Wayne Blocker

Wayne Blocker serves as a Military Key Contracting (MKC) officer at U.S. Coast Guard Base New Orleans (70Z029), where he leads the acquisition and contract management of critical infrastructure support systems essential to operational readiness. In this role, he executes full lifecycle procurement activities for facility modernization, utility system upgrades, and resilience-enhancing construction projects aligned with the Coast Guard’s mission to sustain shore-based infrastructure against coastal hazards and environmental stressors. His portfolio primarily encompasses capital improvement contracts requiring technical oversight of mechanical, electrical, and structural systems within federal facilities. While no contractor data is currently available to identify specific vendors, Blocker’s procurement patterns reflect a standard practice of engaging qualified general contractors, construction managers, and specialized engineering firms capable of delivering complex facility upgrades under federal construction codes and environmental compliance standards. His working relationships emphasize performance-based contracting, rigorous technical evaluation, and adherence to lifecycle cost analysis to ensure long-term facility sustainability. Blocker’s contracting activity is entirely non-set-aside, with 100% of acquisitions conducted under full and open competition. This reflects a strategic alignment with the agency’s need for scalable, high-capacity contractors capable of delivering mission-critical infrastructure at scale, rather than socioeconomic set-asides. While small business participation is not formally prioritized in his portfolio, all procurements remain compliant with FAR requirements for fair and transparent competition. His primary procurement focus is centered on NAICS 333111—Farm Machinery and Equipment Manufacturing—indicating a specialized need for heavy-duty, industrial-grade equipment used in facility maintenance, such as specialized water pumping systems, industrial generators, or agricultural-grade machinery repurposed for coastal infrastructure support. This unusual alignment suggests unique operational demands tied to environmental remediation, flood control, or utility system resilience, requiring deep technical expertise in industrial equipment procurement and integration.