260 phd-computer-engineering-"Diamond-Light-Source"-"Diamond-Light-Source" positions at University of Kansas Medical Center
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access to the most promising therapies, cutting-edge clinical trials and world-class research. The Cancer Prevention and Control Program includes over 50 scientists across 3 campuses and multiple schools
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the existing expertise within both the Department and the broader KUMC research community. Job Description: Job Duties Establish and maintain an externally funded, independent research program in areas such as
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Fire Alarm Systems. Experience using Workday, Teams, and Outlook. Experience working in a college or university setting. Skills Basic computer proficiency Critical thinking Analytical thinking
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PhD. In addition to KCIS, collaborating centers and institutional partners based at KUMC include: • The University of Kansas Cancer Center, an NCI-designated Comprehensive Cancer Center • The statewide
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Screening, Imaging, the Product Development Core, and Animal Resources. This position will work directly with the Technology Transfer offices on both Lawrence and Kansas City campuses, technology transfer
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Description Summary: The Director of Operations and Systems Integration will partner closely with the Leadership Team to fulfill the mission and vision of the simulation program. The position is responsible
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, including 176 hours of paid vacation per year, 96 hours of sick leave earned per year, nine paid holidays plus one discretionary day, a retirement program (8.5% employer match), medical & dental insurance
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exhaustive list of all possible. Required Qualifications: Education: PhD in Bioengineering or Neuroscience or related field. This position requires a formal degree in the cited discipline area(s) to ensure
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and budget administration. Preferred Qualifications Education: Bachelor’s degree in engineering, architecture, construction management or architectural engineering Work Experience: Experience with 2018
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research program seeks to identify novel pathways used by bacteria to cause disease. One major area of research interest is how the human pathogen Staphylococcus aureus responds to, and utilizes, host fatty