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of our daily lives, yet its full potential in medicine has not been achieved. Medical data—ranging from images and genetic information to electronic health records—is often complex and varied, creating
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MRI protocols to accurately assess treatment outcomes in terms of treatment viability. This project aims to further advance this objective by integrating different medical imaging data types
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characterization of electrode materials Design, operate and optimize electrochemical reactors and separation systems, analyze and interpret data using electrochemical and materials characterization techniques (e.g
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the selection process. Type Benefited Staff Special Instructions Summary Please provide a statement of research interests and career goals. Additional Information The University is a participating employer with
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@hci.utah.edu . Responsibilities Minimum Qualifications Preferences Preferences: The successful applicant will have experiences working with electronic health records data, especially in its application in
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retinal tissue dissection, immunohistochemical and molecular assays, confocal imaging, and basic analysis of imaging data. The candidate will help with tissue processing and data collection across multiple
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Instructions for more details. Please apply with a CV including publications, a 1-p cover letter with statement of interest, and the names and contact information for three references. We will review
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standards in data quality and protocol adherence, analyzing and publishing impactful research findings, and contributing to new grant applications and future study design. You’ll also help with participant
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investigator. Sets up new methods or assays to accomplish scientific objectives. Identifies and implements creative solutions to overcome problems. Organizes, interprets data and derives study conclusions
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-related scientific literature. Sets up new methods or assays to accomplish scientific objectives. Identifies and implements creative solutions to overcome problems. Organizes interprets data and derives