Training hub
Discover our online training resources to start building your skills and knowledge in the water sector.
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Tailored training!
Customised learning experiences designed specifically for your organisation or team to meet your unique needs.
HEC-RAS: Past, Present and the Road Ahead
See how HEC-RAS has grown from 1995's version 1.0 to today’s advanced tools shaping the future of hydraulic modelling.
Stormwater Treatment 101
Turning the tide on the various nasties in stormwater.
Nature-Based Solutions for Coastal Resilience
Explore innovative, nature-driven strategies to safeguard shorelines, reduce wave impacts, and adapt to climate challenges with sustainable, proven solutions.
Water Futures: Local Communities Leading Change
Explore how local communities in the Murray–Darling Basin can turn conflict into a driver for water justice, collaboration, and lasting change.
Risk Cultures and Water Futures
Learn how four leading experts are reimagining risk and decision-making in a world of climate volatility, water scarcity, and complex global change.
Mastering Probable Maximum Precipitation Estimates in a Changing Climate
Gain insights on climate change considerations for critical infrastructure design.
Hands-on model running with automation
Introduction to Flood Risk Management
Reducing the risks of flooding to life and property.
Adapting Urban Catchments to Climate Change with ARR Updates
Essential knowledge for the water sector and built environment professionals
The impact of climate change on crop irrigation requirements across the Murray-Darling Basin
Predicting the impact of climate change on irrigation demand across the Murray-Darling Basin
Mapping surface water with satellite data and AI tools
Unlocking best practices, data sources, and emerging AI techniques for extracting flood extents from satellite and aerial imagery
Mastering Mesh Data with QGIS
Learn to analyse, visualise and animate mesh data from your models in QGIS.
Water Quality – the sleeping issue in the Murray-Darling Basin?
From obscurity to crisis, water quality only catches attention when a dramatic event occurs. Learn why this should not be the case.
The PFAS problem
What are “forever chemicals” and why should we care?
Pipe Networks in HEC-RAS
Explore pipe network modelling capabilities in the newly released HEC-RAS Version 6.7.
Unlocking the full value of a flood model
Maximise flood models' value and transform them into lasting assets
One Basin CRC PhD’s in the Regions: Find out more about projects currently underway
Learn about four exciting regional PhD projects currently underway across the Basin
Mastering FFA: Incorporating Extreme Events and Climate Change
Learn to master Flood Frequency Analysis (FFA) using BestFit.
Model groundwater level time series with Pastas
Explore groundwater level time series using Python and Pastas.
Whole of system simulation of catchment water quality treatment devices
Getting Started with FLOW-3D HYDRO
Explore the world of 3D water modelling with intuitive tools and ready-to-use templates.
Introduction to the design of coastal nature-based solutions
Understanding design approaches for living shorelines for sustainable coastal adaptation
Regional water management: values, priorities and decision making
Unpack how we elicit information about values and priorities to inform water policy and discuss the barriers and enablers for regional water managers
Automating GIS Processes with PyQGIS
Automate your workflows and create processing tools with PyQGIS.
Irrigation suppliers and service
A key cog in the wheel of on-farm production.
Is your water flowing downhill? Tips & tricks for reviewing flood models
Learn tips and tricks from the experts to review flood models with confidence.
MODFLOW 6 and FloPy
Learn how to create numerical groundwater models in Python using FloPy at the beginner’s level.
Deep dive
Diagnosing and repairing underwater problems on hydraulic structures
Discover the future of organic waste innovation
Transforming waste into opportunity
AI-Assisted Coding for Water Modellers
Learn the application of LLMs for water modelling.