Autodesk® Storm and Sanitary Analysis 2015 Brief Synopsis of Class Contents: Courseware: This foundation-level class is intended to give students comprehensive experience with the features and benefits of the Autodesk® Storm and Sanitary Analysis 2015. The software is a comprehensive hydrology and hydraulic analysis application for planning and designing urban drainage systems, highway drainage systems, storm sewers, and sanitary sewers. Learning Objectives: Autodesk AutoCAD Civil 3D FDOT Drainage & Design Number of Days: 3 Half Day Sessions Continuing Education Hours: 12 hours Who Should Attend: • Bidirectional exchange of data with AutoCAD® Map 3D 2015 and AutoCAD® Civil 3D® 2015 software • Widely accepted hydrology analysis methods, including NRCS (SCS) TR-20/TR-55, Rational Method, Modified Rational, HEC-1, EPA SWMM, UK Modified Rational (Wallingford Procedure), and more • Hydraulic analysis of pipes, open channels, streams, bridges, culverts, roadway inlet catch basins, and more • Advanced hydrodynamic routing that can handle backwater, surcharging, flow splits, and more • Support of networks of unlimited size • Compare pre- and post-development conditions • Analysis and design of detention and retention ponds • Analysis of stormwater best management practices (BMPs) • Water quality modeling • Sophisticated graphical output providing detailed plan view plots, profile plots, and time series plots • Customizable reports and templates for agency regulatory review Architects, Engineers and Master Planners who want to incorporate Hydrology and Hydraulics into their workflow. Prerequisites: AutoCAD Civil 3D fundamentals knowledge and experience. System and Software Requirements: www.livelablearning.com/FAQs/SystemRequirements FAQs and Cancellation Policy: www.livelablearning.com/FAQs © 2014 Academic , LLC • Geographic information system (GIS) interoperability • Support for both U.S. and metric (SI) units Class Outline and Topics:                         Introduction to Storm & Sanitary Analysis Hydrology methods Sample of Design and sizing of drainage system components for flood control Sample of Design and sizing of detention facilities Sample of Floodplain mapping of natural channels Sample of Designing control strategies form minimizing combined sewer overflows Roadway Drainage Pump Station Sanitary Lift Station Sample of Evaluating impact of inflow and infiltration on SSO Computing SCS Curve numbers for a subbasin Importing Civil 3D data and integration Working with XPSWMM Pipe sizing Gis DataRainfall-Intensity-DurationFrequency (IDF) curves. Exporting Pipes To Civil 3D Pond Analysis Modified Rational Method SCS Method - TR-20 / TR-55 SCS Method - Time of Concentration SCS Method - CN Composite Comparison Running Reports Stage Storage Modeling Drainage System © 2014 Academic , LLC