The collaboration helped Renée to find a renewed sense of purpose: “Partnering with Decode through Mitacs Accelerate re-energized my research. Putting myself out there to try something different has led me to an interesting tangent that’s now leading me into the next step of my career.”
The company was introduced to Mengru Wang, by her supervisor Dr. Eric Aubanel. They agreed to collaborate on a Mitacs Accelerate project, in which Mengru would develop a data visualization utility for EXN/Aero.
Early in the development of their HUAR tools, the company identified a need to tap into the expertise of a researcher with an understanding of acoustics and sound processing. Having been introduced to Mitacs’ programs through their local Business Development representative, the company was paired to Ali Zareian, a PhD student from the Department of Mechanical and Manufacturing Engineering at the University of Calgary.
Companies like Les Enduits STEF stepped in to fill the gap by developing water-tight membranes and coatings that could be applied to a house’s exterior during construction. In need of a research-based solution, the company was introduced to a postdoctoral fellow from the Université de Sherbrooke to do the job.
But while the Halifax-based startup had worked-out the mechanical design of its brace, its team knew they needed people with expertise in body movement and rehabilitation to test it. That’s where Mitacs Accelerate came in.
Ken developed an algorithm that can accurately predict the risk of a chat message in a computationally efficient manner. His algorithm was able to identify a number of spelling variants of blacklisted words and evasive patterns that had previously gone undetected by human moderators.
Han Chen, a Mechanical Engineering Masters student at McGill University, has created what amounts to a virtual factory, where new tools and equipment can be designed and tested, significantly reducing their real-world production time and creating a lot of opportunities.