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materials is applicable across a wide range of materials science and technology areas. Research opportunities exists for the development of computational methodologies (numerical methods and associated
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designed to significantly increase the involvement of creative and highly trained scientists and engineers from academia and industry in scientific and technical areas of interest and relevance to the Army
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. Experimental approaches focus on developing and utilizing novel technology platforms to examine new multi-sensor combinations and critical issues of multisensory integration in real-world environments. We aim
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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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drawing, mechanical and thermal materials characterization, and fabrication of application demos. The student will work on a team of multi-disciplinary engineers, and interact with DoD, academia, and
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materials, actuator materials, and novel composite structures. ARL is seeking a motivated engineer with strong mechanical aptitude, mechanical design and fabrication experience. If selected, the individual
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between resolution and time, we aim to leverage the recent explosion in wearable technologies, physiological monitoring, environmental sensing, communications, computing technology, network technologies
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soldier’s technology needs for advanced weaponry and protection. Research is pursued in energetic materials dynamics, propulsion/flight physics, projectile warhead mechanics, terminal effects phenomena, armor
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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
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engineering, and data base technologies. Research is conducted to provide the Army the technologies enabling a user-friendly synthetic environment in which all operation and support functions will be conducted