KDC is a manufacturer of personal care products with facilities in Ontario, Quebec and the USA. The company connected with Kathryn Battista, Mitacs Accelerate intern and graduate student in Master's in Environment & Sustainability at Western University, for a research project aimed at enhancing KDC’s environmental practices under the supervision of Professor Ian Colquhoun from the Department of Anthropology.
“Kathryn’s internship focused specifically on designing and implementing boundaries around our waste management,” says Sonya D'Cunha, Director of Sustainability at KDC.
As a student from Instituto de Estudios Superiores de Tamaulipas, Mexico, Gerardo is enjoying the research culture in Canada where the standard of excellence is high, and he receives detailed guidance from the lab team and his professor when he needs it. His project involves testing the heat efficiency of a new type of solar panel to optimize its power generation ability.
Through his University’s Graduate Professional Skills program, Ali heard that Mitacs Step workshops provide business-ready skills to up-and-coming researchers. He participated in nine workshops that helped him develop skills in areas such as project management, team building and entrepreneurship. Specifically, Ali was able to add to his skill set in a substantial way: “The Step Project Management workshops enabled me to qualify for the Project Management Certification.”
Her Globalink research internship project under Professor Dae-Sik Moon at the University of Toronto’s Department of Astronomy and Astrophysics is employing new technology that was originally developed for the James Webb Space Telescope — a collaboration between NASA, the European Space Agency and the Canadian Space Agency. Aishwarya’s project involves selecting and testing optical components that will ultimately give astronomers the ability to see the faintest glows of light from the earliest moments of the universe, as well as the formation of stars, planetary systems and galaxies.
Originally from Brazil’s Universidade Federal da Paraiba, Rodrigo is developing risk-based methods to efficiently and strategically predict which sections of the pipeline are most in need of maintenance or repair. These methods would help to ensure the long-term integrity of many of the oil and gas pipelines that cross Canada, preventing environmental damage caused by spills.
After moving to London, Ontario seven years ago, Roberta was intrigued by some of the older Victorian buildings near the downtown area and on historic Dundas Street. She wondered why such beautiful architecture had been neglected and what the significance of these heritage buildings had once been. With help from Jenn McLean, Mitacs Business Development Director, Roberta approached the City of London with an idea to investigate these buildings’ histories as part of a larger cultural revitalization project with the City of London’s Culture Office.
By diagnosing oral premalignant lesions that might progress to cancer and making better clinical decisions, clinicians can significantly lower the mortality rate, increase quality of life with earlier and less traumatic surgery and reduce healthcare costs.
Toronto-based ProteoCyte Diagnostics Inc. developed a new diagnostic testing system, StraticyteTM, which can accurately and objectively identify premalignant oral lesions that have a high risk of becoming cancerous, allowing patients to undergo early treatment to ensure survival and improved quality of life.
At the University of Ottawa’s Chemical and Biological Engineering department, I work with Dr. Tezel and Dr. Boguslaw Kruczek to investigate the potential for inorganic membranes to capture greenhouse gases. Although these membranes are well suited to large-scale applications, they are a few years away from industrial implementation.
Having completed a PhD in Electrical Engineering, Dr. Haleh Vahedi was excited to make new, local connections to advance her career. During her Mitacs Elevate fellowship, Haleh was supervised by Dr. Tony Chan Carusone of the University of Toronto’s Department of Electrical and Computer Engineering to design an electrical circuit for data transmission at 28 gigabits per second without loss of signal quality or reception. The circuit she designed could easily be added to existing Snowbush hardware, improving signal integrity without adding complexity to the system.