Arc Hydro TrainingHydrologic and Hydraulic Analysis

Arc Hydro: GIS for Water ResourcesThis three-day course presents the Arc Hydro data model and tools and shows how to implement them using a series of real-world examples. You will learn the basic principles of the Arc Hydro data model, how to extend it, and how the Arc Hydro tools manage and use the data model.

GoalsAfter completing this course, you will be able to do the following:

• Understand and extend the Arc Hydro data model.

• Understand core and advanced Arc Hydro tool functionality.

• Solve realistic water resource problems using the Arc Hydro data structure and tools.

• Extend Arc Hydro tools to create custom functionality.

• Integrate external models into Arc Hydro.

In-depth instructor knowledge, small class size, class activities and discussions that encourage peer-to-peer learning, rich course materials, and hands-on practice with the latest Esri® software are the hallmarks of instructor-led training from Esri.

These classes can be customized to meet your organi-zation’s specific needs. We can customize the class to include your data and/or reflect your workflows in data development and modeling. If you are interested in a customized class, contact Dean Djokic at ddjokic@esri.com/1-800-447-9778, ext. 1-1072.

Hydrologic and Hydraulic Analyses Using ArcGISArcGIS® technology and Arc Hydro provide a strong foun-dation for hydrologic and hydraulic analyses. This two-day course presents GIS techniques for terrain analysis, hydro-logic and hydraulic characteristics extraction, numerical model input and output, modeling process automation, and result mapping. The Hydrologic Engineering Center’s (HEC) GeoHMS and GeoRAS and the US Geological Sur-vey’s (USGS) StreamStats have been built on the founda-tion methodologies, data model, and toolsets provided by Arc Hydro. These toolsets are essential components of this course.

GoalsAfter completing this course, you will be able to do the following:

• Use TIN and Esri Grid data structures for efficient terrain surface representation.

• Implement GIS as a spatial and temporal integrator.

• Use hydrologic statistical modeling—National Streamflow Statistics (NSS) and StreamStats.

• Develop hydrologic physical models—HMS and GeoHMS.

• Develop hydraulic models—River Analysis System (RAS) and GeoRAS.

• Perform floodplain mapping.

• Implement GIS process automation and integration.

For more information about the classes

and their schedules, contact an Esri

training consultant at plugo@esri.com or

athorig@esri.com; call 1-800-447-9778,

ext. 1-5757; or visit esri.com/training.

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Arc Hydro is essential to water analysis.