BROADWAY PEDESTRIAN & TRAFFIC SIGNAL IMPROVEMENTS

The project objective is to upgrade sidewalks and curb ramps and replace existing traffic signals along Broadway between Robinson Avenue (Route 9W) and Grand Street to meet Americans with Disabilities Act Accessibility Guidelines (ADAAG). The project will replace six non-standard traffic signals at Broadway intersecting Robinson Avenue, Concord Street/Mill Street, William Street/Dubois Street, Johnston Street, Liberty Street and Grand Street. Sidewalks and curb ramps will be replaced at all curb corners on both sides of Broadway. Sidewalk curb extensions will be implemented to improve pedestrian access and safety throughout the corridor. In total, approximately 5,600 square yards of new sidewalk will be installed. Landscaping and utilities may be upgraded on an as needed basis.

Project Status

• The project has been Under Construction.
• The Bid Opening was on 08/29/2024

Project Schedule

**Schedule Variance Key:
● Red - Current Schedule Variance is > 10% of Original Completion
● Yellow - Current Schedule Variance is > 5% and <=10% of Original Completion
● Green - Current Schedule Variance is within 5% of Original Completion

Construction Costs

**Cost Variance Key:
● Red - Current Construction Costs are > 10% of Contract Award Cost
● Yellow - Current Construction Costs > 5% and <=10% of Contract Award Cost
● Green - Current Construction Costs are within 5% of Contract Award Cost

This project receives funding from the following sources:

Federal: Yes

State: Yes

Local: Yes

*Project Schedule Definitions:
Original Contract Completion Date - This is a contractual date,at the time the Contractor is Awarded the contract, representing when the Contractor is obligated to complete all of the work required in the contract and will no longer have a presence within the highway Right-of-Way.

Estimated Substantial Completion Date - This is the day the public (including vehicles and pedestrians) has full and unrestricted use and benefit of the facilities both from the operational and safety standpoint.