Richard Cooley

Richard Cooley serves as an Engineer responsible for technical oversight and acquisition strategy within the defense and aerospace procurement domain. His role centers on evaluating engineering requirements, defining performance specifications, and ensuring compliance with federal technical standards for complex aerospace systems. He plays a critical part in translating operational needs into precise solicitation language, guiding the acquisition lifecycle from requirements validation through contract award and technical evaluation. Cooley typically handles high-integrity procurements involving propulsion components, avionics subsystems, and mission-critical auxiliary equipment for manned and unmanned aerospace platforms. While specific contractor relationships are not currently documented, Cooley’s procurement patterns indicate a focus on technical specialists with deep expertise in aerospace manufacturing and systems integration. He engages with vendors capable of meeting stringent MIL-SPEC and AS9100 quality standards, often requiring advanced materials processing, precision machining, and rigorous test and validation protocols. His working relationships are characterized by a technical collaboration model, where engineering rigor and compliance transparency drive vendor selection over price alone. Cooley’s contracting activity is exclusively classified as “No Set-Aside,” reflecting a preference for open competition based on technical merit and capability rather than socioeconomic classifications. This suggests a mission-critical focus where performance, reliability, and rapid delivery take precedence over socioeconomic goals, though it does not preclude participation from certified small businesses when they demonstrate superior technical solutions. His primary procurement focus lies in NAICS 336413 and 336419, corresponding to other aircraft parts and auxiliary equipment manufacturing and guided missile and space vehicle parts manufacturing. He specializes in procuring non-standard, high-performance components such as flight control actuators, sensor housings, guidance system interfaces, and thermal management subsystems. His technical domain expertise spans propulsion integration, avionics architecture, and space-qualified hardware, making him a key technical gatekeeper in the acquisition of mission-critical aerospace systems.