From embedded actuation systems to brain-computer interfaces, each project pushes the frontier of what assistive technology can achieve.

Lower-Limb Exoskeleton
A modular, highly customizable robotic exoskeleton engineered to restore bipedal mobility and independence for individuals with paraplegia through advanced biomechatronics and ergonomic design.
Brain Computer Interface (BCI)
OuroborosNet is an advanced Brain-Computer Interface neural network that translates cognitive intent into real-time exoskeleton commands, empowering individuals with paraplegia by directly connecting thought to movement.
A comprehensive digital health ecosystem integrating smartwatch biometrics and mobile analytics to ensure safe, personalized, and data-driven robotic rehabilitation for individuals with mobility impairments.
An advanced hybrid tracking ecosystem fusing wearable IMU sensors and markerless computer vision to deliver high-fidelity biomechanical data for seamless neuro-robotic rehabilitation and digital twin integration.