14 high-performance-computing-"https:"-"CIPMM---Systemic-Neurophysiology" "https:" Postdoctoral positions at University of Washington
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) studies is expected. Solid skills in at least one programming language (R, Python or Perl) and experience working in Linux and/or high-performance cluster environments. A strong ability to perform
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tomography will also be developed. This work will be performed in the laboratory of Prof. Mark Anastasio. The successful candidate will have proficiency in high performance computing, experience with numerical
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. Solid skills in at least one programming language (R, Python, or Perl) and experience working in Linux and/or high-performance cluster environments. A strong ability to perform analytical reasoning
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conferences, computing equipment, and fees associated with manuscript publications, if applicable. A summary of benefits associated with this title/rank can be found at https://hr.uw.edu/benefits/wp-content
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blood samples to advance patient care. This role will involve developing computational models (statistical, machine learning, etc.), and using them to perform high throughput analysis of clinical data
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Scheduled Hours 37.5 Position Summary WashU’s Office of Postdoctoral Affairs (OPA) is seeking a Program Manager for Postdoctoral Services and Operations, who reports directly to the Assistant Vice
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. Candidates must be comfortable practicing and/or learning high-performance computing for large-scale observational seismology on local and cloud UNIX environments. Desirable additional areas of expertise
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career. Used when the appointee performs specific services on a grant or contract in exchange for compensation. Job Description Primary Duties & Responsibilities: Information on being a postdoc at WashU in
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and quantum simulation of fundamental physics observables using available quantum computers and simulators will be considered. Further information about our research can be found at https://iqus.uw.edu
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Position Summary Plant defense is not a static biological process – it is influenced by dynamic factors such as ontogeny, morphogenesis, tissue type, and the circadian clock. Our research program