Jason Spina

Jason Spina serves as a Power Management Engineer at W4GG Hq US Army Tacom, where he plays a critical technical role in the acquisition and lifecycle management of power systems for ground combat and tactical wheeled vehicles. His expertise directly supports the agency’s mission to enhance vehicle survivability, mobility, and energy efficiency through integrated engineering and acquisition solutions. Spina is deeply involved in the technical evaluation and requirements development for power management systems, including advanced electrical architectures, hybrid power units, and energy storage solutions for armored platforms. He works closely with contracting teams to translate complex engineering needs into precise solicitation language, ensuring technical rigor in procurement actions. Spina maintains consistent working relationships with a focused group of specialized contractors, including Schutt Industries of Clintonville, ONTIC ENGINEERING & MANUFACTURING, A&M AEROSTRUCTURES, and BOWHEAD AVIONICS MANUFACTURING. These partnerships are centered on high-precision engineering, power system integration, and mission-critical hardware development for military vehicles. His procurement approach emphasizes long-term collaboration with vendors possessing proven technical capabilities in military-grade power systems, favoring firms with deep domain expertise over broad-service providers. Spina’s acquisition portfolio reflects a strong preference for unrestricted competitions, with 100% of his procurements classified as “No Set-Aside.” This indicates a focus on technical capability and performance over socioeconomic preferences, aligning with the specialized nature of power system engineering requirements where only a limited pool of qualified vendors exists. His primary procurement activity falls under NAICS 541715, reflecting a heavy emphasis on research and development in physical and engineering sciences. He specializes in procuring advanced power management R&D services, including system modeling, thermal management, energy density optimization, and integration of next-generation power electronics for tactical platforms, demonstrating deep technical authority in military vehicle electrification and energy resilience.