Construction Projects

Ardenwood Creek Flood Protection and Restoration Project

Ardenwood Creek Flood Protection and Restoration Project

The Ardenwood Creek Flood Protection and Restoration Project will restore flood water capacity and conveyance, restore and enhance aquatic habitats, and provide long-term vegetation management along Ardenwood Creek between Tupelo Street and downstream of Paseo Padre Parkway, in Fremont, Alameda County, California.

Hesperian Boulevard Corridor Improvement Project

Hesperian Boulevard Corridor Improvement Project

The Hesperian Boulevard Corridor Improvement Project, located in the heart of the San Lorenzo community, will enhance traffic safety and further establish a livable community with benefits to motorists, pedestrians, bicyclists, and the San Lorenzo commercial corridor. Additionally, this project will beautify and revitalize the Hesperian Corridor into an inviting streetscape between the I-880 overcrossing and A Street.

Santa Maria Avenue Improvement Project

Santa Maria Avenue Improvement Project

The Santa Maria Avenue Improvements Project will enhance pedestrian and traffic safety to and from the Castro Valley High School. Project features include the construction of concrete sidewalks with curbs, gutters, installation of Class III bicycle routes with Sharrows, construction of enhanced crosswalks with pedestrian ramps, and planting of street trees.

Ward Creek Flood Control and Restoration Improvements Project

Ward Creek Flood Control and Restoration Improvements Project

Ward Creek is a large man-made creek in the City of Hayward, adjacent to Industrial Parkway, and provides drainage for a 1,000 acre watershed. 

The Ward Creek Flood Control and Restoration Improvements Project includes the construction of a floodwall, re-construction of existing storm drain pipe outfall structures, replacement of the existing asphalt bike path, preservation of existing mature trees in good condition, and removal and replacement of trees in poor condition.  All project features will improve flood protection in the area by minimizing channel banks overflowing during large storm events.