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Using HEC-FDA Version 1.4.3 Software
Warning
The content on this page and sub-pages are relevant to the PROSPECT #209 virtual training provided in FY22. During the virtual course HEC-FDA Version 1.4.3 software was used. All course content included for this course is related to HEC-FDA Version 1.4.3.
Course Overview
This course presents risk assessment methods and concepts, many of which are required by Corps guidance. The objective is to enable participants to readily adapt these methods and concepts to their own studies and projects after successfully completing the course. Policy issues, concepts in statistical analysis, and risk and uncertainty methods used in the evaluation of flood risk management projects are emphasized in the course. Course workshops provide participants with the opportunity to apply the course's concepts using the Hydrologic Engineering Center Flood Damage Reduction Analysis (HEC-FDA) software program.
Getting Help
Please navigate to the HEC-FDA category on HEC Discourse for user support on HEC-FDA and for help with the content on this page.
FY22 Course Administrative Documents
Course Software
This course will use the following software.
- Microsoft Excel
- HEC-FDA Version 1.4.3. Available on App Portal, portable version available for download here.
- QGIS. Available on App Portal. We recommend Version 3.6.2 - the version used to develop the tutorial with which the software will be used.
Course Instructors and Instructor Biographies
Course Content
Bulk Downloads
Reading Assignments
Course Modules
The below table organizes all YouTube videos and course content from the FY2022 course on Risk-Based Analysis for Flood Damage Reduction Studies.
Module Name | YouTube Videos | Course Content | Instructor |
---|---|---|---|
Lecture: Flood Risk Assessment | Nugent | ||
Lecture: Background Policy and Regulations for Risk Analysis | Slides | Dunn | |
Lecture: Basic Probability and Statistics | Slides | Karlovits | |
Lecture: Incorporating Uncertainty into the Expected Annual Damage Computation | Slides | Faber | |
Lecture: Risk Assessment and Risk Management: Transforming the USACE | Video | Slides | Wegner |
Lecture: Case Study, Southwest Coastal Louisiana Feasibility Study | Playlist | Slides | Maestri |
Lecture: Uncertainty in Exceedance Probability Functions | Slides | Faber | |
Lecture: Stage Discharge Relationship Uncertainty Derivation | Slides | Ackerman | |
Lecture: Interior/Exterior and Transform Flow Relationships | Nugent | ||
Workshop: Basic Probability and Statistics | --- | Karlovits | |
Workshop: Monte Carlo Simulation Examples | --- | Faber | |
Lecture: Flood Risk Management Planning Center of Expertise | --- | Slides | Morrill-Winter |
Case Study Lecture: Coastal Texas Evaluation | Playlist | Slides | Maestri |
Lecture: Project Formulation and Evaluation using Risk Assessment | Slides | Dunn | |
Lecture: Project Performance and Geotechnical Analysis | Hubel | ||
Lecture: The RMC and Life Safety | Fields | ||
Lecture: Stage-Damage Relationship Uncertainty | Keilman | ||
Workshop: Bear Creek Using the HEC-FDA Version 1.4.3 Software | Slaughter | ||
Workshop: Bear Creek Hydrologic and Hydraulic Uncertainties with HEC-FDA Version 1.4.3 | Slaughter | ||
Workshop: Bear Creek Stage-Damage Uncertainty with HEC-FDA Version 1.4.3 | Slaughter | ||
Case Study Lecture: Lower Sacramento River | Pingel | ||
Lecture: HEC-FDA Limitations and Practical Considerations | Full Lecture | Slides | Nugent |
Lecture: Including 2D Hydraulic Modeling in HEC-FDA Studies | Full Lecture | Slides | Beam |
Lecture: HEC-WAT and FRA Compute vs HEC-FDA | Playlist | Slides | Lehman |
Workshop: Bear Creek Without-Project Conditions with HEC-FDA Version 1.4.3 | Slaughter | ||
Workshop: Bear Creek Levee Assignment and Levee Analysis with HEC-FDA Version 1.4.3 | Slaughter | ||
Workshop: Bear Creek Plan Formulation with HEC-FDA Version 1.4.3 | Slaughter | ||
Workshop: Pre-Processing Gridded Data for Use with HEC-FDA Version 1.4.3 | Workshop Introduction | Beam |