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of military Service members with extremity amputations. Why should I apply? Under the guidance of mentor(s), you will gain hands-on experience to complement your education and support your academic and
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for developing advanced monitoring solutions, creating in silico computer models for mimicking human physiology in trauma, and automating ultrasound image interpretation through deep learning model development
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managers. The candidate will become part of an adaptation-oriented team, which allows many opportunities to collaborate internally and with external partners. They will learn from interacting directly with
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Anderson, Blount, Knox, Loudon, Roane, and Sevier counties the opportunity to learn about foundational computer and computational science skills. Students will be mentored by ORNL research and technical
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opportunity is with the DCPH-A Toxicology Directorate that provides toxicological assessment of novel military-relevant compounds (MRC) currently under research, development, testing, and evaluation (RDT&E
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education and support your academic and professional goals. Along the way, you will engage in activities and research in several areas. These include, but are not limited to, Learn how to communicate data and
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parameter space and interdependence of different variables that affect the desired performance. Artificial intelligence and machine learning models have demonstrated the potential to improve the effectiveness
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because of the large parameter space and interdependence of different variables that affect the desired performance. Artificial intelligence and machine learning models have demonstrated the potential
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medical treatment facility. One of the most exciting and unique components of DGMC is the Air Force Clinical Investigation Facility. At the CIF, you will have the opportunity to participate in cutting edge
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design, and hands-on learning. Educators will also engage in ORNL’s Traveling Science Fair, gaining deeper insight into how scientific concepts are applied in real-world scenarios and how national