Two-day XPSWMM/XPStorm training workshop with detailed instruction on XPSWMM/XPStorm key features and practical step-by-step exercises to enhance learning objectives.
This class will focus on stormwater modeling, starting with basic hydrology and hydraulics on day one. The second part of day one will provide more in-depth instruction and exercise for more advanced stormwater modeling functions and tools such as dual drainage and storage. The second day will delve into 1D river modeling and integrated 1D/2D modeling.
Innovyze Workshops cater to a variety of skill levels. However, to make the best use of class time it is recommended that anyone who attends a training go through the Getting Started Manual for XPSWMM/XPStorm. This requires access to a license of the software. If you do not have access to a license, please contact your representative.
Registration fee: $1995
Duration: 2 days
Training Equipment Recommendations:
· Two Monitors
The web training will be conducted in three hour sessions twice a day. Please, see the training agenda for more information on the material covered in each session.
Reserve your space – Reserve your space by filling in the form on this page.
Once you have reserved your space, you will receive a follow up email with registration information.
8:00 – 12:00 pm Mountain Standard Time (MST) Morning Day 1:
· Chapter 1: XPSWMM/XPSTORM Product Overview and User Interface Introduction
o High-level overview of software purpose and capabilities
· Chapter 2: Stormwater Hydrology
o SCS and SWMM Hydrology Methods
o Model Build from GIS and Other Sources
o Model run and results
o Global Storms
1:00 – 4:00 pm MST Afternoon Day 1:
· Chapter 3 Hydraulic Analysis
o Review 1D Hydraulics
o Create a Model with xpswmm/xpstorm for 1D Hydraulics
o Run model and Review Results
· Chapter 11 Advanced Stormwater Modeling Tools
o Ponding options
o Pond storage and optimization
o Dual drainage: Using a channel as overflow to another node in 1D models
8:00 – 12:00 pm MST Morning Day 2:
· Chapter 10 1D River Modeling
o Flow Attenuation due to River Storage
o Import cross sections from HECRAS
o Generate cross-sections from a Digital Terrain Model
o 1D Floodplain Model
o Floodplain Mapping Results
· Chapter 12-14 1D/2D Hydraulics Theory
1:00 – 4:00 pm MST Afternoon Day 2:
· Chapter 13 Advanced 1D/2D Integrated Modeling in Urban Areas
o Linking Storm Sewers to 2D Modeling
o Integrated 1D/2D Urban Flooding Example
4:00 – End of training