Advancing brain‐machine interfaces, and human‐robot interaction to improve human movement, function, and intelligent interaction.
Our lab studies sensorimotor control and develops brain‐machine interfaces for robotics, human‐robot interaction, and rehabilitation. We integrate neural, physiological, and behavioral signals using AI and multimodal sensing to model and enhance human function. By leveraging motor synergies, we enable scalable control of assistive and robotic systems, translating neuroscience into real-world impact.
What type of intelligent, multimodal interfaces are needed to
Design high-dimensional, synergy‐based brain‐machine interfaces
forms the central topic of our research.
When great minds collide.
Our lab contains a mix of current Graduate, Undergraduate, & Highschool Students along with a range of collaborators from multiple industries.
The measure of our work.
Our range of publications dating back to 2014 include multiple Patents, Articles, Conference Appearances, & more.
Appearances, awards, & recognition.
Our work has been recognized through many Showcases, Grants, & Awards alongside our students who continue to impress.
Contact Us
Sensorimotor Control Laboratory
Information Technology and Engineering Building (ITE) Room 376
UMBC Technological Research Center (TRC) Room 162
University of Maryland, Baltimore County, Baltimore, MD, USA
Phone: 410.455.8867
Office
Information Technology and Engineering Building (ITE) Room 301
Phone: 410.455.8867