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File #: R2025-212    Version: 1
Type: Resolution Status: Regular Agenda
File created: 10/21/2025 In control: City Council
On agenda: 11/18/2025 Final action:
Title: Consider approving Resolution No. 2025-212 approving a Professional Services Agreement with Kimley Horn and Associates, Inc. for the Master Drainage Study in the amount of $302,500; and take appropriate action.
Attachments: 1. Resolution No. 2025-212, 2. Presentation
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Title
Consider approving Resolution No. 2025-212 approving a Professional Services Agreement with Kimley Horn and Associates, Inc. for the Master Drainage Study in the amount of $302,500; and take appropriate action.

Body
REQUESTOR:
Mayor Pro Tem Tina Bennett-Burton

BACKGROUND:
A master drainage study serves as a comprehensive, long-term planning tool for managing stormwater and flood control within our community. Its primary objective is to evaluate both current and future drainage needs by analyzing existing infrastructure, identifying deficiencies, and defining areas vulnerable to flooding.

At the request of Mayor Pro Tem Tina Bennett-Burton, staff proposes to commission a new master drainage study to evaluate and mitigate flooding risks throughout other areas of the City.

The areas of focus for this new master drainage study will include, but not be limited to:
* Rawhide Creek from Valley View Lane to Webb Chapel Road, to investigate options to improve flood-carrying capacity, reduce observed street flooding, and remove homes from the regulatory floodplain along Rawhide Parkway.
* Stream 6H1 (Winn Park/Midway Road area), to investigate options to reduce the risk of Midway Road overtopping during storm events and to assess flood risk in FEMA Zone A areas, which lack detailed analyses or base flood elevations.
* FEMA Zone A upstream extents of Farmers Branch Creek, to better define flood risk in Zone A floodplain areas.
* Bee Street culvert crossing at Cooks Creek, to evaluate options to reduce the risk of roadway overtopping during storm events and to reduce flood risk for upstream properties.

This study will utilize detailed hydraulic modeling to assess these focus areas. Based on the evaluation of existing conditions, the study will provide recommendations for targeted improvements to mitigate flood risks and prevent damage to property and infrastructure. Opinions of probable construction costs will be developed, and projects will be evaluated and p...

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