2020 Surface Water Modeling Training Schedule Do you want to learn how to build, run and animate flood models and other water flow simulations? These live and interactive short courses are delivered as online mentoring sessions, providing a unique opportunity for you to ask questions as you build a model with your presenter, Krey Price, a highly experienced HEC-RAS user with extensive software development and lecturing experience. His career includes 15 years of developing hydraulic models for the U.S. Army Corps of Engineers. This high level training will help you to master the powerful features of HEC-RAS version 5.0.6 using RAS Mapper and other software, to build 1D and 2D models without months of training or third-party software. HEC-RAS (Hydrologic Engineering Center River Analysis System) is a surface water modelling software which is made freely available to the public by the U.S. Army Corps of Engineers. Places are limited to allow for greater interaction, so register quickly to secure your place!
|Online Course 1D Water Modelling with HEC-RAS An intensive introduction to 1D HEC-RAS with added individual support.||Krey Price||16 & 23 Jan|
|Online Course 2D Water Modelling with HEC-RAS An intensive introduction to 2D HEC-RAS with a focus on RAS Mapper and added individual support.||Krey Price||6 & 13 Feb|
|Free Webinar 3D Computational Fluid Dynamic Modelling Exciting new capabilities in 3D fluid modelling.||Michael Smith, Krey Price||4 March|
|Online Course Modelling Structures in HEC-RAS Water modelling for bridges and culverts.||Krey Price||5 & 12 March|
|Online Course HEC-HMS Modelling – April 2020 Use hydrological data to provide realistic simulations of the rainfall-runoff process.||Dr Steven Joynes||23 & 30 April|
|Online Course QGIS for water modellersLearn how to apply free GIS applications and plugins to aid the development and animation of hydrologic and hydraulic models.||TBA||Register your interest|
Our range of online short courses and webinars cover topics including Flood Risk Management, Sediment Transport, QGIS, 3D Computational Modeling and Dam Breach Modeling.