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| CRC for Water Sensitive Cities | |
|---|---|
| Name | CRC for Water Sensitive Cities |
| Formation | 2012 |
| Type | Cooperative Research Centre |
| Headquarters | Melbourne, Australia |
| Leader title | CEO |
| Leader name | Tim Fletcher |
CRC for Water Sensitive Cities
The CRC for Water Sensitive Cities was an Australian cooperative research entity focused on urban hydrology, landscape design, and infrastructure innovation. It operated as a nexus among research institutes, municipal agencies, and industry partners to translate science into practice for metropolitan resilience, liveability, and water management. The centre linked academic inquiry with applied projects across metropolitan regions such as Melbourne, Sydney, Perth, and Brisbane.
The organisation united researchers from institutions including Monash University, University of Melbourne, University of Queensland, University of Western Australia, and Griffith University with municipal partners such as Melbourne Water, Sydney Water, Water Corporation (Western Australia), and Seqwater. It integrated expertise from research centres like the Australian Water Recycling Centre of Excellence, Cooperative Research Centres Programme, CSIRO, and the Commonwealth Scientific and Industrial Research Organisation network. The CRC worked across disciplines represented by faculties at RMIT University, Curtin University, La Trobe University, and Deakin University and linked to professional bodies such as the Institution of Engineers Australia and Australasian Urban Design Forum.
The initiative originated from policy dialogues involving agencies such as the Australian Government's innovation programs and the Australian Research Council. Proposal development drew on precedents like the CRC for Water Quality and Treatment and consultation with urban planners from City of Melbourne, water utilities such as SA Water, and flood managers from Bureau of Meteorology. Formal establishment in 2012 followed competitive funding rounds under the Cooperative Research Centres Programme with governance models influenced by earlier CRCs including the CRC for Catchment Hydrology.
The CRC articulated objectives that aligned with national strategies such as the National Water Initiative and urban policies in jurisdictions including Victoria (Australia), New South Wales, and Queensland. Its mission emphasised translating research from laboratories at Monash Clayton Campus, policy units at University of Melbourne Faculty of Architecture, and modelling groups at University of Queensland Centre for Water into practice for stakeholders like Local Government Association of Queensland and utilities such as Yarra Valley Water. Objectives included advancing integrated urban planning with frameworks comparable to international efforts such as ICLEI and the United Nations Environment Programme urban water agendas.
Programs spanned urban hydrology, blue-green infrastructure, governance, and decision-support tools. Technical streams produced models related to work at Griffith Centre for Coastal Management and software interoperable with platforms from CSIRO Ecosystem Sciences. Projects explored water-sensitive urban design with partners including Landscape Architects Association of Australia and built-form studies linked to Property Council of Australia. Initiatives delivered demonstration projects in municipalities like Brisbane City Council, pilot infrastructure in precincts associated with Docklands, Victoria, and assessment frameworks paralleling standards from Australian Building Codes Board.
Collaborations included government agencies such as Department of Environment and Energy (Australia), research entities like the Australian National University, industry partners including Arcadis, AECOM, and GHD Group, and not-for-profits like Green Building Council of Australia. International linkages connected the CRC with programmes at University of California, Berkeley, Delft University of Technology, and networks such as Global Water Partnership. Engagement with utilities encompassed TasWater, Hunter Water Corporation, and corporate partners from the engineering sector, while outreach included collaborations with community organisations and professional institutes such as Engineers Without Borders Australia.
The CRC produced evidence that influenced policy instruments in states including Victoria (Australia), Western Australia, and New South Wales and contributed to planning guidance used by councils like City of Sydney and Moreland City Council. Outcomes included new modelling tools, decision-support frameworks, and demonstration precincts that informed capital works by utilities such as Yarra Valley Water and Melbourne Water. Publications and case studies were cited in reviews by national bodies including the Productivity Commission and influenced curricula at universities such as RMIT University and Monash University.
Governance structures reflected board compositions drawn from partners including universities, utilities, and industry participants such as GHD Group and AECOM. Funding combined Commonwealth support via the Cooperative Research Centres Programme with matched contributions from partners including state agencies, private firms, and research institutions like CSIRO and Australian National University. Strategic oversight engaged stakeholders from municipal networks such as the Local Government Association of Queensland and federal policy advisors linked to the Department of Agriculture, Water and the Environment (Australia).
Category:Water management Category:Australian research organisations