Wastewater Hydraulic Modelling Practitioner Training

Course overview

This course provides a detailed introduction to the working concepts of wastewater hydraulic modelling. Use of practical examples and individual focused modelling exercises - both supported by experienced subject matter specialists and training facilitators - are guaranteed to enhance practitioners' confidence in simulating reliable, effective and adaptable wastewater systems. 

Upon completion, delegates will be able to build (or refresh) a strong foundational understanding of modelling software and ensure sufficient data is used to represent various elements. They will understand how to effectively validate, verify, and assess models while addressing challenges and encouraging ongoing skill development to explore the software's full potential.

Who can benefit?

Delegates may include entry-level junior and graduate wastewater hydraulic modellers looking to enhance their knowledge and practical skills in performing modelling activities. Participants may also be new to teams and require a standardised level of training to ensure consistency of operations.

The course is relevant to, but not limited to, those working to apply hydraulic modelling software to wastewater planning, wastewater operations, storm overflow, water quality and capital or asset management projects.

Training outline

The course uses a mixture of engaging lecture-based training, practical examples, hands-on modelling exercises, and an end-of course practical assessment to effectively demonstrate knowledge transfer. Participants can benefit from our expert trainers talking through content, describing their own experiences, and encouraging participants to share their own valuable observations and reflections with each other. 

Modules include the following topics and feature practical exercises throughout:

• Introduction to Modelling Software: 
  - Software types and water industry applications; Basic software functionality; Specifications and codes of practice; Modelling project definition.

• Model Build: 
  An overview of data requirements needed to construct a model including:
  - Real Time Control (RTC) concept and functionality.
  - Above ground elements (e.g., sub catchments; runoff) and Below ground elements (e.g., manholes, pipes, CSOs).

• Model Audits/Validation: 
  - Tools to undertake connectivity checks, volume balance checks and ensuring model stability.
  - Carrying out audits and establishing levels of confidence.

• Model Verification:
  - Required data sources (e.g., monitoring data) and parameters used to determine verification and assess confidence.
  - Dry weather verification background and reasoning; and Wet weather verification variables, input data, and software processes.
  - Impacts of historical verification (e.g., seasonal trends, operational issues) and its use in improving models.

• Integrated Catchment Modelling:
  - Outlines where and when integration might be required between drainage systems, data requirements, input hydrology, and the concept of 1D/2D modelling.

• Needs and Options:
  Introduces how to utilise models to define catchment risk or needs:
  - Catchment assessments (e.g., flooding or CSO performance); 'Future model' creation (e.g., population or climate change impacts).
  - Representing solutions to mitigate hydraulic or environmental detriment within a model.