Moshe Damari

Moshe S. Damari serves as a key procurement lead within the Fdcc Det SEATTLE(00050), a U.S. Coast Guard facility under the Department of Homeland Security, responsible for managing acquisitions that sustain and modernize critical maritime infrastructure across the Pacific Northwest and Alaska. His work centers on engineering and technical services essential to the operational readiness of Coast Guard stations and air stations, including the design, construction, and maintenance of waterfront facilities such as piers, hangars, and erosion control structures. Damari oversees the full lifecycle of contracts—from requirements development to award and administration—ensuring alignment with federal acquisition regulations and mission-critical infrastructure priorities. Damari’s contracting patterns reflect a broad-based approach to vendor engagement, with no formal set-aside preferences observed; all awards are competed fully open to the marketplace. This indicates a focus on technical merit, performance history, and competitive pricing rather than socioeconomic targeting. He collaborates with a diverse pool of contractors, including large engineering firms, specialized technical consultants, and software developers, fostering partnerships grounded in proven capability and compliance with federal standards. His procurement portfolio is evenly distributed across three primary NAICS categories: Other Heavy and Civil Engineering Construction, Other Scientific and Technical Consulting Services, and Software Publishers. This reflects a balanced demand for physical infrastructure projects, engineering design and analysis services, and digital solutions supporting facility management and operational systems. Damari’s expertise lies at the intersection of civil engineering and mission-critical IT, requiring deep familiarity with coastal construction standards, geotechnical engineering, and software platforms used in asset tracking and maintenance scheduling. His work ensures that Coast Guard assets remain resilient, modern, and operationally viable in demanding maritime environments.