Jordan M Carrillo

Jordan M. Carrillo serves as a key procurement lead within the FA2823 AFTC PZIO, supporting the Department of the Air Force’s mission to modernize airborne and ground-based sensing, communications, and test instrumentation systems. Responsible for managing complex acquisitions in avionics, electronic warfare, and signal intelligence domains, Carrillo oversees the procurement of mission-critical test and evaluation infrastructure, including high-precision measurement systems and electromagnetic compatibility solutions. Their work directly enables aerospace readiness by ensuring timely delivery of advanced technical capabilities to test ranges and operational units. Carrillo maintains consistent partnerships with specialized contractors including TOM HAMMONDS ENTERPRISES, LLC, STREET LEGAL INDUSTRIES, INC, SPEEGLE CONSTRUCTION, INC, DETECT INC, and THE CONTROLS COMPANY, LLC. These relationships reflect a focus on niche providers capable of delivering custom engineering, ruggedized hardware, and mission-specific integration services. The contracting pattern emphasizes technical precision over volume, favoring vendors with proven expertise in electromagnetic systems, fiber-optic data transmission, and wireless communications equipment. Carrillo’s procurement strategy reflects a non-set-aside approach, with 100% of acquisitions conducted under full and open competition. This indicates a prioritization of technical capability and mission suitability over socioeconomic preferences, aligning with the agency’s urgent need for rapid deployment of advanced systems in high-stakes test environments. The primary NAICS focus areas—511210 (Software Publishers), 335921 (Fiber Optic Cable Manufacturing), and 334220 (Radio and Television Broadcasting and Wireless Communications Equipment Manufacturing)—reveal deep specialization in data-intensive sensing systems, optical signal transport, and RF/wireless communication hardware. Carrillo’s portfolio consistently targets cutting-edge technologies that enhance real-time data acquisition, signal integrity, and electromagnetic resilience across aerospace test platforms.