26 computer-science-programming-languages-"U.S"-"U.S" Postdoctoral positions at Emory University
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. These fellowships support outstanding postdoctoral scientists pursuing research that bridges the disciplines of physics, biology, chemistry, mathematics, and/or computer science. The program was inaugurated in 2022
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the Emory Oaks program. Emory Oaks is a college autism support program designed for autistic students seeking their degree at Emory University. The Fellow will be tasked with providing Support Navigation
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quantitative findings to generate mixed-methods insights into program implementation and impact. Lead and co-author manuscripts for peer-reviewed publication. Prepare technical reports, policy briefs, and other
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these discoveries into new therapies and diagnostics. We employ cutting-edge approaches in genome engineering, synthetic biology, genomics, and computational biology to illuminate the regulatory networks governing
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informatics and signal processing. Experience with large volumes of physiological and temporal medical data and time series analytics are essential. Strong programming skills in Python and modern machine
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. Ideal candidates must have a PhD, have basic experience in standard laboratory techniques for molecular biology/genetics and/or immunology. 2. Preference to applicants who are finishing graduate school
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engineering, nursing, computer science, data science, or related field Strong analytical and programming skills Excellent written and oral communication abilities Experience with one or more of: machine
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the Emory Oaks program. Emory Oaks is a college autism support program designed for autistic students seeking their degree at Emory University. The Fellow will be tasked with providing Support Navigation
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citizenship and a robust background in one or more of the following specialized areas: 1. Comprehensive knowledge of osteoimmunology and/or bone biology. 2. Expertise in fundamental skeletal phenotyping
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into cells and its regulation by host factors. Our group combines molecular/cell biology, and quantitative microscopy techniques, such as single particle tracking and super-resolution imaging, to investigate