Susan E. D’Andrea

Susan E. D'Andrea, Ph.D., serves as Assistant Professor at the University of Rhode Island and Principal Investigator of the MotionVR Biomechanics Lab. Her research integrates motion capture, virtual/augmented reality, inertial sensors, and neurostimulation to investigate movement biomechanics in neurodegenerative diseases, prosthetics, cognitive function, and sports performance. She develops clinical VR/AR rehabilitation interventions for stroke, cerebral palsy, and mild cognitive impairment while evaluating athletic movement patterns for injury prevention.

Education:

• Ph.D. in Biomechanics, The Ohio State University
• M.S. in Engineering, Clemson University
• B.S. in Kinesiology, University of Connecticut

Her research program centers on musculoskeletal biomechanics and neuromotor control, utilizing motion analysis and virtual reality to develop translational rehabilitation solutions. The MotionVR Lab creates immersive therapeutic games targeting neurological conditions while simultaneously applying these technologies to sports performance optimization. This dual focus bridges clinical rehabilitation with athletic training through advanced movement quantification techniques.

Publications from 2010-2018 reveal consistent innovation in wearable sensor systems (MagicSox, WearUp), prosthetic device evaluation, and gait dynamics research. Her work demonstrates increasing emphasis on IoT-enabled rehabilitation tools and interdisciplinary collaborations between engineering, neurology, and sports medicine to address movement disorders across diverse populations.

No scientific awards were documented in the provided materials.

While specific advisees aren't listed, Dr. D'Andrea's role as Principal Investigator suggests active mentorship of graduate researchers in biomechanics. The MotionVR Lab's technology development focus implies ongoing grant funding for translational rehabilitation projects, though specific grants aren't detailed in the source text.

The MotionVR Biomechanics Lab operates as a specialized research hub equipped with motion capture systems, VR/AR environments, and neurostimulation technology. Current projects involve developing telemedicine interventions for movement disorders and creating performance analytics systems for athletic training, maintaining strong connections with clinical rehabilitation centers and sports medicine facilities.