98 computer-programmer-"https:"-"U"-"UCL" "https:" "https:" "https:" "https:" "https:" positions at University of Virginia in United States
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of degree, non-degree and Executive Education Lifelong Learning programs. Degree programs include the flagship residential, Full-Time MBA program, Executive MBA, Part-Time MBA and MS in Business
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professional and/or academic expertise in the specialized subject area, and provide evidence of teaching ability and experience which applies to students' achieving the goals and learning outcomes of the program
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expected to provide formal guidance to students or otherwise participate in the instructional program. Like all professional staff, Research Scientists are principally engaged in research and appointed
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HOOS FLEETKEEPERS TRAINING PROGRAM University Transit Service (UTS) at the University of Virginia’s Department of Parking and Transportation is searching for candidates for the UTS HOOS
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they are in Medical School. The content delivered in these programs is integrated with their coursework and experiential learning. Learn more about the MD Curriculum at: https://med.virginia.edu/md-program/ume
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to a maximum of 39 weeks. One-time incentive payout of $2,500.00 with first 13 week assignment only Please visit: https://hr.virginia.edu/uva-health-internal-traveler-program Opportunities are available
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$2,500.00 incentive pay with first 13 week assignment. Please visit link http://hr.virginia.edu/careers-uva/uva-health-career-programs/uva-health-internal-traveler-program MINIMUM REQUIREMENTS Education
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part-time and full-time positions available. See complete details here - https://hr.virginia.edu/careers-uva/uva-health-career-programs/uva-health-weekend-program • Full time – 0.9 FTE • Fridays
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Tuition and professional development benefits Employee wellness program featuring activities to earn up to $500/year This position will remain open until filled. Review will begin June 23, 2025
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systems with the development of patient-derived ex vivo platforms that capture the complexity and heterogeneity of human RCC. We also leverage advanced computational tools, including single cell and spatial