Having reached a crossroads in her PhD research, Renée was seeking opportunities to connect to the wider academic community. Encouraged by a colleague, Renée attended a cinq à sept hosted by Concordia’s Technoculture, Art, and Games (TAG) lab — an interdisciplinary centre for research in game studies and design, digital culture, and interactive art.
As a literature and social sciences student at Mexico’s Universidad de Guadalajara, Nydia Pando assumed her chances of getting a Mitacs Globalink Research Internship (GRI) were slim. The available internships in her discipline didn’t quite align with her experience and areas of interest. “I interviewed with a professor, but we both understood I wasn’t the right person for the project.”
Almost half the world’s population cooks with highly polluting, traditional biomass stoves that burn wood or crop residue. The resulting household air pollution is one of the world’s leading causes of death and contributes significantly to climate change.
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.
TMS treatment involves the placement of a magnetic coil near a patient’s head. The coil produces magnetic pulses that induce currents in the patient’s brain. TMS is approved for mental health treatment in Canada and has had promising results treating illnesses such as depression and schizophrenia.
Montreal-based start-up incubator TandemLaunch is the recipient of the Mitacs Industry Award for Exceptional Leadership for its contributions in creating opportunities for Canada’s next generation of entrepreneurs.
But when the product required an updated approach to match new industry standards, the company relied on the fresh perspective of a Mitacs Accelerate intern from the Université de Sherbrooke to take it to the next level and enhance their competitiveness for entry into Canada-wide markets.
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.
For diagnosticians and surgeons working to prolong the lives of patients with heart disease, the map that a pre-surgical x-ray provides is often not enough to navigate the unique and changing terrain of the human body. With heart disease affecting 1.3 million Canadians, an accurate map of a diagnosis can have profound effects on the patient’s recovery time and outlook — ultimately saving lives and reducing costs.