Brenda Hamilton

Brenda Hamilton supports the Air Force Research Laboratory’s Rocket Propulsion Division (FA9453) in advancing critical space and aerospace technologies through strategic procurement of research, engineering, and specialized manufacturing services. While her formal title is not publicly listed, her procurement activities are central to the division’s mission of accelerating innovation in space domain awareness, resilient computing, and autonomous satellite systems. She manages a diverse portfolio of acquisitions spanning fundamental research, high-performance instrumentation, and advanced electronic components, ensuring that cutting-edge capabilities are rapidly prototyped and fielded to maintain U.S. superiority in space operations. Her contracting patterns reflect strong collaboration with a broad base of technical vendors, including small businesses, research institutions, and niche manufacturers specializing in aerospace-grade electronics and experimental propulsion systems. Though specific contractor names are not disclosed, her workflow consistently engages firms capable of delivering rapid-cycle, high-risk R&D deliverables under tight timelines, often requiring specialized clearances and agile contract vehicles such as OTAs or SBIR/STTR mechanisms. Hamilton exhibits a pronounced commitment to socioeconomic diversity in contracting, with 60% of her acquisitions structured as Small Business Set-Asides under FAR 19.5. This reflects a deliberate strategy to cultivate innovation from emerging vendors, particularly those certified under 8(a), HUBZone, or SDVOSB programs, fostering a resilient supplier ecosystem aligned with national security imperatives. Her primary procurement focus lies in three NAICS categories: 541715 for physical and engineering R&D, 334419 for specialized electronic components, and 561720 for facility support services—each critical to sustaining the lab’s operational tempo. Her expertise spans the full lifecycle of technical acquisitions, from concept validation through prototype integration, with a clear emphasis on enabling next-generation space systems through targeted, performance-based contracting.