My research focuses on developing new rehabilitation therapies to help people with neurological conditions, such as spinal cord injury, regain their ability to stand and maintain balance. Many individuals with these conditions experience severe difficulties in controlling their posture, which increases their risk of falls and limits their independence and quality of life. Current rehabilitation approaches are often limited in their ability to effectively restore standing balance. My work is grounded in fundamental principles of neurophysiology and biomechanics, which guide our understanding of how the nervous system and body work together to control movement. Building on this foundation, my research uses electrical stimulation and other non-invasive neuromodulation techniques to activate muscles and the nervous system in a more natural and coordinated way. By combining these approaches with technologies such as real-time feedback and computational modeling, we aim to enhance motor recovery and improve functional outcomes. Ultimately, the goal of my research is to develop clinically feasible therapies that can be widely implemented in rehabilitation settings, helping individuals regain independence, reduce fall risk, and improve their overall quality of life.
- Associate Professor, Institute of Biomedical Engineering, University of Toronto