
FlatironDragados to construct Howard A. Hanson Dam Additional Water Storage
FlatironDragados and joint venture partner Aecon have finalized a $691 million contract with the U.S. Army Corps of Engineers, Seattle District, to deliver the Howard A. Hanson Dam Additional Water Storage Fish Passage Facility in Ravensdale, Washington.
Employing the Integrated Design and Construction method developed by USACE, this collaborative approach brings together the designer of record and contractors from the early design phase through construction. The model improves coordination, helps mitigate risk and enhances cost and schedule certainty — supporting early alignment among project stakeholders and more informed decision-making throughout the project.
Following successful completion of the collaborative design phase, the project now is advancing into construction to deliver enhanced fish passage, ecosystem restoration, water supply reliability and flood risk reduction.
Located about 35 miles southeast of downtown Seattle, the project will improve passage for juvenile out-migrating salmon in the Green River. The facility will allow salmon to bypass the existing dam, supporting conservation of key species while maintaining flood risk management for the region. The facility will include a fixed multiport collector, steep slope bypass, deceleration tunnel and outfall stilling basin structures. This project enhances environmental resiliency in the Pacific Northwest.
Construction is expected to begin in the second quarter of 2026.
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FlatironDragados Advances to Construction Virginia Beach Resiliency Project
FlatironDragados is moving into the construction phase of the $518 million Windsor Woods, Princess Anne Plaza and The Lakes Stormwater Improvements project, following successful completion of a two-year collaborative preconstruction phase with the City of Virginia Beach and design partner Arcadis.
Implementation of the comprehensive flood protection infrastructure program developed by the City of Virginia Beach will protect city assets and meet the needs of the community for generations to come. Especially significant project elements include storm water storage and drainage improvements through the use of large pump stations, tide gates to minimize tidal impacts and maximize storage, and flood barriers along with upgrades to drainage channels.
This project is consistent with FlatironDragados’ strategy to build resiliency infrastructure that protects communities, vital facilities and essential supply chains from increasing climate threats and natural disasters. The project adds to current FlatironDragados resiliency projects:
- The $102 million Storm Surge Upgrade project in Port Arthur, Texas.
- The $1.7 billion North/West Battery Park City Resiliency project in New York City.
- The $251 million Rebuild by Design Hudson River Resiliency project in New Jersey.

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Turner Selected for Westcourt Orlando Mixed-Use Development
Turner Construction Company was selected by JMA Ventures to serve as the general contractor for Westcourt Orlando, a transformative 900,000-square-foot mixed-use development in Orlando adjacent to the Kia Center, home of the NBA’s Orlando Magic.
The $500 million development will offer a Kimpton hotel, high-rise residential units, Class A office space, retail, and a live entertainment venue. Designed to create a lively, walkable district, Westcourt Orlando will enhance connectivity and activity around one of the city’s premier sports and entertainment destinations.
Construction of Westcourt Orlando is expected to generate significant economic impact across the region. Early site activity is underway as the team moves toward full mobilization. At peak, the project could support approximately 800 workers onsite, representing roughly 1,600 direct construction jobs over the life of the project. In addition, the project will create opportunities for local subcontractors, with many trade partners expected to come from the Central Florida market. Work packages will be structured to encourage broad participation across multiple project components.







