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to protecting soldiers from harm. The approach requires the development of intelligent robots that also have a high degree of autonomy. To accomplish this, ARL has developed a robotic control system that has
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research and analysis in the Army. Exceptional candidates with MA in mathematics and numerical sciences are sought in the area of ballistics research; guidance, navigation, and control (GNC); sensor
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ceramic processing-structure-property relationships. These simulations seek to uncover fundamental mechanisms controlling microstructure evolution and mechanical response of armor ceramics to provide
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for applicants to perform research in the area of Active Protection Systems (APS) for combat vehicles. An end-to-end APS scenario consists of threat launch, detection, tracking, filtering, fire controls
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atmospheric modeling. Research is conducted to provide the Army the technologies for information processing and presentation in the battle space, and for use of information to control systems and hardware used
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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