Winnwood Road Bridge Class Culvert Outlet Armoring Project

Project Type:
Drainage Improvements
Project Status: 
Complete
Location: 
Winnwood Road Bridge Class Culvert Outlet Armoring
Project Location

In early 2020, Garver, LLC (Garver) was tasked to perform an engineering condition assessment of the Winnwood Road bridge culvert and provide recommendations on rehabilitation and repair.  Their report recommended a new riprap concrete apron be constructed to protect against further scouring and undermining of the wing and toe walls.  This project is identified as high risk in the Town's Asset Management Plan.

Project Files:

Status Updates

December 22, 2022:

Construction is 100% complete. Final walk-through completed. The contractor submitted final documentation and the project has been closed out.

November 30, 2022:

The contractor fixed the punch list. The Town conducted the final walk-through and project acceptance.

June 2022:

Construction activities have begun. Construction is anticipated to take 7 months to complete.

April 12, 2022:

City Council awarded the construction contract to JB & Co. 

March 1, 2022:

Design is 100% complete and bids for construction were opened on January 25, 2022. The construction award will be going for City Council consideration on April 12, 2022.

July 27, 2021:

60% design submittal is under review by the Town of Addison. 

January 12, 2021:

City Council approved an agreement between the Town and Garver, LLC. for Professional Engineering Services related to the Winnwood Road Bridge Class Culvert Outlet Armoring Project.

Garver was qualified through a Request for Qualifications process in 2017 to perform design, project management, and construction management-related services for the Town.  Garver was selected to perform the design work for the Winnwood Road Bridge Class Culvert Outlet Armoring due to their experience and familiarity with the project.

Garver will provide the following services under this contract:

  1. Survey of the project area and existing utility locations
  2. Hydraulic analysis
  3. Design of the drainage improvements
  4. Bid phase services
  5. Design support during construction

Design for this project is anticipated to take 7 months to complete.