94 algorithm-"Multiple"-"U"-"Simons-Foundation" "Prof" positions at University of Saskatchewan
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asset, especially for supporting immersion programs Organizational and time management abilities to manage multiple priorities, projects and timelines. Problem-solving skills and critical thinking
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is indicated. All qualified candidates are encouraged to apply. Completed applications must be emailed to: Prof. Regan Schmidt Search Committee Chair and Department Head of Accounting Edwards School
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; proven ability to work in a high volume setting and manage multiple projects with competing demands and deadlines; ability to maintain meticulous attention to detail and ensure accuracy; proven ability
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, community members and internal and external event sponsors. This complex position may experience constant interruptions, changing priorities, strict deadlines, multiple competing demands, addressing multiple
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platforms Ability to learn website content management systems (Mobirise) Basic graphic design skills using tools such as Canva Ability to work independently and manage multiple tasks with attention to detail
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policies and procedures would be an asset. Skills: Demonstrated strong organizational, time management, and relationship building skills; proven ability to work in a high volume setting and manage multiple
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; proven ability to work in a high volume setting and manage multiple projects with competing demands and deadlines; ability to maintain meticulous attention to detail and ensure accuracy; proven ability
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to the Director of the Clinical Research Support Unit. Duties focus on computer-based quantitative analysis and reporting and are subject to multiple peak periods that may be stressful due to high volumes of work
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(or designate). This position requires a high level of discretionary decision-making and professional judgement. The incumbent will manage multiple projects with competing timelines in a fast-paced, complex
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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