16 computational-physics "https:" "https:" "https:" Postdoctoral positions at University of Utah
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Open Date 10/31/2025 Requisition Number PRN43468B Job Title Software Researchers Working Title Software Researcher I through III Career Progression Track P00 Track Level FLSA Code Computer Employee
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their PhD program. Scholars are expected to be in residence during their tenure, participate in seminars, and contribute to the broader intellectual community. It is expected that fellows will teach one
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biology approaches. We are looking for candidates who are excited to develop an independent research program within this framework. Several exciting projects are available, including: Identifying mechanisms
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in the engineering sciences, applied mathematics, physics and computational sciences will be considered. Individuals comfortable with machine learning, the JAX library, finite element methods, and/or
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in the engineering sciences, applied mathematics, physics and computational sciences will be considered. Individuals comfortable with machine learning, the JAX library, finite element methods, and/or
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Compiles data from a variety of sources including interviews, literature sources, and medical and genealogical records; enters information into the department’s computer system. Assists PI’s, Research
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within the area we serve – which includes Idaho, Montana, Nevada, Utah, and Wyoming – with impact worldwide. In your cover letter or during your interview process, we invite you to share how your
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postdoctoral position is available in the Chaudhuri lab within the Nora Eccles Harrison Cardiovascular Research and Training Institute (http://www.cvrti.utah.edu), at the University of Utah. Projects
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and encourages applications from individuals of all backgrounds. For more information about Dr. Playdon’s research, visit her faculty profile https://profiles.faculty.utah.edu/u6017378 . Details about
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that are needed to succeed in obtaining future grant funding. Most importantly, the AI computational biomarkers developed in this program will pave the way for improved patient care through more accurate