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Description In this course, students will learn and apply software features to realistic drainage situations. Students will approach drainage design and analysis using an entirely new and cutting-edge modeling paradigm – unsteady flow routing through interdependent systems of inlets, storm sewers, channels, culverts, and ponds. Students will also unify drainage components into a single model that runs within the Windows or CAD environment. Students will learn to calculate runoff hydrographs, create hydraulic grade lines through pipes, channels, culverts, and ponds, and then animate those profiles over time. Students will compare results for various events and design alternatives, color-code system elements over time, locate potential flooding, import aerial photography, establish background layers, set up a pre-developed model, and then design a proposed drainage system.
Skills Taught
  • Design and simulate complex stormwater systems;
  • Model the dynamic interaction between all components of a stormwater system;
  • Design more effectively.
Course Prerequisites

Basic knowledge of stormwater hydrology and hydraulics is recommended.

Course Material Language English
Accreditations Bentley Learning Units - 8 hours