Bluewing Civil Consulting, LLC

Meticulous Design. Engineered for tomorrow.

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About the firm

Bluewing Civil Consulting (BWC) is a multidisciplinary engineering practice based in Lafayette, Louisiana, with an additional office in Lake Charles. BWC specializes in floodplain engineering, civil infrastructure design, roadway and drainage systems, water and sewerage utilities, site plans, and structural engineering. Notable works include the Lake Charles Memorial Hospital Cooling Tower Dunnage Frame, the Settler's Trace Residential Subdivision, and the Bayou Pierre Responsible Mitigation Plan.

Team
Micro
Firm type
Civil Engineering · Structural Engineering · Environmental Engineering · Geotechnical Engineering · Land Surveying

People

Alex GuilloryPrincipal

Kim MitchellChief of Operations

Capabilities

Roadway Engineering

Service website

Comprehensive design, analysis, and rehabilitation of public and private transportation corridors.

  • Roadway hydraulics
  • NEPA-related services
  • Topographical and boundary surveys
  • State roadway mitigation projects
  • Road geometric improvements
  • Roadway structural rehabilitation

Water Resource Engineering

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Hydrologic and hydraulic analysis focused on flood mitigation, stormwater management, and watershed resilience.

  • Watershed planning and environmental assessments
  • Floodplain modeling and mapping
  • Floodway encroachment and analysis
  • Drainage impact studies
  • Stormwater and pollution prevention plans
  • Urban flood mitigation design and engineering
  • Dam safety analysis

Municipal Consulting

Service website

Advisory and engineering support for public agencies, regulatory bodies, and local governments.

  • Development reviews
  • Land development and planning reviews
  • Infrastructure planning and design
  • Public drainage management
  • Agency permitting
  • Paving, grading, and drainage design
  • Utility layout and conflict remediation

Site Civil Engineering & Design

Service website

Strategic site planning and grading to transform raw land into functional commercial or residential developments.

Environmental Services

Service website

Regulatory compliance, permitting support, and environmental planning for infrastructure and development projects.

  • NEPA compliance
  • Stormwater pollution prevention and planning
  • Discharge permitting
  • Site preparation and earthwork specifications

Structural & Geotechnical Engineering

Service website

Engineering analysis and design of earth retention systems, foundational elements, and structural support frames.

  • MSE wall design
  • Shallow foundation design
  • Road widening and pavement design

Industries

Government · Infrastructure · Water Supply · Wastewater · Stormwater & Flood Control · Residential · Healthcare · Land Development

Projects

Bayou Pierre Responsible Mitigation Plan

Stormwater & Flood Control

Project details

Hydrologic engineering and existing conditions analysis for a wetlands mitigation bank to support permitting with the U.S. Army Corps of Engineers (USACE). Work included the investigation of site soils, existing hydrologic infrastructure, connectivity with adjacent waterways, and evaluation of stream gauge and rainfall data.

Settler's Trace Residential Subdivision

Iowa, LA · Residential

Project details

Engineering design for a 232-lot residential subdivision. Scope of work covered the design of interior roads, drainage, water supply, and sewerage infrastructure to meet or exceed regulatory agency requirements.

Gravity Drainage 5 Urban Flood Study

Sulphur, LA · Stormwater & Flood Control

Project details

Comprehensive flood study of the Maplewood Subdivision to address localized flooding and analyze alternatives for resident relief. Used 1D and 2D hydraulic models to evaluate development impacts on existing drainage networks and design improvements along Prater Road.

Lake Charles Memorial Hospital Cooling Tower Dunnage Frame

Lake Charles, LA · Healthcare · Client: Lake Charles Memorial Hospital

Project details

Structural engineering design for replacing elevated cooling towers at the Oak Park Campus. Designed the 20-foot-tall structural frame supporting three towers, including one weighing approximately 41,000 pounds, while analyzing wind loads and coordinating with mechanical engineers to avoid utility conflicts.