The team

Chioke Swann is a PhD student at McGill University’s Faculty of Mechanical Engineering, where he is actively engaged in the development and research of novel rehabilitation-focused powered orthoses. His work bridges the gap between engineering and neuroscience, aiming to create advanced assistive technologies that improve the quality of life for individuals with mobility impairments. Chioke’s academic journey began with a Bachelor of Science in Neuroscience from the University of Lethbridge, where he developed a strong foundation in understanding the nervous system. He further honed his expertise by earning a Master of Science in Kinesiology with a focus on applied neurophysiology from Memorial University of Newfoundland. During his MSc, he demonstrated exceptional commitment to research, completing four consecutive MITAC internships and presenting at six conferences, ranging from local to international platforms.

Chioke’s research interests are deeply rooted in neuroengineering, with a particular emphasis on the development and application of powered exoskeletons and neuroprosthetics. His work is driven by a passion for integrating cutting-edge engineering solutions with neurophysiological principles to address complex challenges in rehabilitation. Beyond his academic pursuits, Chioke is a founding member of Elorum Robotics, a MedTech start-up focused on revolutionizing the assessment of covert neuromuscular disorders. The company is developing a diagnostic tool designed to provide more accurate and comprehensive evaluations for patients, showcasing Chioke’s ability to translate research into tangible, real-world solutions. His entrepreneurial spirit and dedication to innovation highlight his commitment to advancing both scientific knowledge and clinical practice.

As an emerging researcher and innovator, Chioke stands out for his interdisciplinary approach, combining insights from neuroscience, kinesiology, and mechanical engineering to push the boundaries of rehabilitation technology. His contributions to the field of neuroengineering and his leadership in the MedTech space underscore his potential to make a lasting impact on healthcare and assistive technologies. With a strong academic foundation, a track record of impactful research, and a vision for the future of rehabilitation, Chioke is poised to continue making significant strides in his field, improving lives through the power of innovation.

Driven by a passion for mathematics, Parsa began exploring neural signal processing and soon discovered the vast field of neuro-robotics. During his studies, he conducted a review of signal processing techniques for movement intention classification in exoskeleton control, with the goal of supporting rehabilitation for stroke patients.
He now contributes to Mostafa’s project on developing robust and safe control strategies for human robot interaction, with a focus on elderly care.
Outside the lab, Parsa enjoys reading, playing the piano, and running.