21 high-performance-computing-postdoc Postdoctoral positions at George Washington University in Ireland-University-Ranking-2024
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initiatives. This position is for a Selective Excellence-funded Postdoc based in the Center for the Advanced Study of Human Paleobiology, and working in the The Paleoanthropology and Paleoecology Research Lab
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Trustworthy AI Systems NSF Research Traineeship, the Digital Trade and Data Governance Hub, the Center for Machine Learning, and the Human-Computer Interaction Lab at UMD, and the Center for Equitable AI and
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of academic research papers. Candidates are expected to demonstrate strong academic performance during their undergraduate and graduate studies, as well as the ability to conduct high-quality independent
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for Biomedical Sciences. Its mission is to deliver high- quality education, advance scientific knowledge, and improve human health through cutting-edge biomedical research. The Postdoctoral researcher will lead a
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energy resources and technologies for various scenarios. The postdoc will train and supervise other team members and mentor students as necessary to advance the project. The project will require effective
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performs work under the supervision of experienced researchers. Opportunities for professional development include developing an independent research portfolio, contributing to grant proposals, mentoring
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-analysis and AI. This position may also help lead and direct the work of research assistants and other staff. This role performs work under the supervision of experienced researchers. Duties and
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of undergraduate and graduate students. This position will be expected to support the training and mentorship of these students. Postdocs will design, organize and conduct specialized and advanced experiments using
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on MITM can be found at the following link: http://smhs.gwu.edu/microbiology/ Postdocs will design, organize, and conduct specialized and advanced experiments using established scientific protocols
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foundations for the next generation computing systems. Our research is currently focused on two-terminal non-volatile memory devices called memristors. These devices have shown an electrical behavior similar