“I was deciding between two graduate programs: one included an internship, the other didn't. But my future supervisor informed me that it was still possible through Mitacs Accelerate. That sealed the deal for me: with Mitacs in the picture, I would be able to do exactly what I wanted—stay in Toronto, do research in computational aerodynamics at the University of Toronto's Institute for Aerospace Studies under the supervision of Dr. David W. Zingg, and finish my program with an internship.”
During Juan’s postdoc, he undertook four Mitacs Accelerate internships with FORRx Consulting Inc., a Vancouver-based firm specializing in ecosystem modeling. Juan credits his Accelerate experience with giving him a significant professional jumpstart:
“The funding was key to developing my academic career, my relationships, and my understanding of the use and transfer of my research for real-life and business situations.”
Luckily, with the help of Mitacs — a national not-for-profit organization that designs and delivers research and training programs for Canadian academics — Concordia students are being given the chance to do just this.
I am a PhD candidate in the Environmental Applied Science and Management program at Ryerson University. I am interested in approaches that will help software developers design products that meet customers' needs, require less energy to produce, are longer lasting, and can be safely and responsibly disposed. I am studying the interrelationships between product quality and sustainability and I’m enthusiastic about finding and removing their boundaries so that software developers aren't afraid to be more sustainable.
Envenio’s proprietary software EXN/Aero takes advantage of compact supercomputing equipment to speed up CFD solutions, and as a result, it generates output data at a high rate. Prior to the Accelerate internship, EXN/Aero could not process or display the streaming output data in a useful, dynamic manner.
Mayela Sosa, a third-year psychology student at the University of Guadalajara, Mexico, studies neuroscience. She’s working on a grasping study in Dr. Claudia Gonzalez’s Brain in Action lab.
“I chose this project because of the professor and because it is more related to movement and neuroscience than other projects,” she says. “I’m learning a lot. Many of my friends tried to get an internship in Canada so I’m really grateful Mitacs has given me this opportunity.”
Mitacs Elevate participants from Alberta, BC, and Manitoba came together recently for a three-day professional development workshop. Titled Leadership in Innovation, the unique and intensive retreat was designed for new Elevate PDFs as part of their Mitacs fellowship orientation. The event provided attendees with principles and concepts they can use to understand leading, mobilizing, and managing creativity and innovation.
Mitacs thanks the Government of Canada and Alberta Innovates for their support of the STEP program in this story. Across Canada, the STEP program also receives support from the Government of British Columbia, the Government of New Brunswick, the Government of Newfoundland and Labrador, the Government of Nova Scotia, the Government of Ontario, the Government of Prince Edward Island, the Government of Quebec, the Government of Saskatchewan and Research Manitoba.
Near-living architecture is an emerging style that incorporates biological features to make environments more responsive to occupants in that space. PBAI’s installations are mini ecosystems — chemically infused and biologically active layers — that perform biochemical reactions like osmosis. They literally react and change in relation to inhabitants of the space.
As a PhD student in the Department of Systems and Computer Engineering at Ottawa’s Carleton University, Hassan’s research focused on the efficiency of wireless systems — finding newer and better ways to control how cellular and Wi-Fi systems allocate network resources optimally.