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Discover our online training resources to start building your skills and knowledge in the water sector.
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Total Flood Warning Systems for Resilient Disaster Management
Harnessing flood intelligence to drive real-time disaster response and public communication.
Stormwater Treatment Essentials
A practical introduction to stormwater treatment and WSUD.
Structures with HEC-RAS
Hydraulic structure modelling with hands-on HEC-RAS training in culverts and bridges.
Register Your Interest for the RMC-TotalRisk Course
Field Data Collection with QGIS and Mergin Maps
Collect, edit and manage your field data using Mergin Maps and QGIS.
Stormwater Treatment 101
Turning the tide on the various nasties in stormwater.
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.
Working with Country to Heal
A Transformative Murray-Darling Basin Billabong and River Ranger Initiative
Python Training Series
Unlock the full potential of hydrological data processing and modelling using Python.
Meet RMC-TotalRisk 1.0 – A New Quantitative Risk Analysis Software
Meet the analytical engine behind USACE’s dam and levee safety risk assessments.
One Basin CRC webinar: 3 December
Details coming soon
ARR Training Series
Understanding the ARR 2019 guidelines for holistic planning, design and operation of flood management systems.
Flood Simulation Optimisation and Cloud Computing
Minimise overall simulation time and run simulations in parallel with Flood Platform
Tackling PFAS in Water with the Radial Flow PFAS Filter
Innovative filtration for practical PFAS removal in complex environments.
Hydrology and Hydraulics Essentials Training Series
From first principles to engineering applications
Certain about uncertainty
Understanding uncertainty to build reliable water models.
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.
Automating surface water mapping with AI tools
Leverage AI, Google Earth Engine, Open Data Cube and GeoAI to transform your surface water analysis.
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.
Hands-on model running with automation
Modelling for decision makers
From data to decisions - empowering insightful strategies.
Introduction to Flood Risk Management
Reducing the risks of flooding to life and property.
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
Modelling groundwater level time series with Pastas
Analyse and model groundwater level time series using the Python software Pastas to gain insights into groundwater systems.
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
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.
Solute transport and variable-density flow modelling with MODFLOW 6 and FloPy
Using script-based modelling to simulate groundwater flow and solute transport in MODFLOW 6.
The PFAS problem
What are “forever chemicals” and why should we care?
Unlocking the full value of a flood model
Maximise flood models' value and transform them into lasting assets
RMC-BestFit deep dive: unlock the full power of Flood Frequency Analysis
Explore modern flood frequency analysis with Bayesian inference, nonstationarity, and peaks-over-threshold using RMC-BestFit.