97 phd-rehabilitation-engineering-computer-science Postdoctoral positions at Stanford University
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effective therapies. At Stanford, innovations in neural interface technology have allowed us to discover how abnormal electrical brain activity contributes to disorders in movement. In the Human Motor Control
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will have connections to both the Molecular Imaging Program at Stanford (MIPS) and the Radiological Sciences Laboratory (RSL). The ideal candidate for this position will have interest in being trained in
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of cancer immunotherapy and beyond. Required Qualifications: The post-doctoral fellow candidate is required to have obtained an MD, PhD, or MD/PhD in areas of cell biology, biochemistry, molecular biology, or
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Rejuvenation, Epilepsy and Pediatric Neurology. We are seeking a highly motivated and qualified post-doctoral scholar to lead studies using state-of-the-art high throughput drug screening technology to identify
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. Qualifications for this position include a PhD in Computer Science, Artificial Intelligence, Natural Language Processing, Human-Computer Interaction, or a closely related field. Candidates should have demonstrated
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faculty, PhD students and researchers. The ideal candidate will have earned a Ph.D. in applied science and engineering discipline, with demonstrated expertise in a complementary area (e.g., a Ph.D. in
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decisions are made under pressure, and how technology can support (rather than hinder) patient care. The postdoctoral scholar will use modern data science tools and cloud computing to analyze high-dimensional
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external) Candidates from a diverse background are encouraged to apply. The applicant may hold a PhD either in physical sciences/engineering with a strong interest in translational research and motivation
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collection challenges (e.g., technology, logistics, respondent recruitment). Data Management & Analysis Clean and manage large-scale quantitative survey datasets using R (preferred) and Stata or other packages
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expansion of a novel gene editing delivery technology. This is a unique opportunity to unlock the vast potential of diverse marine organisms—including corals, sea stars, hemichordates, and tunicates