Emma K. Giordano

Emma Giordano serves as a key procurement lead within the FA2823 AFTC PZIO under the Department of the Air Force, managing acquisitions critical to the development and integration of advanced airborne and ground-based sensing, communication, and test instrumentation systems. She oversees the procurement of high-precision measurement and control technologies used in avionics, electronic warfare, radar, and signal intelligence platforms, ensuring alignment with the agency’s mission to modernize test and evaluation infrastructure. Her portfolio emphasizes complex, technically demanding contracts requiring stringent compliance with DoD standards for electromagnetic compatibility, data integrity, and system interoperability. Giordano maintains consistent relationships with a select group of specialized contractors, including TOM HAMMONDS ENTERPRISES, LLC, STREET LEGAL INDUSTRIES, INC, SPEEGLE CONSTRUCTION, INC, DETECT INC, and THE CONTROLS COMPANY, LLC. These partnerships reflect a focus on niche engineering firms capable of delivering custom-built instrumentation, ruggedized hardware, and mission-critical software infrastructure. Her contracting approach favors vendors with proven expertise in aerospace-grade systems, often requiring security clearances and adherence to MIL-STD specifications, indicating a preference for established technical partners with deep domain knowledge. Her procurement patterns show no reliance on socioeconomic set-asides, with 100% of awards issued under full and open competition. This reflects a mission-driven emphasis on technical capability over socioeconomic criteria, prioritizing performance, reliability, and rapid delivery of mission-critical systems. Giordano’s primary NAICS focus spans industrial instrumentation (334513), electronic component manufacturing (334419), computing infrastructure (518210), guided missile systems (336419), and industrial material handling machinery (333924). She routinely procures custom sensors, signal conditioning units, data acquisition systems, embedded control modules, and ruggedized computing platforms essential for live-fire testing and electromagnetic environment simulation. Her expertise lies at the intersection of defense electronics, test instrumentation, and aerospace systems integration.