Start at the source.
A resilient system begins with understanding where water comes from, how much is available and what changes in a dry future.
Explore supply planningExplore the systems, research and intelligence shaping how we plan, manage and protect water.
A resilient system begins with understanding where water comes from, how much is available and what changes in a dry future.
Explore supply planningRaw-water quality and treatment capacity shape what the system can reliably deliver. Plan the source and the treatment process together.
Follow the supply chainStorage balances daily demand and gives operators options. Usable volume and replenishment matter as much as total capacity.
Understand reservoir planningTrunk mains, pumps and operating rules connect supply to growth. Every new connection changes the network around it.
Explore network planningElevation, demand and connected assets determine pressure. A calibrated model makes those relationships visible.
Explore hydraulic modellingDemand changes through the day and over decades. Connect customer needs, growth and efficiency to the decisions made today.
Understand water demandGrowth, drought and changing conditions make water planning a question of resilience.
Test the resilience of supply, demand and operating rules under uncertain futures.
Connect monitoring, operating rules and lead times in an Australian planning context.
Connect engineering evidence, option appraisal and investment triggers.
Understand the question, evidence and limitations behind water-engineering research.
Selected foundational studies
Hydrology · Demand · Uncertainty
Forecast demand, investigate anomalies and connect models to decisions.
Follow a topic. Connect it to evidence.
Bring it back to practice.