112 programming-"Multiple"-"U"-"Prof"-"O.P"-"Embry-Riddle-Aeronautical-University" positions at Medical College of Wisconsin
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our Pediatrics Department. Purpose Manage all aspects of clinical trial initiatives to ensure compliance with state, federal and institutional regulations, policies and procedures for multiple divisions
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plan, including exceptional 403b match, and generous relocation allowance. · Value highly placed on multiple avenues for academic pursuits including research, quality improvement, and teaching without a
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including; kidney, pancreas, and living donor programs. Innovative program on the cutting edge of transplantation with exposure across multiple specialties, including partnering with our liver, heart, and
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assisting with or coordinating projects. Proofread and format documents to ensure proper format and grammar. Compile data and information from multiple sources to prepare reports. Distribute mail and organize
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time-management skills to handle multiple tasks effectively. Knowledge of research safety procedures and laboratory best practices. Ability to conduct experiments, troubleshoot technical issues, and
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Wisconsin (CW), Zablocki Veterans Administration Medical Center (VAMC), and several ambulatory surgery centers in SE Wisconsin Our total joint program currently consists of 6 teams (each team is composed of a
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to manage multiple tasks with ease and efficiency. Effective interpersonal skills, including the ability to promote teamwork, strong problem-solving skills. Preferred Schedule: Full-time role with
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, Sleep Medicine, and Smoking Cessation. This full-time position will require work in all facets of the academic medical setting including the opportunity to teach at multiple levels, take part in our
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, Content Strategy and Social Media, you will be responsible for leading a content strategy plan and implementing and optimizing it to align to and ignite pride and awareness of the pillars, priorities and
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older adults, participating in multiple projects that employ advanced functional magnetic resonance imaging (fMRI) techniques to investigate brain network mechanisms underlying diverse grief trajectories