97 channel-coding-electrical-engineering Postdoctoral positions at University of Washington
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Position Summary The Seáñez Lab is seeking a postdoc to work on a project aimed the development of spatiotemporal control of non-invasive stimulation to restore movement in spinal cord injury. The postdoctoral researcher will take a lead role in designing and conducting experiments to assess how...
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Position Summary The Seáñez Lab is seeking a postdoc to work on a project aimed at understanding changes in neural excitability induced by spinal cord stimulation and motor learning. The postdoctoral researcher will take a lead role in designing and conducting experiments to assess how people...
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Position Summary Postdoctoral Research position open in the Berkland Lab (Department of Biomedical Engineering, Danforth Campus). Area of expertise: Pharmaceutical formulation, peptides
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monitoring, student mentoring, proposal and paper writing, and guest teaching for a bioprocess engineering class. The candidate will be responsible for project coordination and reporting. Job Description
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costs are not included. Minimum Qualifications: · Ph.D. in transportation engineering or a closely related field such as industrial engineering, systems engineering, computer science, electrical
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to work on next-generation electric propulsion concepts for very-low-Earth orbit (vLEO) satellites. The goal of this project is to improve the science and technology of electric propulsion concepts
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Qualifications: PhD in Environmental Engineering, Environmental Chemistry, Analytical Chemistry, Environmental Science, and/or other aligned discipline. Operation and optimization of LCMS and/or GCMS
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Position Summary Postdoctoral Research position open in the O’Brien Lab (Department of Biomedical Engineering, Danforth and Medical Campus). Dr. Christine O’Brien invites applicants to join her
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biology, other engineering, or a related field. Course work in biology/physiology, biomaterials. Experience with soft gel synthesis (collagen, polyacrylamide), cell culture, microscopy and image analysis
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) technology. The approach relies on high-loss loopback couplers and polarization-resolved optical frequency domain reflectometry to sense beyond the optical repeaters on submarine telecommunication cables with