Projects

A novel non-contact vibration measurement system using event cameras. By leveraging the topology of event streams, we achieve high-fidelity reconstruction of vibration amplitude and frequency without physical contact. Published as a Featured Article in Applied Physics Letters.

Recovery of sound from silent video using event cameras. Event cameras capture per-pixel brightness changes at microsecond resolution, enabling recovery of audible vibrations from objects — a significant improvement over classical visual microphone approaches using conventional cameras.

A system enabling collaborative design optimization through natural language dialogue. Users iteratively refine design objectives and constraints via conversational AI, making multi-objective engineering optimization more accessible and intuitive.

An interactive experience combining drones and badminton, exploring new forms of human-drone interaction and physical play. Awarded the Accenture Interactive Prize at the Student CG Contest.

SHITARA is a haptic notification device that delivers a tactile alarm via a ring-shaped air vortex. The system enables touch-like remote notification without physical contact, opening new possibilities for ambient and haptic communication.

An Electrical Muscle Stimulation (EMS) based system for sports training assistance. We investigated how EMS can support the learning of throwing movements, providing haptic feedback to guide correct movement form.