Olivia Gorman

Olivia Gorman serves as Deputy Flight Chief at FA7000 10 Cons Lgc within the Department of the Air Force, where she plays a pivotal role in advancing the U.S. Air Force Academy’s technical and operational readiness. She oversees the acquisition of precision instrumentation, laboratory-grade analytical equipment, and specialized aerospace test systems critical to cadet training and cutting-edge research. Her procurement portfolio emphasizes high-accuracy measuring devices, flight simulation peripherals, and mission-critical sensor arrays that support aerospace science and engineering education. Gorman ensures acquisitions align with strategic modernization goals, balancing technical rigor with compliance in federal contracting procedures. She maintains consistent working relationships with a core group of specialized vendors including SAWASAWA LLC, BERNARD CAP, LLC, TEAL DRONES INC, BRANSCOME OPERATING, LLC, and LAVISION, INC.—all recognized for their expertise in advanced instrumentation, unmanned aerial systems, and high-speed imaging technology. These partnerships reflect a preference for niche technical suppliers with proven capabilities in aerospace research environments. Gorman’s contracting approach prioritizes vendors capable of delivering custom-engineered solutions, rigorous calibration support, and on-site technical integration services. While no formal set-aside data is currently available, her procurement patterns suggest an implicit alignment with small business participation, particularly through firms offering specialized technical services rather than commoditized goods. Her engagement with firms like TEAL DRONES INC and BERNARD CAP, LLC—both typically classified as small or mid-tier technologists—indicates a practical emphasis on innovation-driven suppliers over large prime contractors. Gorman’s primary procurement focus lies in technical domains governed by NAICS categories related to scientific and laboratory equipment manufacturing, unmanned vehicle systems, and optical instrumentation. She routinely acquires high-resolution spectral analyzers, flight data acquisition units, and precision environmental test chambers, demonstrating deep expertise in aerospace measurement systems and laboratory modernization. Her work directly supports the Academy’s mission to cultivate the next generation of aerospace engineers through hands-on access to industry-grade research infrastructure.