SARGENT ENGINEERS INC

Sargent Engineers Inc. specializes in civil and structural engineering services, with a demonstrated focus on bridge design modifications and infrastructure engineering support. The firm provides technical expertise in the evaluation, redesign, and performance extension of transportation structures, particularly in compliance with federal engineering standards. Their work involves detailed structural analysis, design documentation, and coordination of construction-phase modifications to ensure safety, longevity, and regulatory adherence. While their award history is limited, the specific nature of the Huffaker Bridge modification project indicates proficiency in bridge engineering, load analysis, and contract performance extension procedures—skills critical for maintaining aging infrastructure under federal oversight. The contractor has delivered services to the U.S. Department of Agriculture and its Pacific Northwest Regional Office, suggesting engagement in rural infrastructure projects, potentially including forest service roads, culverts, or rural bridge systems. Their relationship with these agencies appears project-specific, centered on targeted engineering interventions rather than broad programmatic support. This points to a niche role as a specialized engineering consultant for federal land management and transportation assets in the Pacific Northwest. Sargent Engineers operates primarily under NAICS 541330, which encompasses professional engineering services, particularly in civil infrastructure. Their market positioning is that of a focused engineering firm serving federal agencies with mission-critical infrastructure needs, rather than a broad-spectrum design firm. They do not hold any formal government certifications, and their business structure as a 2L entity indicates a small, likely owner-operated firm with a regional footprint centered in Olympia, Washington. Their geographic proximity to federal land management offices in the Pacific Northwest supports localized responsiveness to infrastructure challenges in forested and mountainous terrains.