CASE, LOWE & HART, INC.

CASE, LOWE & HART, INC. specializes in professional engineering services for federal land and infrastructure management, with deep expertise in civil, structural, and environmental design for public works projects. The firm delivers comprehensive A&E services including bridge replacement design, boundary and posting surveys, snow and ice damage mitigation, seepage testing, HVAC evaluations, and facility remodeling—primarily supporting rural and forested infrastructure. Their technical proficiency spans surveying, geotechnical analysis, hydraulic modeling, and structural assessment, with a demonstrated focus on resolving complex site-specific challenges in sensitive natural environments. A key differentiator is their ability to integrate field data with design solutions for remote, high-elevation, and ecologically constrained locations, particularly within national forest systems. The contractor maintains a consistent and long-standing relationship with the U.S. Department of Agriculture, particularly the Forest Service, delivering mission-critical engineering services across multiple regions including Region 4 and Region 3. Work includes infrastructure upgrades to water systems, warehouse repairs, and boundary delineation for national forest lands. They also support the Department of the Interior on specialized evaluations, such as HVAC system assessments for federal facilities, indicating adaptability across federal land management agencies. Their primary focus is on NAICS 541330—Engineering Services—which in practice translates to end-to-end design and technical analysis for public infrastructure on federal lands. They specialize in rural transportation, water resource systems, and facility resilience projects, positioning them as a niche provider for USDA and DOI agencies managing vast, dispersed asset portfolios. Located in Ogden, Utah, CASE, LOWE & HART, INC. is a small, locally rooted firm with no federal certifications. Their geographic proximity to key federal land management zones enhances responsiveness and site familiarity, allowing for efficient mobilization and contextual design execution across the Intermountain West.