209 high-performance-computing-"https:"-"CIPMM---Systemic-Neurophysiology" "https:" "UCL" positions at Virginia Tech
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quality programming in the creative and performing arts, agriculture, home economics, leadership, environmental science, community resource development, health and safety, and other fields; serve as a
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, the successful candidate is expected to be involved and collaborate with other faculty in the department's innovative Bridge Experience Program (https://xl.vt.edu/programs-and-opportunities/bridge-experience.html
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to contribute to major collaborative program funding are welcome to apply. Research infrastructure at the FBRI currently includes over 300,000 square feet of lab, core facilities and office space (http
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across the Virginia Tech campus and at the Children’s National Hospital. The successful candidates will primarily be expected to maintain a high-quality, extramurally-funded cancer research program. They
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successful candidate will develop a nationally recognized program that integrates research (60%) and Extension (40%). The ideal candidate will present a clear and compelling vision for establishing
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relevant to substance use, including tobacco, alcohol, and cocaine use. Typically, a Research Analyst supports a research team in the performance of various regulatory, data management, and analyses
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Job Description The Laboratory Manager and Structural Testing Engineer performs dual roles (1) management of activities at the Thomas M. Murray Structural Engineering and Materials Laboratory (https
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. The manager will develop an annual work plan in consultation with the two supervisors and is evaluated on the success of that plan. The Department of Engineering Education (http://www.enge.vt.edu) is home to
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interventions relevant to substance use, including tobacco, alcohol, and cocaine use. Typically, a Research Assistant supports a scientist in the performance of various recruitment, technical, and data collection
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operation of the research activities. Fundamental interest in mouse genetics and behavior is a necessity. Techniques we use include in vivo electrophysiology, neuroanatomy, computation, and optogenetics