Emily S. Hobbs

Emily S. Hobbs serves as a Contracting Officer for the W6QK Acc-apg Durham under the Department of the Army (W911NF), where she leads the acquisition of advanced scientific and technical capabilities critical to U.S. Army modernization. She manages complex R&D and engineering contracts aligned with the agency’s mission to accelerate innovation in physical, engineering, and life sciences, with a focus on disruptive technologies including autonomy, quantum systems, and intelligence horizon scanning. Her portfolio primarily consists of competitive sealed bids and negotiated procurements under FAR Part 15, ensuring compliance with federal acquisition regulations while fostering agile, mission-driven solutions. Hobbs cultivates strategic partnerships with a diverse base of contractors specializing in defense-oriented research and engineering services. While no single vendor dominates her award stream, she consistently engages with firms possessing deep technical expertise in systems integration, sensor development, and advanced computing platforms. Her procurement approach emphasizes technical merit, past performance, and innovation capacity, encouraging both established defense contractors and niche technology providers to compete for high-impact opportunities. Her set-aside preferences reflect a strong but selective commitment to socioeconomic programs, with 88.9% of her acquisitions conducted as full and open competition and 11.1% designated as HUBZone set-asides. This pattern indicates a focus on merit-based competition while intentionally creating pathways for qualified small businesses located in economically distressed areas to contribute to mission-critical projects. Hobbs’ primary NAICS focus lies in 541712 (Research and Development in the Physical, Engineering, and Life Sciences), followed by 541330 (Engineering Services), with significant activity in 334511 (Search and Navigation Systems Manufacturing) and 334111 (Electronic Computer Manufacturing). She procures cutting-edge hardware, software, and analytical tools supporting autonomous systems, quantum sensing, and next-generation command and control architectures, demonstrating deep familiarity with defense science and technology procurement landscapes.