Robert Harrison

Robert Harrison supports the Defense Logistics Agency’s Land Warren office in procuring mission-critical mechanical, electrical, and electro-mechanical components essential to the readiness of U.S. ground forces. He manages the acquisition of high-reliability transmission systems, powertrain assemblies, armored vehicle subsystems, and combat-support electronic equipment, ensuring timely delivery of components that sustain armored platforms and tactical transport fleets. His work directly enables operational continuity for Army and Marine Corps units by securing specialized parts that meet rigorous military performance and durability standards. Harrison maintains established relationships with key defense contractors including ONTIC ENGINEERING & MANUFACTURING, INC, OSHKOSH DEFENSE LLC, RENK AMERICA LLC, SCI TECHNOLOGY, INC, and VAREC NV. These partnerships reflect a focus on tier-one suppliers with proven expertise in defense-grade fabrication, electro-mechanical integration, and military-certified manufacturing. His contracting approach emphasizes long-term vendor collaboration, performance-based incentives, and technical compliance with MIL-SPEC and AS9100 standards, ensuring consistent quality across complex supply chains. His procurement portfolio reflects a balanced approach to socioeconomic contracting, with approximately one-third of awards designated as Total Small Business Set-Asides under FAR 19.5. While the majority of acquisitions remain open to all competitors, Harrison actively prioritizes small business participation, particularly among manufacturers capable of delivering specialized metal fabrications and electronic subsystems under tight timelines and quality controls. His primary NAICS focus spans 332722, 332919, 332994, 332999, and 336320, reflecting deep expertise in sourcing bolts, rivets, valves, ordnance accessories, and motor vehicle electronic systems. He routinely procures precision-fabricated metal components, armored vehicle housings, electrical harnesses, and transmission control units—each requiring stringent dimensional tolerances and environmental resilience. His technical domain knowledge ensures alignment between contractual requirements and the operational demands of modern land warfare platforms.