Brandy Forbes

Brandy Forbes serves as a key procurement lead within the FA9300 AFTC PZR, a critical component of the Department of the Air Force focused on advancing aerospace research and development. Responsible for managing complex acquisitions of mission-critical instrumentation, proprietary software systems, and advanced engineering services, Forbes ensures that the agency’s R&D initiatives are supported by cutting-edge technical capabilities. Her work directly enables high-fidelity testing, data analysis, and operational readiness for next-generation air and space systems, aligning procurement strategy with national defense innovation priorities. While specific contractor relationships are not currently documented in public records, Forbes’ procurement patterns indicate a preference for established vendors with proven expertise in analytical instrumentation, scientific software development, and specialized test equipment manufacturing. She engages with both large prime contractors and niche technology providers capable of delivering custom-engineered solutions under tight technical specifications and rigorous compliance standards, fostering partnerships grounded in technical rigor and mission alignment. Forbes’ contracting portfolio reflects a strong orientation toward open competition, with 100% of acquisitions classified as “No Set-Aside,” indicating a primary focus on technical merit and capability over socioeconomic preferences. This approach prioritizes mission-critical performance and system interoperability, though it does not preclude small business participation when vendors meet stringent technical requirements. Her procurement focus is concentrated in four core NAICS categories: 513210 (Software Publishers) for custom analytical and simulation software; 541715 (R&D in Physical and Engineering Sciences) for applied research services; and 334516 and 334515 for high-precision analytical laboratory instruments and electrical signal measurement systems. These domains reflect deep expertise in aerospace test and evaluation environments, where accuracy, repeatability, and real-time data acquisition are non-negotiable.