10 algorithm-development-"St"-"St" Postdoctoral research jobs at The University of Iowa in United States
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POSTDOC - RADIOCHEM CURRICULUM & LAB DEVELOPMENT Requisition # 4445 Position Basics Advertising Ends on:Tuesday, September 30th, 2025 Advertising Started on:Monday, July 14th, 2025 College:College
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quality improvement. 4. Seeks opportunities to enhance one’s own professional knowledge, skills, and abilities as they relate to one’s current position and/or to prepare for potential future roles and
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position in MR Physics. This successful applicant will help with development of MR imaging methods to study tumor metabolism and response to therapy. The research in the MRRF is focused on the development
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required. Required Qualifications: Expertise in one or more of the following areas to solve problems in computational epidemiology as they relate to HAIs: AI, algorithms, discrete optimization, data mining
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neurodegenerative diseases and a background in cellular and molecular biology, neuroscience and metabolism. Additionally, the successful candidate will have an interest/expertise in developing novel cellular/tissue
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an exciting opportunity for a dual appointment within 1) the CADRE Health Services Research & Development (HSR&D) Center of Innovation (COIN) at ICVAHCS, a group that conducts cutting-edge clinical research
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research activities/experiments, developing new hypothesis, collecting, analyzing and summarizing data, troubleshooting experiments, preparing reports, maintaining logbooks, writing manuscripts/publications
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analytics in the areas of health care, social issues, text, and social media, and faculty members have developed key methodologies in data mining, social-network analysis and mathematical optimization
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the development of novel treatments to improve mental illness!! Highly motivated candidates are encouraged to apply. The University of Iowa is an internationally recognized leader in neuropsychology and cognitive
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an important role in a multi-disciplinary group that is both rigorous and collaborative and will have exposure to the development of novel mouse models for both mechanistic and therapeutic studies. This position