Courtney Eubanks

Courtney Eubanks serves as a key procurement lead within the FA8214 Afnwc Pzbb, a specialized unit of the Department of the Air Force responsible for advancing guided missile propulsion systems, space vehicle components, and mission-critical avionics infrastructure. In this role, Eubanks manages the acquisition lifecycle for high-performance power and thermal systems essential to national defense aerospace platforms, ensuring timely delivery of technically complex hardware that meets stringent military specifications. Their procurement activities center on engineering-intensive contracts requiring rigorous qualification, testing, and sustainment support for next-generation propulsion and energy systems. Eubanks maintains consistent, long-term relationships with industry leaders in advanced battery and thermal management technologies, including ADVANCED THERMAL BATTERIES INC, ENERSYS ADVANCED SYSTEMS INC, and EAGLEPICHER TECHNOLOGIES LLC. These partnerships reflect a preference for vendors with proven expertise in high-energy-density battery systems, thermal regulation for extreme environments, and aerospace-certified manufacturing processes. The working relationship is characterized by deep technical collaboration, performance-based contracting, and a focus on mission-critical reliability over cost-driven sourcing. Eubanks’ procurement portfolio exhibits a 100% preference for non-set-aside contracts, indicating a singular focus on technical capability and mission readiness rather than socioeconomic classifications. While small business participation is not formally prioritized, the agency’s requirements inherently favor specialized manufacturers with advanced engineering certifications and defense-grade production capabilities, which often align with established mid-to-large tier defense contractors. The primary NAICS classification under Eubanks’ purview is 336413—Other Aircraft Parts and Auxiliary Equipment Manufacturing—reflecting a sharp specialization in propulsion subsystems, battery assemblies, and power distribution hardware for missile and space vehicles. Their acquisitions demand precision manufacturing, compliance with MIL-STD and NASA-STD protocols, and integration with high-vibration, high-temperature operational environments, underscoring a domain expertise in aerospace energy systems and mission-critical avionics infrastructure.