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.
Applications of groundwater modelling in TUFLOW
Mastering groundwater modeling for enhanced calibration; long-term simulations and operational flood forecasting.
Stress-testing water availability in the Southern Murray-Darling Basin
AI Applications to HEC-RAS Modelling Workflows
In-depth demonstrations of AI-tools to augment
HEC-RAS workflows.
FFA with RMC-BestFit: New Release!
Explore new features in RMC-BestFit 2.0 Beta, including non-stationarity to account for climate change in flood frequency analyses, and featuring compatibility with FLIKE.
Build confidence in CFD modelling with FLOW-3D HYDRO
Explore the world of 3D water modelling through an easy-to-use interface and pre-loaded model templates.
Tailings Dam Failure Essentials – Part 2
Software developers' guidance on selecting input parameters and tips for realistic tailings dam models.
Is Australia’s water R&D capability fit for purpose?
In a dry continent, with increasing climate extremes, declining biodiversity and growing water demands, is Australia’s water R&D ready?
Unify your flood modelling
Unify your flood modelling, whether you’re using TUFLOW, HEC-RAS, SWMM or Flood Modeller.
Flood Frequency Analysis using FLIKE
Discover a how-to guide on flood frequency analysis
Desalinating brackish water
Implementing a demonstration site for desalination of brackish water in the Murray-Darling Basin
Beyond tracks and scats: The power of eDNA for aquatic monitoring
Unveiling and monitoring aquatic biodiversity with eDNA.
Dam Breach Essentials
Dive deep in to dam breach modelling and master the art of input data and calibration.
Earth’s biggest floods
Uncovering geological evidence for the world’s largest flood events
Let’s get physical!
How to get meaningful hydraulic results from a physical model
Bridge Scour Essentials
Learn the background theory behind pier scour, abutment scour, and contraction scour.
Continuous innovation: the future of water delivery data science
Explore innovative data science projects enhancing water delivery through demand forecasting and anomaly detection, driving efficiency, reliability, and operational improvements across irrigation districts.
Climate change updates to ARR Guidelines
Panel discussion on the updated Australian Rainfall and Runoff (ARR) Guidelines for climate change considerations.
Wave Modelling with SWAN
Dive into the world of waves and learn numerical modelling with SWAN.
Improving SWMM Modelling with GIS Tools
Empower your stormwater management with EPA SWMM: Open-source, flexible, and globally trusted hydrology and 1D modelling.
Tailings dam failure essentials – Part 1
Understanding risks and consequences of tailings dam failure, unique challenges in modelling material behaviour, and advances in modelling and assessment practices
HydroGPT
Automating water resources workflows
Better irrigation pump screens save money and time
Irrigation tech: screens, farmers and fish-friendly design
Applying AI to HEC-RAS modelling workflows
Augment HEC-RAS workflows using AI tools.
AI Segmentation
Use machine learning tools to extract and process water modelling data from aerial photos, satellite imagery, and terrain file.
3D hydraulic modelling essentials
Enhance your hydraulic modelling capabilities by exploring 3D concepts with worked examples using free software
Efficient model running with automation
Learn the art of efficient model running – from planning to execution - with these tools, tips and tricks.
R Essentials for Water
Explore the intricacies of hydrological analysis using R programming language to harness robust water data insights
Integrating citizen scientists into fish tagging programs in the Murray-Darling Basin
Learn about a program developing a framework to incorporate citizen scientists into basin-scale programs.
For those about to rock scour (we compute you)
Rock scour assessments for the water industry: a methodology using 2D/3D fluid-solid numerical coupling.
TUFLOW: Flood Modelling 101
Learn to design and construct two-dimensional hydraulic models