Dale Stevens

Dr. Dale Stevens serves as a technical contracting lead within the Air Force Research Laboratory’s Propulsion Directorate (AFRL/PZL), overseeing the acquisition of advanced aerospace propulsion systems, hypersonic technologies, and high-performance functional materials. His role bridges scientific innovation with defense procurement, ensuring that cutting-edge research transitions efficiently into mission-capable systems. He manages complex R&D contracts requiring deep technical oversight, including prototype development, materials characterization, and adaptive flight control integration, often coordinating with government scientists and industry partners to align contractual deliverables with AFRL’s strategic objectives in air and space dominance. Dr. Stevens maintains long-standing relationships with leading aerospace and defense contractors including UES Inc., General Electric Company, DCS Corporation, Spirit Aerosystems Inc., and Advanced Thermoplastic Composites LLC. These partnerships are characterized by sustained collaboration on high-risk, high-reward propulsion and materials research programs, with contractors frequently engaged through multiple-phase contracts spanning basic research, applied development, and transition to production. His procurement approach emphasizes technical merit, innovation capacity, and proven performance in extreme-environment systems. Dr. Stevens’ portfolio reflects a strict focus on full and open competition, with 100% of acquisitions conducted without set-aside designations such as 8(a), HUBZone, or SDVOSB. This reflects the specialized, technologically intensive nature of the work, which demands advanced capabilities typically found in large, established defense contractors with extensive engineering infrastructure and classified facility clearances. His primary procurement focus is centered on NAICS 541712—Research and Development in the Physical, Engineering, and Life Sciences—where he acquires advanced propulsion systems, hypersonic test hardware, ceramic matrix composites, and high-temperature structural materials. His expertise lies in managing contracts for fundamental and applied research that directly supports next-generation air-breathing and rocket-based combined cycle propulsion architectures.