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: Department of Mechanical and Industrial Engineering Campus: St. George (Downtown Toronto) Existing Vacancy: Yes POSITION DESCRIPTION The Department of Mechanical & Industrial Engineering in the Faculty
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: Department of Mechanical and Industrial Engineering Campus: St. George (Downtown Toronto) Existing Vacancy: Yes POSITION DESCRIPTION The Department of Mechanical & Industrial Engineering in the Faculty
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Dalhousie University | Halifax Mid Harbour Nova Scotia Provincial Government, Nova Scotia | Canada | 1 day ago
knowledge of disease, diagnosis and person-centered management is key to successful nursing practice. Specific disease processes related to body systems are described and mechanisms of therapeutic options
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2, 2026, 11:59pm EST Course number and title: MMG3001Y: Advanced Human Genetics Course description: This two-term graduate course is offered within the MHSc Medical Genomics program, and is restricted
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: Online synchronous Estimated enrolment: 10 Estimated TA support: None Qualifications: A PhD or Masters level education with experience in health informatics, preferably in the areas of data governance and
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Canada Impact+ Emerging Leader is conditional upon their approval. Consult the Canada Impact+ Emerging Leader recruitment website https://www.canada.ca/en/impact-plus-chairs/program-details/competition
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Biotechnology with focus on Translational Quantitative Biomedical Imaging: an early-career researcher who will build an independent program developing and applying quantitative biomedical imaging methods and/or
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for selected courses related to the M.Eng. biomanufacturing program and M.Sc. concentration in Synthetic Biology Qualifications and Education Requirements: Candidates must have a PhD in Chemical
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. Work will be focused on investigating and analyzing the biochemical mechanisms that regulate myelination and remyelination in the central nervous system. The focus of the candidate’s core project will
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computational modeling. These systems contribute to new methodologies for studying the fundamental biological mechanisms that govern interactions at all levels of complexity, ranging from molecules to communities