Mary Rowley

Mary Rowley serves as a primary contracting professional within the Defense Logistics Agency’s Land and Maritime organization, responsible for managing the acquisition of critical mechanical, electrical, and fabricated metal components essential to naval, land, and expeditionary military systems. She oversees the procurement of industrial valves, sealing devices, power transmission equipment, and ordnance accessories that sustain the operational readiness of combat platforms. Her acquisitions are strategically aligned with DLA’s mission to ensure global logistics readiness through reliable, high-performance parts, often requiring compliance with military specifications and stringent quality assurance protocols. Rowley maintains consistent working relationships with key contractors including TRIMAN INDUSTRIES INC, ECI DEFENSE GROUP, ITL LLC, KAMPI COMPONENTS CO INC, and ASRC FEDERAL FACILITIES LOGISTICS, LLC. These partnerships reflect a preference for established vendors with proven expertise in manufacturing and supplying mission-critical components under tight delivery schedules and rigorous defense standards. Her contracting approach emphasizes performance-based outcomes, long-term vendor reliability, and technical alignment with DLA’s sustainment objectives. Her procurement patterns show a strong preference for open competition, with 78.5% of awards issued without set-asides, reflecting a focus on broad market access and technical capability. However, she actively supports small business participation, with over 20% of awards designated as total small business set-asides under FAR 19.5, and a modest but consistent allocation to service-disabled veteran-owned small businesses. Rowley’s technical focus centers on NAICS 333618 (Other Engine Equipment Manufacturing), with significant activity in power transmission systems and motor vehicle component manufacturing. She routinely procures precision-engineered parts for military vehicles and maritime systems, demonstrating deep familiarity with mechanical and electromechanical subsystems critical to defense platform sustainment and modernization.