Matthew Nolan

Matthew Nolan serves as a key procurement lead within the FA2823 AFTC PZIO, a specialized unit of the Department of the Air Force responsible for advancing airborne and ground-based sensing, communication, and test instrumentation systems. He manages the acquisition of mission-critical avionics, electronic warfare, and signal intelligence test platforms, ensuring the readiness and modernization of aerospace test and evaluation infrastructure. His responsibilities include overseeing the full lifecycle of contracts for high-precision measurement systems, electromagnetic compatibility equipment, and integrated control systems used in flight test ranges and developmental laboratories. Nolan’s work directly supports the Air Force’s strategic imperatives in next-generation sensor fusion and autonomous system validation. He maintains consistent contracting relationships with a select group of specialized vendors, including TOM HAMMONDS ENTERPRISES, LLC, STREET LEGAL INDUSTRIES, INC, SPEEGLE CONSTRUCTION, INC, DETECT INC, and THE CONTROLS COMPANY, LLC. These partners provide tailored engineering services, ruggedized instrumentation, test fixture fabrication, and electromagnetic shielding solutions critical to flight test environments. His procurement approach emphasizes technical specificity over volume, favoring vendors with proven expertise in aerospace-grade test equipment and field-deployable measurement systems. Nolan’s contracting activity shows no use of socioeconomic set-asides, with 100% of awards issued under full and open competition. This reflects a mission-driven focus on technical capability and rapid delivery rather than socioeconomic targeting, aligning with the urgency of aerospace test modernization programs. His primary procurement activity is concentrated under NAICS 336211 (Motor Vehicle Body Manufacturing), which, in this context, encompasses the fabrication of specialized test vehicle chassis, instrumented test beds, and mobile test platforms used for radar and electronic warfare system validation. This unusual classification underscores the unique integration of commercial vehicle platforms with military-grade sensor suites, highlighting his niche expertise in adapting non-traditional manufacturing capabilities for defense test applications.