312 algorithm-development-"Multiple"-"Prof"-"Prof"-"Simons-Foundation"-"U.S" positions at University of Saskatchewan
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, retention and support of educational leaders, identification of faculty development needs, and helping faculty to continually improve teaching skills with a particular focus on ensuring an inclusive and
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. This is a bold vision, one that we will strive to achieve through investing in our talent. In line with our Mission, we will work with our employees, partners, and stakeholders to discover, develop, and
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, faculty, and researchers across the health disciplines and will help us to educate health professionals using a team-centered approach. We are recruiting for the Director, Academic Health Sciences and are
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, retention and support of educational leaders, identification of faculty development needs, and helping faculty to continually improve teaching skills with a particular focus on ensuring an inclusive and
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developed standard operating procedures and in consultation with the Lab Manager decides which processes to employ to achieve work objectives; plans workflow to meet demands, deadlines, and to accommodate
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external stakeholders from industry and the broader community. The Tech Transfer Officer’s work involves high pressure, competing demands, multiple projects, and tight timelines, but being part of a nimble
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research and instrument development Attention to detail and strong organizational skills Ability to manage multiple tasks and meet deadlines Ability to work effectively with diverse teams, including
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Primary Purpose: To develop, implement and evaluate strategies for delivery of undergraduate student services within the Edwards School of Business. The manager will oversee the student life cycle
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independently and collaboratively in a highly confidential team environment with a demonstrated commitment to ongoing program development. Coordinating and undertaking multiple projects with competing demands and
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excised and repaired via low fidelity DNA repair pathways. Multiple cancer genomes contain mutations in sequence contexts that match the in vitro deamination specificities of A3A, A3B, and A3H haplotype I