Kayla Rasmussen

Kayla Rasmussen serves as a key procurement professional within the FA8203 Aerospace Systems Division of the Department of the Air Force, responsible for managing the acquisition of critical aerospace components and engineering services essential to sustaining legacy and active-duty air platforms. She oversees the procurement of precision-engineered aircraft parts, remanufactured assemblies, and specialized installation tools for high-priority aircraft including the A-10, B-1, B-2, C-130, F-15, F-16, and KC-135. Her work directly supports operational readiness by ensuring timely delivery of mission-critical hardware that meets stringent military specifications and airworthiness standards. Rasmussen maintains consistent, long-term relationships with principal contractors Northrop Grumman Systems Corporation and M4 Engineering, Inc., both of which provide advanced manufacturing, engineering support, and technical integration services for complex aircraft systems. Her contracting approach emphasizes performance-based outcomes, technical compliance, and supply chain reliability, often leveraging firm-fixed-price and cost-reimbursement contract types to manage risk across high-precision aerospace procurements. Rasmussen’s procurement portfolio is exclusively non-set-aside, with 100% of awards issued under full and open competition. While she does not prioritize socioeconomic set-asides such as 8(a), HUBZone, or SDVOSB programs, her focus remains on securing technically qualified vendors capable of meeting the rigorous demands of aerospace sustainment. Her primary procurement activity centers on NAICS 336413—Other Aircraft Parts and Auxiliary Equipment Manufacturing—reflecting deep expertise in sourcing flight-critical components such as structural assemblies, avionics mounts, hydraulic actuators, and maintenance tooling. She specializes in procurements requiring certified aerospace manufacturing processes, AS9100 compliance, and technical data package integration, ensuring seamless compatibility with existing fleet architectures.