120 algorithm-development-"University-of-Surrey" research jobs at University of Washington
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Institute for Learning & Brain Sciences (I-LABS) has an opening for a bilingual (Spanish-English) post-doctoral researcher interested in bilingual language development in young children. We are focusing
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of Bioengineering is seeking a Postdoctoral Fellow to contribute to collaborative, cooperative, and interdisciplinary research. The Lutz lab has developed a diagnostic assay for tuberculosis that detects cell-free
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developments that improve patient care and safety before, during, and after surgery. Our group is hiring a Temporary , Full-Tim e, In-Person Research Engineer Assistant to help design and carry out
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opportunities both within our department and with external groups. Importantly, you will have the chance to dedicate 20% of your time to an independent project, which could potentially develop into a faculty
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research projects with other institutions and investigators. Participates in developing hypotheses to be tested and ways of testing it. Assists with general supply/equipment orders, lab maintenance and
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. The projects in the lab include assessing the role of T and B cell immunity on virus infection and transmission, evaluating innovative virus vaccines, as well as developing assays and reagents for hamster
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at the Research Assistant Professor level. Anticipated start date Autumn 2025 or Winter 2026. A successful candidate is expected to develop an independent research program. This position will use skills including
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resistance and the development of new cancer therapeutics that include immunotherapeutics. The particular areas of emphasis for this position center on studies of resistance to current therapeutics deployed
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on laboratory and specimen conditions. Coordinates research project with other institutions and investigators. Participates in developing hypotheses to be tested and ways of testing it. Assists with general
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advances in quantitative microscopy, microfluidics, and soft matter biophysics, apply them to create fundamental advances on the understanding of the biomechanics of inflammation, and develop translational