Hannan Batarseh

Hannan Batarseh serves as a key procurement professional within the W4GG Hq US Army Tacom, supporting the lifecycle management and modernization of ground combat and support vehicle systems for the Department of the Army. Responsible for executing complex engineering and technical acquisitions, Batarseh plays a critical role in ensuring the readiness and technological superiority of armored platforms, tactical wheeled vehicles, and associated ordnance systems. Their work centers on securing specialized engineering services that drive vehicle survivability, mobility, and power efficiency, aligning procurement activities with the Army’s strategic modernization goals and integrated logistics requirements. Batarseh maintains consistent contracting relationships with a select group of high-capability vendors, including Schutt Industries, VAREC NV, ONTIC ENGINEERING & MANUFACTURING, INC, A&M AEROSTRUCTURES, INC., and BOWHEAD AVIONICS MANUFACTURING, LLC. These partnerships reflect a focus on Tier 1 defense contractors with proven expertise in advanced vehicle systems, avionics integration, structural components, and mission-critical engineering support. The working relationships are characterized by long-term, performance-based engagements that prioritize technical excellence, compliance with military specifications, and rapid sustainment response. There is no set-aside preference in Batarseh’s procurement portfolio; all acquisitions are competed openly under full and open competition. This reflects a mission-driven emphasis on securing the highest technical capability regardless of business size, consistent with the complexity and critical nature of ground vehicle modernization programs. The primary NAICS classification for all procurements is 541330 (Engineering Services), underscoring a deep specialization in systems engineering, vehicle integration, survivability analysis, and technical support for armored and tactical platforms. Batarseh’s portfolio consistently targets advanced engineering solutions including armor system design, powertrain optimization, electromagnetic compatibility, and digital twin modeling for vehicle sustainment.