FLATIRON-DRAGADOS-SUKUT JOINT VENTURE

FLATIRON-DRAGADOS-SUKUT JOINT VENTURE specializes in the design and construction of complex heavy civil infrastructure, with proven expertise in dam safety modification, spillway rehabilitation, and large-scale earthwork systems. The joint venture delivers mission-critical water resource projects requiring precision geotechnical engineering, concrete structural work, and hydrologic system integration, often in sensitive environmental and seismic zones. Their technical capabilities include advanced excavation techniques, non-destructive testing of aging infrastructure, and phased construction sequencing under operational constraints—ensuring continued functionality of critical water storage facilities during upgrades. The team brings integrated project delivery experience with a focus on risk mitigation, regulatory compliance, and long-term structural integrity for federal water infrastructure. The contractor has delivered projects exclusively for the Department of Defense, where they execute civil engineering initiatives tied to military water resource security, flood control, and infrastructure resilience. Their work supports DoD’s broader mission to maintain safe and operational water storage and diversion systems at defense installations, demonstrating a deep understanding of military construction standards and environmental permitting frameworks. Their primary focus is on NAICS 237990—Other Heavy and Civil Engineering Construction—which encompasses large-scale, non-building infrastructure such as dams, levees, canals, and spillways. This positions them as a niche provider in the federal water infrastructure market, serving agencies requiring engineered solutions for aging or at-risk hydraulic structures. The entity operates as a joint venture structured under 2K classification, with its base in Concord, California. While no federal certifications are listed, the venture leverages the combined engineering heritage and construction capacity of its parent firms to deliver technically demanding public works. Their geographic footprint is centered on Western U.S. infrastructure projects, particularly those requiring expertise in seismic retrofitting and arid-region hydrology.