Ashley Delinay-Patton

Ashley Delinay-Patton serves as a secondary procurement lead within the General Services Administration’s FAS AAS Defense (47QFE0) office, supporting mission-critical research and development acquisitions aligned with national security objectives. While not the primary contracting officer, she plays a pivotal role in facilitating the evaluation, documentation, and execution of complex scientific and technical contracts, ensuring alignment with agency priorities in physical, engineering, and life sciences R&D. Her work supports the acquisition of advanced analytical tools, experimental systems, and systems-level engineering solutions that enhance federal operational readiness, often interfacing with technical specialists and program managers to define requirements and assess vendor proposals. Her contractor relationships are primarily with specialized R&D firms and engineering service providers capable of delivering high-complexity scientific solutions. Though no primary contractors are identified in current award data, her procurement activity consistently engages vendors with demonstrated expertise in experimental design, computational modeling, and advanced instrumentation. She collaborates with a diverse pool of technical contractors, emphasizing performance-based outcomes and rigorous technical validation over cost-driven selection criteria. Ashley’s procurement activity reflects a strict preference for open competition, with 100% of acquisitions classified as “No Set-Aside.” This indicates a focus on technical merit and capability rather than socioeconomic set-asides, aligning with the agency’s need for specialized, mission-critical solutions that require highly qualified technical personnel and advanced infrastructure. Her primary focus lies in NAICS 541715—Research and Development in the Physical, Engineering, and Life Sciences—where she supports the procurement of advanced laboratory equipment, simulation platforms, data analytics systems, and engineered prototypes. Her domain expertise centers on projects requiring interdisciplinary collaboration, rigorous testing protocols, and scalable technical architectures to address evolving defense and operational challenges.