279 computer-science-intern "https:" "https:" "https:" "https:" positions at University of Utah
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of Hematology and Hematologic Malignancies is a division of the Department of Internal Medicine at the University of Utah. The scientific focus of our Division is the study of blood and bone marrow in health and
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and hospital personnel. Develops and conducts continuing education programs utilizing internal and external resources based on an evaluation of continuing education needs. 5. Serves as a content expert
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and hospital personnel. Develops and conducts continuing education programs utilizing internal and external resources based on an evaluation of continuing education needs. 5. Serves as a content expert
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community outreach for assigned program(s). May manage special events that publicize the organization and its programs to the community. Requires basic skill set and proficiency. Conducts work assignments as
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. Responsibilities 1. Plans, coordinates and follows-through with details for in-person, hybrid, and virtual events for internal and external clients. Most events are held at the University of Utah SJ Quinney College
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. Responsibilities 1. Plans, coordinates and follows-through with details for in-person, hybrid, and virtual events for internal and external clients. Most events are held at the University of Utah SJ Quinney College
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understanding basic management of key risk factors for poor surgical outcomes is necessary. Individuals with experience in/around operating rooms, in perioperative medicine, family practice, oncology, or internal
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(EDC) and other data management systems to internal and external personnel. Problem Solving Employees in this position are required to discuss questions and suggestion for improvements with the study
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(EDC) and other data management systems to internal and external personnel. Problem Solving Employees in this position are required to discuss questions and suggestion for improvements with the study
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inception and help shape its direction and culture. We develop computational tools and approaches to study the most challenging and rapidly evolving regions of the human genome—segmental duplications. Using