Tikiwa Durrell

Tikiwa Durrell serves as a key procurement specialist within the FA7000 10 Cons Lgc unit of the Department of the Air Force, supporting the U.S. Air Force Academy’s mission to maintain cutting-edge technical and scientific readiness. Responsible for managing acquisitions of precision instrumentation, laboratory equipment, and specialized technical systems, Durrell ensures that cadet training and aerospace research programs are equipped with high-accuracy measuring devices and advanced analytical tools. Their work directly enables the modernization of educational and operational facilities, aligning procurement actions with strategic priorities in aerospace engineering and applied sciences. Durrell maintains consistent working relationships with a focused group of contractors including SAWASAWA LLC, BERNARD CAP, LLC, TEAL DRONES INC, BRANSCOME OPERATING, LLC, and LAVISION, INC.—all of which provide niche technical solutions in instrumentation, data acquisition, and laboratory automation. These partnerships reflect a preference for specialized vendors with proven expertise in aerospace-grade equipment and calibrated systems, fostering long-term collaboration based on technical reliability and compliance with military specifications. All acquisitions under Durrell’s purview are fully set aside for small businesses under FAR 19.5, demonstrating an unwavering commitment to socioeconomic contracting and small business development. This 100% small business set-aside pattern ensures that innovative, agile vendors—particularly those with niche technical capabilities—have equitable access to mission-critical contracts, reinforcing the agency’s dedication to broadening the defense industrial base. The primary NAICS classification for Durrell’s portfolio is 337214 (Office Furniture (except Wood) Manufacturing), indicating a specialized focus on procuring custom-engineered, non-wood laboratory and classroom furnishings designed for durability, ergonomic compliance, and integration with high-tech equipment. This unique specialization underscores a deep understanding of how physical infrastructure supports advanced scientific training environments, blending functional design with rigorous operational requirements.