84 proof-checking-postdoc-computer-science-logic Postdoctoral positions at University of Minnesota in United States
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Sciences (VBS) is dedicated to pioneering research, delivering top-tier education, and engaging with the community to provide exceptional services. For over 60 years, the department has been home to
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maintenance of equipment and coordination of research supplies Qualifications Required: Ph.D. in biomedical, electrical, computing, or mechanical engineering, neuroscience, computational biology, or a closely
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applicant(s). Applicants must have completed their Ph.D. or Psy.D. from an accredited program in clinical or counseling psychology and/or relationship/family therapy prior to starting this fellowship program
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for multiple open postdoctoral positions starting Fall Semester 2026. We seek candidates with a record of excellence in the mathematical sciences. Note that H-1B sponsorship may be provided to those who
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neurophysiology using animal models. Knowledge in hearing science, hearing impairment, perception, and computational modeling of neural systems. Proficiency in programming for data analysis and modeling (e.g
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the REVEAL project, in which vagus nerve implant patients will be stimulated with various settings, and corresponding responses will be collected across body systems. Multiple types of computational and
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analysis pipeline for the resulting videos, and writing manuscripts. Additionally, this postdoc will work closely with a collaborative team of disease ecologists, movement ecologists, and veterinarians
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. Target Validation and Molecular Engineering – 20% • Use shRNA/CRISPR gene-targeting approaches to validate novel targets identified through secondary, custom-designed siRNA library screening. Laboratory
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Class Acad Prof and Admin Add to My Favorite Jobs Email this Job About the Job Summary of Position This position will lead or participate in the cell biology and molecular biology studies including cell
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of the observing program; studies to model and mitigate observational systematics; and delivery of high-level products. These efforts are intended to enable robust BAO and RSD measurements from Roman GRS data and to