Dennis Pulsipher

Dennis Pulsipher serves as a key procurement lead within the FA8214 Afnwc Pzbb, supporting the Department of the Air Force’s mission to develop, integrate, and sustain advanced guided missile propulsion systems and space vehicle components. He manages the acquisition lifecycle for mission-critical avionics, power infrastructure, and thermal battery systems, ensuring technical readiness and operational reliability for national defense programs. His role centers on executing complex sole-source and competitive procurements aligned with stringent aerospace and defense standards, coordinating closely with engineering and logistics teams to align contractual deliverables with system performance requirements. Pulsipher maintains long-standing partnerships with specialized defense contractors including Advanced Thermal Batteries Inc., EnerSys Advanced Systems Inc., and EaglePicher Technologies LLC—industry leaders in high-energy thermal battery systems and mission-critical power solutions. These relationships are built on technical collaboration, rigorous qualification processes, and consistent performance in delivering ruggedized, high-reliability components for extreme-environment applications. His contracting approach emphasizes technical alignment, supply chain resilience, and vendor accountability, often resulting in repeat engagements with vendors who demonstrate proven capability in missile and space propulsion support. His procurement portfolio is entirely non-set-aside, with 100% of awards issued under full and open competition, reflecting a mission-critical focus on technical superiority and schedule certainty over socioeconomic preferences. While small business participation is not formally prioritized, all vendors must meet exacting performance and certification standards, ensuring only qualified suppliers are selected regardless of size or certification status. Pulsipher’s primary focus lies within NAICS 336419—Other Guided Missile and Space Vehicle Parts and Auxiliary Equipment Manufacturing—where he procures advanced thermal batteries, power distribution units, and auxiliary propulsion subsystems. His expertise spans electrochemical systems, thermal management, and high-voltage aerospace power architectures, supporting next-generation missile and space vehicle platforms requiring extreme environmental tolerance and mission-critical reliability.