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to optimize resources and enhance campus environments. The Ideal Candidate As the ideal candidate, you are a forward-thinking and collaborative facilities leader with a demonstrated ability to advance
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University of Toronto | Downtown Toronto University of Toronto Harbord, Ontario | Canada | 3 months ago
side, students learn the investment theories and analytic models applicable to portfolio management. Students gain fundamental knowledge of portfolio construction, optimization, and performance
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the application. The University of Toronto requires that the successful candidate must have a PhD. The successful candidate will lead a stellar program of research with a focus on optimizing outcomes for children
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, with access to facilities including the Canadian Light Source and the Biomedical Beamline and Saskatchewan Centre for Cyclotron Sciences, VIDO Intervac. For further information, please visit https
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, operational planning, governance, leadership, and change management. Systems and transformational thinking are required to equip the healthcare workforce to be technologically adept and optimally perform within
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Knowledges and supports reconciliation and decolonization. Primary Purpose: The Specialist directly supports incoming and current Indigenous students at USask to assess needs, navigate support systems needed
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. Expertise may include systems-level investigations of perception, cognition, or motor control; application of machine learning to neural data analysis and neural decoding; the development of biologically
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that have shaped our planet over the last 4.6 billion years. Our research and training advances fundamental and applied geoscience knowledge within three themes: (i) Biological and Environmental Co-evolution
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promotion, disease prevention, treatment, support and rehabilitation to enable patients/clients to achieve and maintain optimal health outcomes. Consulting, coordinating and referring to other team members
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departmental strengths in areas such as catalysis, thermodynamics, advanced separations, integrated chemical process design and optimization, scaling and modularizing chemical processes, and novel energy inputs