US Army Potential Solutions / CORVID TECHNOLOGIES / Rapid Innovation Funds / M&S / /
Event
FDA Phase / /
Facility
University of Utah / /
IndustryTerm
simulation tools / real-time collaboration / technology level / actual functions tool / plastics / assembly technologies / final product / energy absorbing / selected energy absorbing mechanisms / potential energy absorbing / simulation tool / ultra-portable devices / web environment / component models / real-time trade space analysis / aggregation tool / lifecycle management / decision making tools / acquisition complex systems-of-systems / 3D scanning technology / integration tool / leap ahead technologies / persistent supply chain / manufacturing / performance tools / potential new technology existing ground vehicle simulation tools / software-centric design maximizing / vehicle systems / co-simulation tools / technology development program / energy absorber characteristics / /
Organization
University of Utah / Joint Project Office / Tactical Vehicle Technology Advancement Rapid Innovation Fund / CVP Mission / United States Army / Program Management Office / Army Capabilities Integration Center / Department of Energy / Army / United States Marine Corps / /
Person
Far Term / /
Position
Prime Minister / Program Manager / FACT Architecture ACV/AAV PM / representative / PEO LS S&T Director / /
Product
SBIR / /
ProvinceOrState
Utah / /
Technology
TARDEC technologies / 3D scanning technology / military Combat Vehicle Program PMO technologies / Doctrine technologies / plug and play / SIMULATION / assembly technologies / NDI technologies / leap ahead technologies / /
Section 6.3 PEO LS S&T Focus Area MODELING AND SIMULATION ▶ Allow high fidelity requirements tradePEO Land Systems Marine Corps has a continuing offs with accurate predictions of costs, requirement for the development