45 electrical-power-engineering-"https:"-"https:"-"https:" Postdoctoral positions at Duke University
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objectives. Culture myoblast cells in both 2D and 3D systems, including development and maintenance of engineered myobundles. Evaluate muscle function through contractile force measurements following
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effective in leading discussions about project status and current results in audio and video calls and in-person meetings, and communicating the same in formal and informal written reports. The ideal
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the development of new imaging protocols. Minimum Requirements: Ph.D. or equivalent doctorate (e.g. Sc.D., M.D., D.V.M.) in biomedical engineering, electrical or computer engineering, medical physics
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neurologists, neurosurgeons, sleep medicine specialists, engineers, and data scientists, you will have the opportunity to contribute to groundbreaking discoveries while expanding your scientific expertise in a
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the postdoc will also work closely with Drs. Rick Hoyle and Christopher Bail, as well as other HARP Principal Investigators in the Pratt School of Engineering involved in the first stage of research studies
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prepare fellows for independent academic and research careers. What You'll Bring: Required Qualifications PhD in Biomedical Engineering, Physics, or a closely related field, or an equivalent doctoral degree
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Chan (Biostatistics & Bioinformatics, Duke University) Dr. John Hickey (Biomedical Engineering, Duke University) Dr. Jessica Conway (Mathematics & Biology, Penn State University) Dr. Elliott SoRelle
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research in engineering and science related to critical minerals. This position will contribute to building interdisciplinary excellence and research pathways in critical minerals research at Duke University
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Artificial Intelligence Computational Behavioral Science Data Science Biomedical Engineering Computational Psychology Related quantitative disciplines Demonstrated ability to conduct independent research and
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therapy, with a particular emphasis on epigenetic regulation, radiation response, and treatment resistance. Our work leverages patient-derived organoids, engineered cellular models, functional genomics, and