Mike Manning

Mike Manning serves as an Engineer responsible for technical oversight and acquisition strategy within the defense aerospace sector. In his role, he evaluates engineering specifications, assesses contractor technical proposals, and ensures compliance with performance requirements for advanced propulsion systems and space vehicle platforms. He plays a critical part in translating operational needs into technically sound procurement actions, bridging the gap between engineering communities and contracting personnel to deliver mission-critical capabilities. His acquisitions typically involve complex, high-reliability systems requiring rigorous testing, certification, and systems integration. Mike’s contractor relationships are primarily with prime contractors and specialized subsystem vendors engaged in guided missile and space vehicle propulsion development. He collaborates with firms possessing deep expertise in solid-fuel rocket motors, liquid-propellant systems, and thrust vector control technologies. His engagement model emphasizes technical collaboration during the requirements definition and source selection phases, often involving pre-solicitation industry days and technical interchange meetings to ensure market awareness and solution feasibility. He works closely with vendors who maintain ITAR compliance and possess relevant AS9100 and NADCAP certifications. Mike’s procurement patterns show a strong preference for unrestricted competitions, with 100% of his acquisitions conducted under the No Set-Aside category. This reflects a focus on technical capability and mission readiness over socioeconomic targeting, though he remains open to qualified small business submissions that meet stringent performance thresholds. His approach prioritizes technical merit and system reliability, ensuring that socioeconomic considerations do not compromise mission-critical outcomes. His primary procurement focus lies in NAICS 336415 for propulsion unit manufacturing and 336414 for guided missile and space vehicle systems. He regularly acquires rocket motors, ignition systems, turbopumps, and integrated propulsion assemblies used in strategic defense and orbital platforms. His domain expertise spans propulsion dynamics, thermal management in vacuum environments, and high-vibration structural integration, making him a key technical authority in advanced aerospace acquisition programs.