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Course Outline

Introduction to Autodesk InfoDrainage

  • Overview of InfoDrainage capabilities
  • Primary features and advantages
  • Navigating the user interface

Storm Network Design

  • Building a stormwater network from the ground up
  • Utilising the Deluge tool to detect overland flow patterns
  • Establishing flow paths and determining pipe sizes
  • Incorporating storage components into the network
  • Calculating pre-development discharge rates

Working with Rainfall Data and Storm Generation

  • Entering rainfall data
  • Generating storm events based on local regulatory standards
  • Simulating multiple storm events concurrently

Sustainable Drainage Systems (SuDS) Design

  • Designing SuDS for effective stormwater management
  • Integrating SuDS into storm networks
  • Applying best practices in sustainable drainage design

Foul Network Design and Simulation

  • Constructing a foul drainage network
  • Modelling domestic and industrial wastewater flows
  • Evaluating the effect of various appliances on network capacity

Flood Analysis and Advanced 2D Modelling

  • Conducting flood risk assessments
  • Running 2D simulations for improved flow visualisation
  • Detecting flood-prone zones and refining designs accordingly

Civil 3D Integration

  • Transferring drainage networks from Civil 3D to InfoDrainage
  • Importing networks from InfoDrainage into Civil 3D
  • Exchanging Civil 3D surface data
  • Importing data from external sources such as CAD files, aerial imagery, and Excel

Summary and Next Steps

Requirements

  • A foundational grasp of civil engineering principles

Intended Audience

  • Drainage engineers
  • Civil engineers
  • Designers
 7 Hours

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