Dams and embankments play a critical role in managing water resources, controlling floods, generating power, supporting recreation, and protecting the quality of the environment. Failures of dams and embankments can lead to catastrophic consequences, including severe and sudden flooding, loss of life, community disruption, and environmental harm. As structures grow in size, storage volume, or age, so do the potential risks they pose.
ESi’s multidisciplinary team of civil engineers, engineering geologists, geotechnical engineers, and water resources engineers are well-versed in the many facets of analysis and investigation of the design, construction, operations and maintenance, and failure mechanisms of dam and embankment structures. Our experts have extensive experience performing hazard assessments of these structures to proactively evaluate their stability, functionality, and behavior during design events or under extreme conditions.
Whether supporting levee accreditation, performing risk assessments, or evaluating regulatory compliance and life-safety risks, ESi delivers comprehensive analyses and actionable insights. We help dam owners, municipalities, and agencies proactively assess structural integrity and behavior under both routine and extreme loading conditions.

Engineering Insights that Support Safe Water Management Systems

Chad R. Fischer
Technical Vice President, Principal
ESi Dams & Embankments Capabilities
- Site Surveys
- Aerial Photo Analysis
- Subsurface Investigation
- Geologic Characterization
- Geotechnical and Geochemical Laboratory Testing
- Embankment Seepage and Slope Stability Analysis
- Dam Breach Analysis and Flood Routing
- Dam Decommissioning and Sediment Stability Analysis
- Modeling of Viscous Flows
- Hydrologic and Hydraulic Analysis
- Flood Hazard Assessment and Floodplain Mapping
- Reservoir Water Balance Studies
- Reservoir Operations Analysis
- Hydropower Analysis
- 1-D, 2-D, and 3-D Modeling of Reservoirs and Riverine Systems
- Tailings Dam Analysis
- FEMA Levee Accreditation
- Coastal Hydraulics
- Failure Analysis
- Risk Analysis