248 computational-"https:"-"https:"-"https:"-"https:"-"https:"-"https:" positions at University of Toronto in canada
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fabrications, physical computing projects, games, books and/or publications, creative non-fiction or essay writing, poetry, fiction, and inter-artistic or inter-disciplinary creations. Sessions will be devoted
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. DSI aims to unify and galvanize the core strengths of Toronto’s data science community building capacity for data and computational-based research projects and training by being the focal point
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, confidentiality, and documentation. Understands the role of Health & Wellness within the University. Understands and implements the concepts of PHIPA and PIPEDA. Computer skills required (EMR, Word, Excel
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, preferably in an University environment. Computer and communication skills, including ability to correspond clearly and effectively through e-mail. Demonstrated experience working successfully with others in a
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Course number and title: ECE297H1 S - Communication and Design Course description: An introduction to electrical and computer engineering design processes illustrated by the design and
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Course number and title:ECE496Y1 Y – Design Project Course description: ECE496Y is a full-year course required for all fourth-year electrical and computer engineering students, allowing them
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computer skills. Demonstrated leadership ability. May be required to possess a valid Provincial Class “G” driver’s license. Must be able to use and demonstrate safe use of equipment. Note: There is (1) Full
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& grading. Maintain regular contact with Program Director. Closing date: July 24, 2026 Application Process: All individuals interested in this position must submit, via email, a Curriculum Vitae, and the
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and tact) and may be required to complete a University of Toronto server training program. Knowledge of food safety. Ability to work well in a team setting. Ability to handle figures rapidly. Shifts
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the development of real-world applications of quantum technologies. Building on the University of Toronto’s internationally recognized strengths in quantum information science, QAT fosters collaboration across