Chad Godwin

Chad Godwin serves as a secondary procurement liaison at Norfolk Naval Shipyard Gf, supporting the Department of the Navy’s mission to maintain and modernize critical naval vessels through industrial and technical contracting. While not a primary contracting officer, he plays a vital role in facilitating acquisition planning, vendor coordination, and contract administration for specialized maintenance and engineering services. His work directly enables the shipyard’s operational readiness goals by ensuring timely procurement of precision components, industrial equipment, and technical repair solutions aligned with naval standards and compliance requirements. Godwin maintains consistent working relationships with key contractors including G I INDUSTRIAL-MARINE, LLC, OWL INTERNATIONAL INC., AMEE BAY, LLC, ORBIS SIBRO INC, and MID ATLANTIC ENGINEERING TECHNICAL SERVICES, INC. These partnerships center on niche industrial support services such as marine-grade system integration, precision instrumentation, and heavy equipment repair. His collaboration patterns reflect a preference for established vendors with proven technical capabilities in naval environments, often engaging them through competitive sealed bidding and performance-based contract structures. His procurement approach prioritizes open competition, with approximately 74% of acquisitions conducted without set-aside restrictions, while maintaining a meaningful 25.8% commitment to total small business set-asides under FAR 19.5. This reflects a balanced strategy that ensures access to specialized capabilities while fostering opportunities for qualified small businesses without compromising mission-critical timelines or technical requirements. The NAICS categories most frequently associated with his activities include 326220 for rubber and plastics hosing systems, 334513 and 334516 for industrial process instrumentation and analytical lab equipment, and 811210 for electronic and precision equipment repair. These reflect a technical focus on maintaining the integrity of complex naval systems, requiring expertise in mechanical, electrical, and diagnostic subsystems critical to fleet sustainment.