Researchers

Occupational Therapist, her research focuses on sensorymotor functions and pain in a variety of clinical populations in rehabilitation (cerebral palsy, spinal cord injury, stroke, amputation, chronic pain, etc.). Her laboratory works on the development of rehabilitation interventions and on the underestanding of underlying neurophysiological mechanisms to help technologies such as non-invalise brain stimulation, electrophysiology, virtual reality and robotics.

Neurophysiologist, his research focuses on control and motor learning. His projects mainly involve interdisciplinary teams combining health sciences and engineering. His interests include understanding the control mechanisms involved in walking, the measurement of EMG and movement out of the laboratory setting, the improvement of clinical tests with the help of portable captors, the characterization of muscular fatigue during complex movements as well as the use of exoskeletons and software in rehabilitation.

Researcher and engineer in rehabilitation, his work focuses on the development of advanced technolgies in robotics, mechatronics, intelligent algorithms and captors to assist people living with disabilities and integrate these technologies in a rehabilitation context.

Physiotherapist, her research focuses on the evaluation of mobility and physical fitness, as well as on the determinants of physical activity and the interventions aiming to improve the level of physical activity in people with physical disabilities, and particularly in children and teens.

Occupational Therapist, her research focuses on manual functions in individuals with movement disorders in order to optimize rehabilitation interventions aimed at upper limbs in children and teenagers with neurological deficits, as well as in adults with muskuloskeletal problems. She is also interested in better understanding the neurophysiological mechanisms related to movement control and in the development of new assistive technologies facilitating the performance of activities of daily living in a more autonomous way.

Professor Robert is interested in motor learning and control in children with cerebral palsy, and identifying neurological biomarkers that predict motor function in children's upper limbs.

Researcher working to better understand the sensorimotor mechanisms and brain-movement interactions involved in motor learning and control. He uses a variety of tools such as electroencephalography and electromyography, or kinematic and kinetic tools to study sensitimotor control in healthy individuals or people living with a physical disability or cognitive disorder.