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lab where more than 250 students work each year alongside kinesiologists, physiotherapists, and occupational therapists to serve nearly 500 community members. The Chair will develop and lead an
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. Work that develops rehabilitation models for aging-related conditions and that reframes how we help people live well, not just live longer, is of particular interest. The successful candidate will build
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standards, occupational guidelines, and global climate and health frameworks. The successful candidate will develop and lead an internationally recognized, externally funded research program, supervise and
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of interest and implement pipelines to analyze the development of structural connectivity. The RA will report weekly on the project’s progress to the supervisor, monthly during lab meetings. The RA will write a
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, cultural, and media landscape Description of duties: The Sessional Lecturer will teach the full course, conduct all grading, and prepare and submit all final marks. In addition, the Sessional Lecturer will
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The University of Toronto’s Faculty of Kinesiology and Physical Education is globally recognized for developing and advancing knowledge about the interactions of physical activity and health through outstanding
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Dalhousie University | Halifax Mid Harbour Nova Scotia Provincial Government, Nova Scotia | Canada | 2 months ago
-credit advanced graduate design studio and is responsible for studio development, lectures, critiques, assessment, and grading. Graduate design studios explore complex design problems through critical
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in professional and/or academic settings is an asset. Familiarity with contemporary architectural practice is strongly preferred. Evidence of the ability to contribute to curriculum development, studio
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University of Toronto | Downtown Toronto University of Toronto Harbord, Ontario | Canada | 3 months ago
Date Posted: 06/17/2026 Req ID: 48694 Faculty/Division: UofT Mississauga Department: UTM: Management Campus: University of Toronto Mississauga (UTM) Description: Apply here: https
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and the mathematical foundations of asset pricing. Starting from discrete-time models and moving to random walks, the course develops the principle of no-arbitrage and builds toward continuous-time