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individuals to become exemplary physicians, scientists and leaders who are life-long learners and inquisitive scholars. The PBC campus embodies the University’s priorities of engagement, partnership, innovation
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orientation with compositional design, the project will investigate how directional control over framework domains influences charge transport, optical response, and catalytic performance. Applications include
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invasive and non-invasive quantitative brain PET studies; designing model-independent kinetic analysis methods for dynamic PET imaging; developing connectivity analysis techniques for brain LAFOV PET/CT data
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aromatics and specialty chemicals. In this project, you will design and study catalytic processes that upgrade complex phenolic mixtures into targeted products using advanced bifunctional catalysts. By
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properties data to hence facilitate a more reliable and application-ready cryo-fuel pump design. The work will include detailed constituent material property characterisation in representative cryogenic
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Research and Innovation project (2027-2031) which aims to develop adaptive strengthening and repair strategies for ageing infrastructure in aggressive environments. The project endeavours to develop
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’ economic vulnerability.” Your tasks Together with your supervisory team, you will design and conduct novel empirical studies; You will integrate new insights across disciplines, including sociology
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Priority will be given to the following designated employment equity groups: Indigenous Peoples* (First Nations, Inuit and Métis), persons with disabilities and racialized persons*. * The Employment
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methods from physics, chemistry, and mathematical modelling. The long-term goal is to derive design principles for constructing smart, adaptive microsystems, potentially useful for targeted drug delivery
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humidity ranges. By exploiting advances in materials design, it is possible to tailor ionic transport properties while maintaining structural integrity under demanding electrochemical environments