Virginia Terrace, Norwood Place, Rugby Row, Hillington Way
January 12, 2026 Update
A public information meeting is scheduled for 5:30 p.m., Jan. 21, 2026, via Zoom. Registration prior is required.
Jan. 21, 2026 Public Information Meeting Registration
View past project updates »Project Details
Project Information
Project Overview
The City is planning a construction project on Virginia Terr (Virginia Terr cul-de-sac to Regent St), Norwood Pl (Virginia Ter to Hillington Way), Rugby Row (Virginia Terr to Hillington Way), and Hillington Way (Norwood Pl to Southwest Commuter Path).
The project includes the replacement of sanitary sewer main and laterals, water main, storm sewer main and laterals, gravel base, and asphalt pavement. The curb and gutter, sidewalk, and driveway aprons will be replaced as needed.
Project Limits
Virginia Terr – Virginia Terr cul-de-sac to Regent St
Norwood Pl – Virginia Terr to Hillington Way
Rugby Row – Virginia Terr to Hillington Way
Hillington Way – Norwood Pl to Southwest Commuter Path
Project Schedule
Design: Winter 2025/2026 Spring 2026
Bid Advertised: Spring 2026
Construction: Summer 2026 – Spring 2027
Public Involvement
There are a number of points of contact during this project where the public is encouraged to give feedback as part of public information meetings and public hearings.
Public Information Meetings
A public information meeting is scheduled for 5:30 p.m., Jan. 21, 2026, via Zoom. Registration prior is required.
Jan. 21, 2026 Public Information Meeting Registration
City Process, Meetings
Common Council 2/24/2026
Board of Public Works 2/11/2026
Project Updates
January 12, 2026 Update
A public information meeting is scheduled for 5:30 p.m., Jan. 21, 2026, via Zoom. Registration prior is required.
December 23, 2025 Update
This page has been created to provide information regarding the project and proposed improvements. On this page you will find important information such as project extents, limits, overview, and important dates. Regular updates will be posted on this page containing new information with the passing of each phase.