Capt William Stinchcomb

Captain William Stinchcomb serves as a contracting officer within the FA8102 Aflcmc Wi, a critical unit under the Department of the Air Force responsible for advancing airborne and ground-based sensor systems, secure communications, and mission-critical avionics. He manages the acquisition lifecycle for complex technical contracts supporting air dominance and integrated defense operations, with a focus on electronic warfare readiness, real-time data fusion, and resilient command and control architectures. His portfolio centers on engineering services that enable next-generation detection, navigation, and targeting capabilities for both manned and unmanned platforms, ensuring operational superiority through cutting-edge avionics modernization. Captain Stinchcomb maintains a primary working relationship with BETTER DIRECT, LLC, a trusted contractor delivering specialized systems design and software integration services. His procurement approach emphasizes long-term vendor partnerships grounded in technical proficiency and mission alignment, favoring firms with demonstrated expertise in defense-grade software development and systems engineering. He consistently engages with contractors capable of rapid prototyping, field-deployable solutions, and compliance with DoD cybersecurity and interoperability standards. His contracting patterns reflect a strong preference for open competition, with 75% of acquisitions conducted without set-aside restrictions, while maintaining a deliberate 25% allocation to Total Small Business Set-Asides under FAR 19.5. This balanced approach ensures broad market participation without compromising technical urgency or mission-critical timelines. Captain Stinchcomb’s technical focus is overwhelmingly centered on NAICS 541512 (Computer Systems Design Services) and NAICS 541511 (Custom Computer Programming Services), reflecting his specialization in mission-critical software architecture, embedded systems, and real-time data processing solutions. He procures services that integrate sensor fusion algorithms, secure communication protocols, and adaptive electronic warfare payloads, ensuring Air Force platforms remain resilient against evolving threats.