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| Overview Mission Corporate Overview Organization Research Areas Revenue History Subsidiaries Commercialization Locations History |
MissionThe mission of the Advanced Systems Technologies Area is to develop broad classes of technologies within the "system" context. These include multifunctional materials systems for aerospace vehicles, munitions, and projectiles including energetic composites and reactive metal matrix composites, biomimetic sensors, collaborative robotics, advanced antennas, and alternative energy generation for power and propulsion.
Core CompetenciesCore Competencies include chemistry of propellants and explosives, formulation and testing of energetic materials, spacecraft bus technologies, space systems design, electro-magnetics, optical systems design, biomimetic optical sensors and processing. Current Research Thrusts Include:
- Sponsor: ARL - Objective: Develop new class of energetic ingredients for insensitive, green explosives and propellants. - Sponsor: MDA - Objective: Develop reactive composite materials to mitigate slow cook-off of solid rocket motors used in missiles, munitions, and projectiles. - Sponsor: NASA MSFC - Objective: Develop intelligent interconnect for assembly of autonomous systems in space. - Sponsor: TARDEC - Objective: Develop automated road edge detection and roll-over prevention system for army vehicles. - Sponsors: NSF, U.S. Army, U.S. Navy - Objective: Develop compact broadband antennas for various applications. Area Leadership
The Advanced Systems Technology Area is led by Dr. Prakash B. Joshi who has over 25 years of experience in aerodynamics, space technologies, space instrumentation development, space experiments, and multifunctional composites.
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