A limited number of fully funded fellowships are available. However, Mitacs strongly recommends that you confirm the availability of $5,000 per year from your academic supervisor or university before applying.
Fellowships will be awarded competitively.
Human papillomaviruses (HPVs) are responsible for almost all cervical cancers. Current treatment available relies on chemo- or radiation-therapy or surgery. These methods have several side-effects with high morbidity and survival of just ~ 70%. Our lab, therefore, develops a more patient-centered approach based on targeting the viral E6 protein, the main culprit of carcinogenesis in HPV-related malignancies.
In the pipeline industry, the heat shrink sleeves (HSS) are the protective layer usually composed of two layers, namely, an adhesive layer and a crosslinked backing layer such as polypropylene (PP) or polyethylene (PE). In order to maintain the desired properties of HSS, each of the layers must maintain their properties during processing, storage, and installation. In partnership with Canusa-CPS, the proposed research aims at addressing the relationships between the morphological structure and interfacial strength of the adhesive layers with their performance.
In an underground gold mine, the movement of ore and waste material occurs on a massive scale and short-term excavation activities should be scheduled so that that the right proportions of these materials are moving through the mine in order to meet production targets. In the proposed project, a mathematical optimization model will be formulated and tested on-site, in order to improve the short-term excavation scheduling activities, resulting in the desired balance of ore and waste material flowing through the mine.
Ontario has recently acquired a new forest inventory, based on aerial photos, and for the first time, a technology called single photon Light Detection and Ranging (LiDAR). This technology allows users to not only see the forest, but precisely calculate tree heights, drainage, and other things by collecting dozens of measurements per m2. A first step to utilizing this technology is being able to identify and map individual tree crowns. This research will focus on identifying individual tree crowns as a first step to developing highly accurate, affordable forest inventory.
The proposed Mitacs program will provide internships for six graduate (thesis-based MSc and PhD) students, and two Post-Doctoral Fellows (PDFs) in a competitive R&D environment at the Thunder Bay Regional Health Research Institute (TBRHRI) – Canada’s newest health research institute. Interns will be involved in research projects which aim to develop and commercialize the next generation of customized detectors to improve medical imaging applications, which are chosen on the basis of the demands of the healthcare system and commercial opportunities developed in the TBRHRI.
Recreational fisheries in Canada are estimated to provide over $2.5 billion dollars to local economies each year. There is a growing concern that industrial activities, climate change, and other factors may negatively impact the productivity of these fisheries and the freshwater ecosystems that support them. However, direct estimates of fish productivity are extremely challenging to undertake, especially in remote locations like Canadas north.
In forestry, the two major costs of delivering wood to the mill are the costs of forest road construction and transportation of harvested wood. Given the magnitude of the costs involved, and the complexity of the planning problem, computer optimization models are used. In this research project, we have outlined a research plan by which current, state-of-the-art algorithms can be used to improve how we model and solve this important problem.
This research represents the evolution of an existing partnership between USC Canada and Food: Globally Embedded, Locally Engaged (FLEdGE), a SSHRC Partnership Grant project conducting community-based research on sustainable
food systems. The intern will work with these partners to explore the theory and action of agroecology and food sovereignty at the global level and the implications this may have for the future of food systems in Canada. Through primary and secondary research, this project aims to explore the successes and limitations of agroecology in order to expand this work in Canada.
This study will examine the relationship between reclamation methods and when deactivated roads become suitable for caribou, using developing UAV technology to monitor caribou while testing UAV effectiveness in the field. This will be done by establishing long-term cameras along reclaimed road sites, monitoring wildlife movement through the study areas and by completing aerial wildlife surveys with UAVs and different sensors to establish a baseline count of the animals within the area and aid in tracking their movements.