Molly Davison

Molly Davison serves as a key procurement professional within the FA8138 AFLCMC WBK unit of the Department of the Air Force, where she manages engineering services contracts critical to the sustainment of legacy airborne platforms, particularly the B-1B Lancer fleet. Her responsibilities center on acquiring specialized radar engineering support and forward intermediate fuselage repairs to maintain operational readiness, aligning directly with the agency’s lifecycle sustainment mission. She handles competitive and sole-source acquisitions under the engineering services domain, ensuring technical compliance with military aviation standards and coordinating with aerospace engineers to define performance-based requirements that support long-term fleet integrity. Molly collaborates with a network of defense aerospace contractors specializing in avionics integration, structural repair, and radar system modernization. While no single contractor dominates her portfolio, she consistently engages firms with proven expertise in military aircraft maintenance, including those holding AS9100 and ITAR certifications. Her working relationships are characterized by technical rigor, performance accountability, and a preference for vendors with direct experience on B-1B systems and Department of Defense airframe sustainment programs. Molly’s procurement activity is entirely non-set-aside, with 100% of her contracts awarded under full and open competition. This reflects a strategic emphasis on technical capability over socioeconomic preferences, prioritizing mission-critical performance and specialized expertise. While small business participation is not formally incentivized in her portfolio, vendors of all sizes must demonstrate proven technical qualifications to compete. Her primary focus is NAICS 541330 — Engineering Services — encompassing radar system sustainment, structural analysis, avionics integration, and aircraft structural repair. She procures engineering support services that include technical data packages, test and evaluation, and depot-level maintenance planning, requiring deep domain knowledge in military aircraft systems and FAA/DOD airworthiness standards.