Leo Tang

Leo Tang serves as Senior Project Manager at John Wayne Airport, where he leads the planning, execution, and oversight of critical infrastructure modernization and facility maintenance acquisitions. In this primary procurement role, he ensures alignment between operational needs and contract deliverables, focusing on projects that enhance airport resilience, passenger experience, and operational continuity. His portfolio centers on specialized industrial and engineering services, particularly those supporting the structural and mechanical integrity of terminal and airside facilities. Tang works closely with engineering firms, construction contractors, and technical service providers to deliver mission-critical upgrades under strict compliance with federal and state aviation standards. While no specific contractor relationships are currently documented, Leo Tang engages with a broad spectrum of qualified vendors capable of delivering high-integrity metal containment systems, custom fabrication, and precision manufacturing solutions. His procurement approach emphasizes technical competency, regulatory compliance, and proven track records in aviation-adjacent environments. He prioritizes vendors with demonstrated experience in aerospace-grade materials, corrosion-resistant finishes, and modular construction techniques suited for high-traffic public infrastructure. Leo Tang maintains a strict preference for open competition, with 100% of his acquisitions classified as “No Set-Aside.” This reflects a procurement strategy grounded in technical merit and performance capability rather than socioeconomic classifications, aligning with the airport’s emphasis on mission-critical reliability over targeted set-asides. While small business participation is not formally incentivized in his portfolio, he evaluates all offerors on equal footing based on technical qualifications and past performance. His primary NAICS focus is 332439 (Other Metal Container Manufacturing), indicating deep expertise in procuring custom metal fabrication, aircraft-related containment systems, security enclosures, and specialized structural components. He routinely sources products requiring stringent aerospace and FAA compliance, including ventilation housings, noise-reducing barriers, and durable terminal fixtures engineered for high-cycle use environments. His domain knowledge spans materials science, industrial manufacturing standards, and aviation safety codes.