The research that he will undertake with Dr. Bernardo Trigatti could be vital to developing treatments for atherosclerosis, a condition that causes cardiovascular disease. This condition causes fat to accumulate in the bloodstream, increasing the risk of heart attack and stroke as well as contributing to development of cardiovascular illnesses. With diagnosis of heart disease on the rise in North America and around the world, such research could have profound effects on preventing its progression among at-risk patients.
Kinfe is quick to acknowledge the role that Mitacs Elevate played in acquiring his new role.
“The Elevate program definitely helped in finding my new position. It helped me network and communicate better. The Mitacs Step and Elevate workshops I attended helped me build effective connections, and perform well during the interviews I had towards my dream job. Also, the interactions I had with my industrial partner were fruitful and developed further as we worked together.”
“While I was working on my PhD, that’s what I was focused on. I needed time to foster industry relationships after my PhD, but I was still in an academic mindset. The Elevate program gave me the technical and practical skills to move to the next level.”
And he’s doing just that in the second year of his Mitacs Elevate postdoctoral fellowship. Gurjit is working with partner company Unitron Hearing, in collaboration with the Toronto Rehabilitation Institute and the University of Toronto to make hearing care accessible through the internet.
What makes Mitacs Step workshops such crowd pleasers? From professors to participants its rave reviews all around. I sat in on a workshop to see, first-hand, what sets these workshops apart.
On the Mitacs website, the Step page has a listing of workshops offered throughout Canada covering a range of essential business skills sure to enhance future careers. Armed with some reviews and insights into the Mitacs Step program, I settled on Practice Your Presentation Skills I.
Peter is currently in the final year of his Mitacs Elevate Postdoctoral Fellowship at McMaster University. Supported by his industrial partner, Sentinelle Medical, Inc. (a Hologic company), he is focused on clinical applications of combined MRI and ultrasound for improving diagnosis and treatment of cancer patients.
“I thought I might benefit from learning a little bit more about the business environment, but I didn’t have very high expectations about the workshops themselves,” El Saadany says. It turned out his expectations were to be exceeded by far. In the end, El Saadany took part in half a dozen different Mitacs Step skills development workshops.
What sets the Step workshops apart, El Saadany thinks, is first and foremost the quality and professionalism of the presenters. However, the content has also proven very useful to him.
Optimization techniques, an emerging innovation, can serve as one of the tools for financial institutions and companies to find better solutions and improve decision-making. With this focus, Mitacs Elevate Fellow Oleksandr Romanko created an industry-academic event called ‘Optimization in Finance and Risk Management’.
Held in Toronto just this past month, the 2-day workshop aimed to bridge the gap between academic research in optimization and practical financial and risk management applications of optimization techniques.
Badlani, whose main academic interest lies in the field of robotics, had applied to four different projects to participate in the Mitacs Globalink program, and his second choice was the project he ended up working on.
Through the support of Mitacs Accelerate, John Ashley Scott, a professor of biochemical engineering at Laurentian University, and Greg Ross, associate dean of research at the Northern Ontario School of Medicine were able to assemble a multi-disciplinary, multi-company research venture undertaken by seven Mitacs Accelerate interns. Involving both a school of process engineering and of medicine this project investigates the potential use of microalgae to produce carbon-neutral fuels and develop pharmaceuticals from microalgae grown on marginal land.
One of the most talked-about biomedical breakthroughs of 2010, this new development offers hope to sufferers of blood and immunological diseases, such as leukemias, who are often unable to find a suitable donor.
“Ideally, under further development, we hope to be able to grow mature blood cells for patients from their own skin, lessening the likelihood of rejection,” Eva said.