Autodesk Storm and Sanitary Analysis 2-day Course Exclusively from Engineered Efficiency, Inc. and AECmentor.com Course Statistics: Course length: 2 days; No. of Hands-on Exercises: 20; Courseware and Datasets: Downloadable Course Description: This hands-on course provides detailed information about the hydrology and hydraulic functionality of Autodesk Storm and Sanitary Analysis extension paired with the site modeling tools in Civil3D. Moving beyond picks and clicks, attendees learn workflows and gain in-depth feature knowledge required to complete a real-world predevelopment and post-development hydrologic study, design a stormwater drainage system, and model a stormwater management basin. Advanced Topics include: Surface analysis | Watershed analysis | Subcatchment delineation | Water drop | Hydrology analysis | Parts lists | Pipe network modeling | Storm sewers analysis | Feature lines and grading objects for basin design |Detention pond analysis | Importing/exporting data between Civil3D and SSA | Bringing it all together for your NPDES Phase II report and submittal. Course Outline Overview Part 1: 1. Pipe Export Settings 2. Using Parcels as Watersheds a. Export to SDF b. Bulk Copy to SHP c. Import to SSA 3. Export Pipes via Hydraflow Part 2: 1. SSA Basics a. Setting Computation Method b. Nodes, Links and Subbasins c. Rainfall Data 2. Storm water Management a. Rational Method Example b. SCS TR-55 Example c. Other examples Part 3: 1. Reporting a. Excel Tables b. Time series plot c. Custom reports
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SSA Product Summary: Autodesk Storm and Sanitary Analysis (SSA) Extension is a comprehensive hydrology and hydraulic analysis application for planning and designing urban drainage systems, highway drainage systems, storm sewers, and sanitary sewers. Autodesk Storm and Sanitary Analysis Extension is based on the BOSS StormNET Stand-Alone technology Autodesk acquired from Boss International. Key SSA features and benefits: Single application for storm and sanitary sewer and detention basin design. Reduce costs by eliminating reliance on costly third-party applications. Bidirectional exchange of data with AutoCAD Civil 3D and AutoCAD Map 3D Widely accepted hydrology analysis methods, including NRCS (SCS) TR-55/TR20, Rational Method, Modified Rational, HEC-1, and EPA SWMM , DeKalb Rational, and Santa Barbara Unit Hydrograph (SBUH). Networks of unlimited size Hydraulic analysis of pipes, open channels, streams, culverts, gutters, and more Advanced routing methods, such as kinematic wave and hydrodynamic routing Analysis of retention and detention ponds, including interconnected ponds with backwater Analysis of Stormwater best management practices (BMPs) Stormwater quality modeling based on NPDES requirements Customizable report generation for regulatory review GIS interoperability Works in either US or metric (SI) units About the Instructor: Matthew Anderson was Vice President and Project Manager at Joseph A. Schudt & Associates in Frankfort, IL for 16 years prior to his current consulting position with Engineered Efficiency and Autodesk. Matt earned a B.S. in Civil Engineering degree from Rose-Hulman Institute of Technology. He is a licensed Professional Engineer in Illinois, Indiana, Wisconsin, Michigan, and Texas, and is a Certified Floodplain Manager. Matt has decades of software experience starting with DCA and Softdesk and more recently with Land Desktop and AutoCAD Civil 3D. Matt led Joseph A Schudt & Associates’ transition to AutoCAD Civil 3D. Matt has designed single-family, townhome and commercial developments, industrial, and CCDD Landfill projects, roadway improvements, and all the hydrology and hydraulic modeling and analysis for them all.
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