Training hub
Discover our online training resources to start building your skills and knowledge in the water sector.
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H&H Essentials #4: Stochastic hydrology
Determine annual exceedance probabilities from historical gauge records
Technological advances in the water sector
How technology is improving our ability to model and map the movement of water.
Lake modelling
Learn of the complexities of modelling stationary water
H&H Essentials #5: Hydrostatics and open channel flow
Principles governing fluid pressure and open channel flow
Fired up! Bushfire hydrology
Impacts on catchment hydrology and aquatic fauna
Energy losses at structures
Understanding energy losses associated with the contraction and expansion of water flow
H&H Essentials #6: 1D, 2D and 3D flow
Understand key differences in 1D, 2D and 3D flow computations
Riprap sizing in HEC-RAS version 6.1
Advancing Australian riprap sizing methods with the Riprap Calculator now available in the latest release of HEC-RAS version 6.1.
Pumped hydro: The biggest batteries on earth!
The promises and challenges of using pumped-storage hydroelectricity
H&H Essentials #7: Pipe flow and hydraulic structures
Learn hands-on how to compute pipe flow for culverts and storm drain networks.
Tsunami and dam failure and non-Newtonian modelling
Learn how to model these high shock situations with confidence.
What the PMF?
What is the Probable Maximum Flood (PMF) and should we be designing for it?
H&H Essentials #8: Flood hazard, scour and sedimentation
Apply hydraulic forces to buildings, vehicles, hydraulic structures and channel banks
Natural dams – inherent risk factors
Exploring the impacts of ice dam and landslide dam failures
What’s new in HEC-HMS
Advances in rainfall runoff modelling
QGIS essentials for groundwater: mapping and modelling
Compile groundwater data to process and create a groundwater map with QGIS
Next generation 2D hydraulic modelling
Is this the end of the 1D open channel modelling?
Geomorphology 101
Explore the role of geomorphology in project planning and implementation
ARR Course #1: Rainfall Design Inputs
Learn to identify inputs, locate them in the Data Hub, and apply them for rainfall design.
Maximising the Accuracy of Hydraulic Models
What factors to consider where there is no calibration data to validate your hydraulic model
Estimating bridge hydraulics and scour
Best practice techniques and engineering practices for estimating bridge hydraulics and scour depths around piers and abutments.
ARR Course #2: Flood Frequency Analysis
A how-to-guide on flood frequency analysis.
Coastal Modelling 101
Oceans, coasts and estuaries - Taking a salty approach to your next project
Something’s fishy
Considering fish passage in hydraulic designs
ARR Course #3: Hydrologic Modelling Applications
Learn to apply the new ARR to hydrologic modelling for predicting design flood hydrographs.
Python applications for Hydrology and Hydrogeology
The open-source programming language Python has become an indispensable tool in science and engineering. What are its benefits for hydro(geo)logists?
Hydraulic model calibration to historical events
Develop accurate models with confidence
ARR Course #4: Flood Hydraulics
Understand basic elements of hydraulics and apply ARR blockage procedures effectively.
ARR Essentials
Advance your skills and approaches to assessing flood risk and climate change using Australian Rainfall and Runoff (ARR).
Developing rating curves from measurements and models
Techniques to improve the accuracy and reliability of data over the full range of a system's flow regime