Ashley Sandquist

Ashley Sandquist serves as a key procurement lead for U.S. Coast Guard Base Seattle (70Z033), responsible for managing facility infrastructure and maintenance acquisitions critical to operational readiness. She oversees the planning, solicitation, and award of contracts for building systems, utilities, and site services that sustain maritime facilities, including vessel support infrastructure and environmental compliance assets. Her work ensures timely delivery of essential services that directly enable Coast Guard missions across the Pacific Northwest, with a focus on long-term infrastructure resilience and regulatory adherence. Sandquist maintains consistent working relationships with a core group of contractors including VCloud Gov Inc., Astrallic Inc., M.B.A. ADHC LLC, Victory Contracting LLC, and John’s Waterproofing Co., all of whom provide specialized technical services in facility maintenance, systems integration, and environmental remediation. These partnerships reflect a preference for proven, reliable vendors with demonstrated expertise in federal facility operations, often resulting in repeat engagements based on performance and compliance history. Her procurement activity shows no use of socioeconomic set-asides, with 100% of awards issued under full and open competition. This indicates a focus on technical capability and mission-critical delivery over socioeconomic targeting, aligning with the agency’s priority for rapid, high-quality execution in time-sensitive infrastructure environments. Sandquist’s portfolio is exclusively focused on NAICS 334310—Audio and Video Equipment Manufacturing—reflecting a specialized need for mission-critical communication, surveillance, and monitoring systems integrated into Coast Guard facilities. This unusual alignment suggests procurement of specialized audiovisual and electronic control systems for command centers, vessel interface systems, or security infrastructure, requiring deep technical understanding of federal communications standards and interoperability requirements.