FREDERICTON, NB – Jon Sensinger (pictured), associate director of University of New Brunswick's Institute of Biomedical Engineering, was recently named 2016 Young Health Researcher of the Year by the New Brunswick Health Research Foundation (NBHRF) after careful consideration from a national peer review committee.
"To have my work recognized by the peer review committee amongst this collection of outstanding health researchers is an honour," he says.
The foundation highlights top researchers in the province throughout the year by selecting them as Researcher of the Month. Those honorees are then considered for Researcher of the Year, presented at the annual New Brunswick Health Research Conference.
Dr. Sensinger came to UNB more than four years ago from the Rehabilitation Institute of Chicago, where he was director of the Prosthesis Design and Control Laboratory.
"Jon has been a tremendous presence at the Institute of Biomedical Engineering here at UNB since arriving in the fall of 2013," says the institute's director, Kevin Englehart. "The standards he sets in terms of the quality of his work has been an inspiration to his students, and his colleagues.
Dr. Sensinger's research focuses on understanding how the human brain can work in tandem with the control interfaces created to operate a prosthesis – in other words, finding ways to develop thought-controlled bionic limbs.
Because a bionic limb has fewer sensors than a real arm, the brain relies heavily on clues the eyes send back in order to plot movement. That's fine for the big picture and broad movement but more intricate agility requires more sensors. It's imperative to examine what other types of sensors can be used to successfully communicate with the brain to improve how artificial limbs work.
Dr. Sensinger is currently developing technology that provides audio feedback, producing a tone with each joint movement. Recent studies suggest that this new technology is improving performance.
His research also includes the burgeoning field of exoskeletons – powered orthoses used for amputated lower limbs, spinal cord injuries or complications due to stroke. Reliability, safety and the ability to walk as normally as possible are imperative.
"I've wanted to do exactly what I'm doing since Grade 7," says Dr. Sensinger.
Seeing children in his classroom struggle with physical disabilities, he was inspired to find a way to help. His teacher first told him about the field of prosthetics and with encouragement from engineers at a local prosthesis shop, he pursued a PhD in biomedical engineering.
Dr. Sensinger believes that the Internet of Things will play an increasing role in the future of the field of prosthetics. The data from wearable technology, like smart watches and Fitbits, could be used to figure out what sensory feedback to provide or as part of a control strategy for walking.
"I really see this being an area where we can leverage the consumer industry to improve healthcare," he says.