Research

Neural interfaces bridge the gap between the nervous system and the external world by stimulating or recording neural activity. My work focuses on advancing these technologies to address critical challenges in limb loss, stroke recovery, and cancer treatment. Through both invasive and non-invasive approaches, I aim to enhance quality of life by restoring lost functions and enabling new therapeutic possibilities.

My research is dedicated to developing advanced medical devices that integrate seamlessly with human physiology to tackle pressing healthcare challenges. By combining neuroengineering, haptics, and artificial intelligence, I strive to create innovative solutions that restore sensory-motor function, improve human-machine interaction, and enable tailored, data-driven therapeutic interventions for diverse medical conditions.