Emily Beall

Emily Beall serves as a primary contracting professional within the Defense Logistics Agency Aviation, where she plays a critical role in securing high-reliability aviation components essential to the operational readiness of U.S. military aircraft. Her responsibilities encompass the full lifecycle procurement of mission-critical parts, including engines, auxiliary systems, and specialized electronic components, ensuring timely delivery to sustain airworthiness and combat readiness. She manages complex acquisitions governed by FAR and DFARS regulations, with a focus on technical obsolescence mitigation, supply chain resilience, and rapid logistics response to support forward-deployed aviation units. Beall maintains collaborative relationships with a diverse base of defense aerospace suppliers, including Tier 1 manufacturers of aircraft engine systems and niche producers of legacy and modernized avionics components. Her contracting approach emphasizes performance-based requirements and technical validation, fostering long-term vendor partnerships grounded in quality assurance and compliance with military specifications. While no single contractor dominates her portfolio, she consistently engages both large defense primes and specialized small businesses capable of meeting stringent military certification standards. Her procurement patterns reflect a strong preference for open competition, with 86.8% of actions awarded without set-aside, yet she actively supports small business participation through Total Small Business Set-Asides (8.4%) and targeted HUBZone and Service-Disabled Veteran-Owned Small Business awards (2.4% each), demonstrating a balanced commitment to both efficiency and socioeconomic goals. Beall’s technical focus centers on NAICS 336412 (Aircraft Engine and Engine Parts Manufacturing) and 336413 (Other Aircraft Parts and Auxiliary Equipment Manufacturing), with additional procurement activity in electronic components (334419) and precision bearings (332991). She specializes in procuring flight-critical subsystems, including turbine blades, fuel control units, avionics interfaces, and hydraulic actuators, requiring deep domain expertise in aerospace engineering standards and military logistics frameworks.