Carlos Pillot

Carlos R. Pillot is a procurement professional specializing in aerospace and advanced transportation systems acquisitions, with a focus on aircraft propulsion and auxiliary equipment manufacturing. He plays a critical role in executing complex contracting actions aligned with national defense and aviation modernization priorities, ensuring timely delivery of mission-critical components through compliant, transparent processes. His portfolio centers on high-precision manufacturing requirements governed by FAR and DFARS regulations, frequently involving technical specifications for turbine systems, engine components, and aircraft integration hardware. Pillot maintains collaborative relationships with a diverse base of industrial contractors, including Tier 1 aerospace manufacturers and specialized suppliers of certified aircraft parts. His contracting approach emphasizes performance-based acquisition strategies, leveraging long-term agreements and blanket purchase agreements to streamline procurement cycles for mission-essential components. He routinely engages with both large prime contractors and niche suppliers possessing AS9100 and ITAR certifications, fostering a supply chain built on quality assurance, traceability, and regulatory compliance. His procurement patterns reflect a strong preference for open competition, with 76.9% of awards issued without set-asides. Nevertheless, he actively promotes small business participation, consistently directing nearly 19% of opportunities to total small business set-asides under FAR 19.5, and an additional 3.4% to service-disabled veteran-owned small businesses. His socioeconomic contracting strategy balances broad market access with targeted support for qualified disadvantaged firms, aligning with federal goals for equitable opportunity. Pillot’s technical expertise is concentrated in NAICS 336412 and 336413, covering aircraft engine manufacturing and auxiliary equipment production. He routinely procures turbine engine components, fuel control systems, avionics integration hardware, and auxiliary power units, requiring deep familiarity with aerospace engineering standards, materials certification, and life-cycle support requirements. His domain knowledge ensures acquisitions meet stringent airworthiness and operational reliability benchmarks for defense and commercial aviation applications.