Michael Shields

Michael Shields serves as a key procurement lead within the FA8621 AFLCMC WNSK SIMS unit of the Department of the Air Force, overseeing the acquisition of advanced aircrew training systems and integrated avionics infrastructure. He plays a critical role in sustaining operational readiness by managing contracts for synthetic training environments, mission-critical aircraft components, and embedded logistics support systems. His acquisitions focus on engineering services that enable pilot and maintenance crew proficiency through simulation technologies, digital twin integration, and real-time data analytics platforms. Shields ensures alignment with Air Force modernization priorities by delivering high-fidelity, mission-essential capabilities under strict technical and schedule constraints. His primary contractor relationship is with Lockheed Martin Corporation, with whom he collaborates on complex, systems-integrated solutions for next-generation flight simulators and avionics modernization. He routinely engages with prime contractors to execute performance-based acquisitions, leveraging performance work statements and incentive structures to drive innovation and accountability. While Lockheed Martin is the dominant partner, his contracting approach supports a broader ecosystem of subcontractors and tiered suppliers to ensure technical depth and supply chain resilience. Shields maintains a 100% small business set-aside preference under FAR 19.5, consistently directing all engineering service contracts to small businesses, including 8(a), HUBZone, and SDVOSB firms. This reflects a deliberate strategy to cultivate a diverse, agile supplier base capable of delivering specialized technical expertise in simulation modeling, systems engineering, and software-defined avionics. His procurement patterns prioritize socioeconomic compliance while maintaining mission-critical performance standards. His procurement portfolio is exclusively focused on NAICS 541330 (Engineering Services), encompassing systems engineering, simulation development, embedded software design, and technical integration for high-performance aircraft platforms. He specializes in acquiring services that bridge hardware-software interfaces, digital instrumentation, and live-virtual-constructive training architectures, demonstrating deep domain expertise in aerospace training system lifecycle management.