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Dalhousie University | Halifax Mid Harbour Nova Scotia Provincial Government, Nova Scotia | Canada | 3 months ago
program whom they hope to work with. To hire a Canada Emerging Leader, Dalhousie must first secure a Canada Impact+ Research Chairs in a complementary research area. Learn more: https://dal.peopleadmin.ca
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through the combination of experimental, theoretical, and technological innovation are particularly encouraged to apply. The successful applicant will be expected to establish an innovative, externally
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skills Ability to interact with instructors Familiarity with web conferencing technology (e.g., Microsoft Teams, Zoom) In Order To Apply (IMPORTANT) You MUST include the following in your application: CV
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not limited to: (1) the analysis of patient-derived models using high-throughput technologies to elucidate oncogenic mechanisms and/or develop novel therapies; (2) the design of next-generation
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/training/program plan for one-to-one mentorship in collaboration with BIRM Director Visit BIRM school programming to develop relationships with incoming graduates Contribute to the preparation of reports
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intelligent technologies interact, predict their societal impacts, and develop technologies that promote a healthy, just, and inclusive society. If the successful applicant’s eligibility aligns with Connected
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, tact and diplomacy in dealing with the frequent interactions with students, staff, faculty, university departments and external organizations; Department: Vice-Provost IndigenousEngagmt Status: Permanent
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the project datasets, conduct analyses and interact with the project team and Northern, Canadian and international collaborators. Specifically, the Research Data Coordinator will work with the PI in designing
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modern nuclear reactor design (fission, fusion, and small modular reactors), transport phenomena in nuclear reactors, thermal hydraulics, molten salt chemistry, thermodynamics, and processing, nuclear
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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