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Health Hazard Assessment Capability which includes performing peace time and deployment health hazard exposure-related assessments, modeling, and analyses while focusing on training and experience
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. Along the way, you will engage in activities and research in several areas. Learning activities will focus on: The development and characterization of animal models and/or microphysiological systems
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will have the opportunity to expand your knowledge by collaborating on the following activities: Applying existing software tools to model, analyze, and design microgrids for designated applications
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models, including intestinal organoids, along with novel biotechnology/organ-on-chip platforms and an array of molecular and physiological instruments, assays, and techniques. Under the guidance of a
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models at multiple scales are usually developed and combined into a single multi-scale/multi-physics model. With this process, analysis and optimization are possible. Computational analysis and design of
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involves developing numerical modeling techniques to achieve highly optimized, multidisciplinary physical modeling on scalable computer architectures. ARL Advisor: Yong-Le Pan ARL Advisor Email
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research and analysis in the Army. Interdisciplinary research opportunities exist in materials modeling at length scales ranging from atomistics to mesoscale microstructures to support discoveries relating
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dispersion, fuze activation timing, etc. Two categories of research are sought and both will support ongoing development of a software suite for APS modeling and simulations. Research in the first category may
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the physical effects of the propagation environment; computational/numerical modeling using novel and standard approaches, such as, entropy maximization, immunology, and high performance parallel processing; and
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metrics, developing models, and analyzing performance for intrusion detection systems and networks. Specific opportunities exist in the following areas: (i) identifying metrics and continuous monitoring