Jeffrey J. Hoenscheid

Jeffrey J. Hoenscheid serves as a key procurement professional within DLA Land Warren, supporting the Department of Defense’s mission to sustain land warfare readiness through the acquisition of high-reliability mechanical, electrical, and electro-mechanical components. He manages contracts for mission-critical systems including armored vehicle powertrains, transmission assemblies, and combat support electronic subsystems, ensuring the operational readiness of ground forces. His work directly enables the lifecycle sustainment of tactical transport platforms and armored fighting vehicles, requiring rigorous technical oversight and adherence to military performance standards. Hoenscheid maintains strategic relationships with leading defense industrial base partners including ONTIC Engineering & Manufacturing, OSHKOSH DEFENSE LLC, RENK AMERICA LLC, SCI TECHNOLOGY, INC, and VAREC NV. These partnerships are characterized by long-term sustainment contracts and technical collaboration on complex electromechanical systems, often involving configuration control, obsolescence management, and military specification compliance. His contracting approach emphasizes performance-based outcomes and supplier reliability over competitive bidding, reflecting the critical nature of the systems procured. His procurement portfolio exhibits no set-aside preferences, with 100% of awards issued under full and open competition. This reflects the specialized, high-integrity nature of the components required—where technical capability and proven production pedigree outweigh socioeconomic criteria. While small business participation is not formally prioritized, all vendors must meet stringent defense quality and traceability standards. Hoenscheid’s primary focus lies within NAICS 335312 (Motor and Generator Manufacturing), where he acquires precision-engineered components such as torque converters, drive modules, and electro-mechanical control units for military-grade vehicles. His expertise centers on powertrain integration, thermal management systems, and ruggedized electrical subsystems designed for extreme operational environments, requiring deep domain knowledge in defense-grade electromechanical engineering and MIL-SPEC compliance.