PROJECTS

In the Works

We have many exciting projects in the works that we can’t wait until the punch list to tell you about. Check out some of the solutions the Osborn Consulting team is currently planning and designing below.

Sammamish-Louis-Thompson-Site-Visit
Sammamish-Louis-Thompson-Site-Visit
SAMMAMISH, WA

Louis Thompson Tightline

Louis Thompson Road is a crucial link between Sammamish and nearby communities. In the past, the area has been affected by uncontrolled stormwater runoff. We are leading a team to design upgrades including a new stormwater conveyance system, water quality improvements, flow control facilities, and non-motorized improvements. We conducted substantial engagement with the neighborhood residents and other corridor users to incorporate their feedback into the design.

WSDOT-Coastal-29-Fish-Passage-Site-Visit
WSDOT-Coastal-29-Fish-Passage-Site-Visit
OLYMPIC PENINSULA, WA

Coastal 29 Olympic Region Fish Passage

We are excited to be supporting WSDOT through this Progressive Design Build project that will replace 29 culverts in Grays Harbor, Jefferson, and Clallam counties by 2026. Our team has provided fish passage design for two bundles, with our Stream Design Engineer supervising the completion of five crossings. Our landscape architects are currently providing services on a total of 23 crossings. As a result of our work, we will contribute to the reestablishment of fish passage for more than 30 miles of fish habitat.

Everett-Stock-Image
Everett-Stock-Image
EVERETT, WA

Regional Stormwater Facility Planning

We are working with the City of Everett to assess options for implementing regional stormwater facilities to enhance water quality treatment and flow control. This important project will help the City directly protect our waterways and communities from flooding and protect our environment from harmful pollutants. Our team is developing facility locations and will recommend prior facilities based on a variety of factors to ensure impactful solutions. The City of Everett includes a surface water service system comprised of 22 major drainage basins, totaling over 11,000 acres.