EOE - Representative Projects

Underwater Remote Sensing Survey of Naval Station Pascagoula - A review of the past cultural environment and an underwater remote sensing survey of proposed expansion at Naval Station Pascagoula, including a multi-beam bathymetric survey, a sidescan sonar survey, and a magnetometer survey. Client: US Army Engineer District Mobile 

Hydrodynamic Climate and Extremal Analysis of Santa Rosa Island, FL - Produce a hydrodynamic climate for use in selecting design conditions for a planned Underwater Marine Sanctuary as part of the Navarre Beach State Park. Client: Genesis Group, Tallahassee, FL. 

Characterization of Coastal Erosion Management by the Gulf States - A report characterizing the manner in which each Gulf of Mexico state treats problems arising from coastal erosion and regulates methods to mitigate such problems, considering the integrated meaning of pertinent laws, regulations, and written policies together with the application of such to specific permitting decisions, lawsuits, or other visible actions. Client: US Gulf of Mexico Program

3-Dimensional Hydraulic Physical Model Evaluation for the Los Angeles/Long Beach Harbor - Recent topographic surveys

Results of LA/LB Harbor Response for Various Plans  

 of the breakwaters for Los Angeles/Long Beach Harbors revealed an average crest elevation of the San Pedro Breakwater of approximately 1.5 ft below the design crest of + 14 ft MLLW. A physical model study was conducted to estimate future impacts on harbor operations if crest loss continues or if the crest is restored to the design elevation Constraints of the distorted scale model were overcome to generate incident overtopping waves that induced low frequency oscillations in the harbor. Client: US Army Engineer District Los Angeles.                  


Coastal Engineering Services Task Order - Provide professional Coastal Engineering services as part of a statewide continuing services contract, for projects including beach erosion, control structures, marine structures, dune restoration, etc. Client: Department of Environmental Protection, Division of Recreation and Parks


Episodic Event Wave Measurements in the Los Angeles District
- Develop and implement a system for obtaining episodic wave measurements in the vicinity of Southern California, including a detailed planning phase report, provision of all instrumentation and hardware, training of key personnel in the deployment, operation, and maintenance of the gages, and an operation manual. Client: US Army Engineer District Los Angeles

Engineering Services for Project Greenshores    aaa Greenshores is a habitat  restoration effort that will create emergent and submerged saltmarsh vegetation along ~ 1 mile of urban shoreline on the northwest shore of Pensacola Bay, FL. The primary objective is to create a highly visible, habitat-rich, educational shoreline restoration project to serve as a restoration model for other disturbed areas of shoreline. Client: Florida Department of Environmental Protection.

Project Greenshores Phase II, Concept E

Coastal Engineering Services for Escambia County, FL - Provide planning, analysis, design, monitoring, and measurement of coastal processes, coastal structures, and coastal habitats, and consultation and advice as required on coastal engineering issues of concern. Following Hurricane Ivan, the first task was to design an emergency protective berm on Perdido Key. Client: Escambia County, FL

 A High-reliability System for Capturing Hurricane Wave Data - The Corps of Engineers requires measurements of extreme wave in Lake Pontchartrain to validate wave runup models. Wave runup is critical because it could overtop the lakefront hurricane protection structures, principally levees and floodwalls, which protect the city of New Orleans from inundation. EOE developed a cost‑effective measurement system that maintains a constant state of readiness between hurricane strikes (perhaps decades), is operational within hours, and performs flawlessly under violent environmental conditions. Client: US Army Engineer District, New Orleans.