Jasmine Royal

Jasmine Royal supports the Federal Aviation Administration’s 693KA7 Enroute & Terminal Contracts unit in managing critical acquisitions to modernize the National Airspace System. Though her official title is not listed, her role centers on procuring advanced avionics, automation platforms, and next-generation surveillance and navigation systems essential for replacing legacy air traffic control infrastructure. She plays a pivotal role in executing contract strategies that align with the FAA’s mission to enhance safety, efficiency, and resilience in en route and terminal airspace operations, overseeing complex technical acquisitions that require deep domain expertise in aviation systems integration and cybersecurity-compliant IT modernization. Her primary contractor relationships are centered on SAAB INC, a trusted systems integrator with proven capabilities in radar modernization, surveillance technology, and air traffic management automation. Royal’s procurement approach reflects a consistent reliance on established defense and aerospace contractors with specialized technical credentials in FAA-certified systems, indicating a preference for vendors with proven track records in high-stakes, mission-critical environments rather than emerging or non-traditional suppliers. There is no set-aside preference in her portfolio; all acquisitions are conducted under full and open competition, reflecting a strategic focus on technical capability over socioeconomic categorization. This underscores a procurement philosophy prioritizing performance, system interoperability, and operational readiness above socioeconomic targeting. Her procurement activity is evenly split between NAICS 524210 (Insurance Agencies and Brokerages) and 541512 (Computer Systems Design Services), suggesting a dual emphasis on risk mitigation through insurance-backed service warranties and the design and integration of complex aviation IT systems. She specializes in procuring software-defined radar interfaces, digital surveillance backbones, and automation platforms that support NextGen air traffic control modernization, demonstrating deep familiarity with FAA technical standards and systems engineering lifecycles.