrated spatial audio — 3D sources with distance attenuation — to guide navigation without sight.
• Built interaction logic on the XR Interaction Toolkit for object handling, trigger zones and environmental feedback.
• Structured the systems so perception mechanics (audio, thermal, environmental) can be expanded modularly.

Watch the demo on LinkedIn →

• Designed a concurrent system with POSIX threads simulating real-time fire detection and evacuation logic.
• Synchronised shared state — fire status, exit path — across threads using semaphores.
• Developed sensor polling and threshold-based detection for temperature-triggered events.
• Drove LED indicators and a buzzer over GPIO for real-time physical feedback.

Source on GitHub →