Craig Lawson

Craig Lawson serves as a procurement professional within DLA Maritime – Pearl Harbor, supporting the operational readiness of U.S. naval forces through the acquisition of mission-critical mechanical, electrical, and structural components for shipboard systems. He manages a diverse portfolio of contracts for precision-engineered hardware including fasteners, valves, seals, wiring devices, and specialized metal fabrications, ensuring timely delivery of components essential to fleet sustainment. His work is integral to maintaining maritime logistics resilience, with a focus on securing reliable supply chains for high-demand, mission-essential parts under strict naval specifications. Lawson cultivates strategic partnerships with a broad base of suppliers, primarily small businesses certified under federal socioeconomic programs. His contracting patterns reflect a deep reliance on agile, technically capable vendors capable of meeting rigorous military standards for materials and fabrication. While no single contractor dominates his portfolio, he consistently engages with niche manufacturers specializing in high-tolerance components, often working closely with firms possessing AS9100 or ISO 9001 certifications to ensure quality and traceability. His procurement strategy is heavily skewed toward small business participation, with over 95% of acquisitions set aside for small businesses under FAR 19.5. This reflects a strong institutional commitment to fostering economic opportunity while leveraging the specialized capabilities of small manufacturers. He frequently awards contracts to 8(a), HUBZone, and SDVOSB firms, aligning with DLA’s mandate to strengthen the defense industrial base through inclusive sourcing. Lawson’s primary technical focus lies in NAICS categories centered on fastener and hardware manufacturing (332722), abrasive product production (327910), and plastics piping systems (326122). He possesses deep domain expertise in procuring components that meet MIL-SPEC and ASTM standards, ensuring compatibility with naval propulsion, hydraulic, and electrical systems. His work demands precise understanding of material science, tolerances, and corrosion resistance requirements critical to maritime environments.