Alternatives Analysis, Flood Control, Flood Control Works, Stormwater Project

Woods Road Flood Control Design

Project Description

Woods Road Flood Control Design – Wildwood, MO

This project illustrates I&L’s roadway culvert design and flood control design capabilities. The City of Wildwood was experiencing frequent roadway and property flooding in multiple locations along lower Woods Road. In 2015, the City retained I&L to evaluate the flooding and develop alternative solutions. In 2019, the City retained I&L to design a series of roadway culvert and channel improvements to address the severe flooding.

I&L recommended a range of solutions to manage storm events ranging from a 10% Annual Exceedance Probability (AEP) event to a 1% AEP event with associated costs ranging from $700,000 to $1,600,000 respectively. Watershed hydrology was developed in HEC-HMS and hydraulic modeling was developed in HEC-RAS. Solutions include modifying 2 roadway and 5 driveway culverts and multiple associated channel and drainage modifications. Culverts included 2 10×10 foot box, 2 10×9 foot box, 1 10×8 foot box, 1 7×7 foot box, 1 6 foot pipe, 1 4 foot pipe, and 3 36-inch pipes. Drainage included multiple berms, swale, and channel improvements including grade control and armoring.

2015 Flooding
2019 Flooding

Project Details

Key Personnel:

  • Tim Dean, PE, LEED AP, CFM
  • Mark Meyer, PE, CFM

Project Features:

  • Roadway Culvert Design
  • Roadway Drainage System Design
  • Channel Flood Control Design
  • Flooding Analysis and Flood Mapping
  • Hydraulic & Hydrologic Modeling
  • Alternatives Analysis
  • Grade Controls
  • Cost Estimating
  • Report Writing

Year:

  • Design: 2019-2020

Project Gallery

Elizabeth Tiedt, EI

Project Engineer, Intuition & Logic Engineering, Inc.

Education

 

Registration

EI- Project Staff

Affiliations

 

 

Danielle Laurie, EI

Project Engineer, Intuition & Logic Engineering, Inc.

Education

B.S. Architectural Engineering & Civil Engineering

University of Missouri-Rolla, 2025

Registration

EI- Project Staff

Affiliations

  • American Society of Civil Engineers
  • American Public Works Association
  • Engineers Without Borders
  • Chi Epsilon

Ms. Laurie is a Civil and Architectural Engineer with a strong foundation in civil engineering analysis and design, supported by both academic and early professional experience. She has approximately 15 months of engineering experience, with a primary focus on civil engineering applications. Ms. Laurie has hands-on experience in modeling and analysis using industry-standard tools, including AutoCAD Civil 3D, ArcGIS, and PCSWMM. She has completed formal training in PCSWMM hydraulic modeling and has applied these skills to support stormwater management and hydraulic analysis efforts. Her technical experience includes civil site layout, stormwater hydrology and hydraulic calculations, utility coordination, and preparation of construction documents. Ms. Laurie has also assisted with construction-related activities, including design inspections, pavement inspections, and concrete testing.