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development; direct fire and indirect fire munition flight dynamics; experimental ballistics experience with design and execution of various in-situ diagnostic devices. This research opportunity aligns with
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capabilities for integrating, interpreting, and utilizing information from the brain, body, behavior, and environment. Modeling efforts focus on cybernetic, systems control theory, or dynamical systems
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the lethality and survivability of weapons systems, and to meet the soldier's technology needs for advanced weaponry and protection. Research is pursued in energetic materials dynamics, propulsion/flight physics
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the scientific community. Data collection and analytic tool development efforts to date overtly fail to capture the variability that is needed to characterize the dynamics of human behavior. Researchers have made
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cognitive modeling systems (e.g., ACT-R Soar, EPIC). A strong background in robotics is not required, though learning the robotic control system will be required once the Associate begins the program
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minimum collateral damages. Applicants for the research category should possess a Ph.D. in applied math, computer science, physics, engineering or a related discipline. Research in the second category may
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to meet the soldier’s technology needs for advanced weaponry and protection. Research is pursued in energetic materials dynamics, propulsion/flight physics, projectile warhead mechanics, terminal
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performed in collaboration with other computational and experimental teams within ARL and academia. Qualified candidates should be US Citizens and have received their PhD in Materials Science, Mechanical
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pursued in energetic materials dynamics, propulsion/flight physics, projectile warhead mechanics, terminal effects phenomena, armor/survivability technologies, environmental chemistry, and advanced
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and survivability of weapons systems, and to meet the soldier’s technology needs for advanced weaponry and protection. Research is pursued in energetic materials dynamics, propulsion/flight physics