Matthew Goodpaster

Matt Goodpaster supports the FA8617 AFLCMC WNDI/WNB Training Aircraft unit in managing critical procurement activities for the U.S. Air Force’s tactical pilot training fleet, with primary emphasis on the T-6 and T-7 trainer platforms. He plays a pivotal role in executing lifecycle management contracts covering airframe overhauls, avionics modernization, and engine component repair, ensuring sustained operational readiness for pilot training missions. His acquisitions span technical services, engineering research, and precision maintenance, aligning with the unit’s mission to deliver combat-ready aviators through advanced, reliable training systems. He operates within a high-stakes environment requiring strict compliance with defense acquisition regulations and technical specification adherence. While specific contractor names are not available, Goodpaster’s procurement patterns indicate consistent engagement with defense aerospace contractors specializing in aircraft systems integration, avionics upgrades, and maintenance support services. His working relationships reflect a preference for established defense industry partners with proven capabilities in military training aircraft sustainment, including firms with AS9100 certification and experience in DoD supply chain compliance. Vendor partnerships are typically performance-based, emphasizing technical precision, schedule reliability, and traceability of maintenance records. Goodpaster’s contracting portfolio shows no use of socioeconomic set-asides, with 100% of acquisitions conducted as full and open competition. This reflects a strategic focus on technical capability and mission-critical performance over socioeconomic preferences, prioritizing access to the broadest pool of qualified vendors capable of meeting stringent Air Force aircraft sustainment standards. His procurement focus is concentrated in three key NAICS categories: 334511 for aeronautical system manufacturing, 541715 for engineering research and development, and 811210 for electronic equipment repair and maintenance. These reflect deep technical expertise in integrating next-generation flight controls, conducting systems engineering analysis, and sustaining precision avionics and instrumentation. His domain knowledge centers on military training aircraft platforms, with an emphasis on digital architecture modernization and fleet-wide reliability improvements.