Overview

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Academic contacts

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Offerings

MURDOCH-S1-INT-2023-ONGOING

Other learning activities

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Learning activities

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Learning outcomes

1.

Analyse and compare the natural hydrological cycle and a post-development setting

2.

Critically evaluate policy frameworks for urban water management;

3.

Develop tools to model water cycle management for an urban development

4.

Apply software tools to design a sustainable urban water system

5.

Effectively communicate the design of a sustainable urban water system

6.

Identify and develop leadership strengths by engaging with the urban water industry through guest lectures, site visits, industry focussed projects and Work Integrated Learning opportunities.

Assessments

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Additional information

Unit content:

1.       Urban Hydrology

·         Ecology and pollution control

2.       Governance of Water Services

·         Centralised and decentralised water systems

·         Policies and industry frameworks

3.       Water Balance Modelling Tools

·         Water auditing & conservation

·         Fit-for-purpose hierarchy

4.       Hydraulics & Sizing Water Systems

·         Methods & tools

·         Solar water pumping

5.       Rainwater

·         Roof water catchments

·         Surface water catchments

·         Design a rainwater harvesting system

6.       Stormwater & Groundwater

·         XPSWMM, Infoworks, PCSump, Modlflow

·         Design a stormwater management system for a catchment

·         One catchment to a 1EY treatment area detention basin with an overflow to a watercourse with post dev flows = pre dev flow.

7.       Seawater Desalination

8.       Wastewater Recycling

·         Greywater Reuse

·         Natural wastewater treatment systems

·         Wastewater stabilisation ponds

·         Design a constructed wetland eg. in wineries.

9.       Industrial water systems

10.   Irrigation & reuse of nutrients

·         Design methods

·         Landscape design & development

·         Local food production

11.   Operation & Maintenance

·         Engineered water systems for sustainability

·         Urban and industrial developments

·         Energy use

12.   Sustainable water system

·         Urban water system

·         Industrial water system

·         Design for climate resilience and Biophilic Cities.