8 image-processing positions at Virginia Tech

  • Virginia Tech | Blacksburg, Virginia | United States | about 1 hour ago

    the cause of the problem; selects and explains the best solution to solve the problem; expedites correction or adjustment; following up to ensure resolution. • Processes workload efficiently to comply with

  • Virginia Tech | Blacksburg, Virginia | United States | 21 minutes ago

    satisfaction of sharing that process with others. Whether you prefer to work on-site, remotely, or in a hybrid capacity, you will be part of a supportive, collaborative community dedicated to clinical excellence

  • Virginia Tech | Blacksburg, Virginia | United States | 11 days ago

    Qualifications -Experience using MATLAB, Python, or other programming languages for operation of FUS systems -Experience developing or operating prototype instrumentation, particularly systems involving high

  • Virginia Tech | Blacksburg, Virginia | United States | about 1 hour ago

    studios and maker spaces, experimenting with materials, processes, and concepts. Together, our faculty and students prototype using robots, drawings, and models, and engage in collaborative reviews

  • Virginia Tech | Roanoke, Virginia | United States | 24 days ago

    Job Description The Research Assistant will work under the supervision of the Director and will be responsible for ensuring that research participants in imaging or behavioral experiments

  • Virginia Tech | Roanoke, Virginia | United States | 2 months ago

    remaining. • Strong background in in vivo behavioral assays, electrophysiology, and/or imaging techniques. • Solid publication record in peer-reviewed journals. • Experience with stereotaxic surgery and

  • Virginia Tech | Blacksburg, Virginia | United States | 11 days ago

    operational functions, supervising support staff, and ensuring office coverage and coordination. • Overseeing FDC records processes and workflows. Required Qualifications • Bachelors degree in business, public

  • Virginia Tech | Washington, District of Columbia | United States | 3 months ago

    microenvironment. The project will employ genetically engineered mouse and human glioma models, along with advanced imaging techniques, single-cell and spatial transcriptomics, and molecular biology approaches

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