Misty L Viles

Misty L. Viles serves as a key procurement professional within the W6QK Acc-rsa office of the Department of the Army, where she supports the acquisition of mission-critical aerospace and missile defense systems. Her work directly enables the modernization of Army aviation platforms such as the UH-60 Black Hawk and AH-64 Apache, with a focus on avionics, sensor integration, propulsion systems, and electronic test instrumentation. She manages complex contracting actions for high-precision equipment and technical support services essential to maintaining operational readiness and technological superiority in aerial defense domains. Viles maintains established relationships with prime contractors including Lockheed Martin Corporation and Alaska Aerospace Corp., partnering with industry leaders experienced in defense aerospace integration and advanced system sustainment. Her procurement approach emphasizes performance-based contracting, technical specifications aligned with military standards, and lifecycle support requirements for mission-critical hardware. These vendor partnerships are characterized by long-term collaboration, rigorous compliance with defense acquisition regulations, and a focus on innovation in sensor and control system technologies. Her contracting portfolio reflects a strong commitment to small business participation, with 44% of awards designated as total small business set-asides under FAR 19.5. While no specific socioeconomic set-asides dominate, her consistent use of small business preferences demonstrates a deliberate strategy to foster competition and expand the defense industrial base through inclusive contracting practices. Viles specializes in procurements governed by NAICS codes 334515 and 334516, focusing on the manufacturing and maintenance of electrical measurement instruments, analytical laboratory devices, and industrial process control systems. Her technical domain expertise centers on electronic test and calibration equipment, precision diagnostics, and repair services for avionics and missile guidance subsystems, ensuring the reliability of sensor-driven defense platforms across operational environments.