River Modelling Methods

JBA River Hydraulics and Modelling training course

This one day course provides an overview of the generic types of river model and how to select the best model for a particular application for flood risk management (flood warning, flood risk mapping, broad scale models, feasibility and design of flood mitigation measures).

Register your interest

Book your place for October 2021

This course is aimed at professionals and managers wanting a non-mathematical and easily understood introduction to river modelling.

By the end of this course you will:

  • Understand the key differences between models
  • Know how to choose the most appropriate modelling approach
  • Understand the differences between commercial software packages
  • Know what is good practice in modelling

The course includes information from the Environment Agency’s Modelling Specifications.

Guy Dixon BSc MSc

Guy is a Senior Analyst at JBA and is an experienced hydraulic modeller specialising in the linking of 1D/2D models. He is an advanced user of GIS and a range of 1D and 2D modelling software, including Flood Modeller, HEC-RAS, ESTRY, TUFLOW, SMS and INFOWORKS. Guy is a modeller reviewer and regularly undertakes independent hydraulic modelling reviews both internally and on behalf of clients.

Matthew Scott MSc BSc

Since joining JBA in 2001, Matthew has gained significant experience in hydraulic and hydrological modelling with particular emphasis on Flood Modeller, HEC-RAS, and the FEH. In addition, he is experienced in the use of 2D modelling of overland flood routes using TUFLOW and JFLOW+. Matthew has experience of managing and working as the technical lead on a number of detailed modelling studies.

This course will run virtually on the 19th & 20th October via Microsoft Teams.

The course will be delivered in two half-day sessions and the cost of the training is £340 +VAT per person.

We can help you

If you would like to discuss our training please contact Felicity Clarke.

Email Felicity Clarke
+44 (0)1756 799919