Charoenyutr Dechwayukul

Papers

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About

Charoenyutr Dechwayukul is a pioneering researcher at the intersection of robotics and clinical neuroscience, whose work focuses on developing intelligent, non-invasive therapeutic systems. His key contributions center on robot-assisted transcranial magnetic stimulation (TMS), a technique that precisely delivers magnetic pulses to treat neurological conditions like depression. Dechwayukul’s landmark 2020 paper, "Robot-assisted transcranial magnetic stimulation using hybrid position/force control," has garnered 10 citations and addresses a critical clinical challenge: the need for accurate coil positioning and consistent contact force during TMS therapy. By introducing a hybrid control framework that simultaneously manages position and force, his work replaces the manual, error-prone placement by neurologists with a robotic system that ensures repeatable, effective stimulation. This innovation not only enhances treatment reliability but also paves the way for automated, patient-specific protocols. Dechwayukul’s research stands out for its direct translational impact, bridging engineering precision with therapeutic efficacy, and his contributions are shaping the future of robot-assisted neuromodulation—a field with immense potential for improving mental health outcomes worldwide.