Michael Clark

Michael Clark serves as a key procurement lead within the FA2057 Aflcmc Hnjk, a specialized unit of the Department of the Air Force focused on advancing aerospace defense technologies. He manages the acquisition of research, engineering, and systems integration services critical to developing next-generation survivability systems for aircraft and enabling advanced modeling and simulation capabilities. His portfolio centers on high-priority R&D initiatives that support air dominance, operational readiness, and next-generation platform protection against evolving threats. Clark ensures acquisitions align with strategic Air Force modernization goals, emphasizing technical rigor, rapid prototyping, and cross-domain integration. His contractor relationships are primarily with firms possessing deep expertise in aerospace systems engineering, computational modeling, and defense-oriented research. While no specific vendors are currently dominant in his award history, he consistently engages with technical service providers capable of delivering classified and unclassified R&D deliverables under strict security protocols. His working pattern favors established defense contractors with proven track records in DoD innovation programs, alongside agile small businesses capable of rapid iteration in experimental environments. Clark’s procurement strategy shows no preference for socioeconomic set-asides, with 100% of acquisitions awarded under standard competitive procedures. This reflects a mission-critical focus on technical capability over socioeconomic criteria, prioritizing performance, security clearance readiness, and domain expertise in the selection process. His primary NAICS focus includes 541720 (social science R&D), 541330 (engineering services), and 541715 (physical and engineering sciences R&D), underscoring his specialization in advanced simulation, electronic warfare countermeasures, aircraft survivability systems, and integrated mission analysis tools. He routinely procures services involving computational fluid dynamics, radar cross-section modeling, threat emulation, and systems-of-systems integration—demanding contractors with subject-matter expertise in aerospace defense innovation.