Water catchments are under increasing threat due to climate change and fluctuating weather conditions and professionals with skills in management are in high demand.
Coordinator: Associate Professor Ian Rutherfurd
With global climate change and more extreme weather conditions, water catchments have never been under more pressure, and professionals with skills in their management are in high demand.
Catchment management involves the integration of sound biophysical information with social and economic analysis. This is used to achieve the best outcomes for a catchment’s natural resources and the people who live and work there.
Students studying this specialisation will look into the functioning of catchments and the constraints to improving catchment management; particularly, how these constraints can be eased.
Professionals working in soil and water regulation, land management, and conservation in the private and public sectors. It is suitable for students with a first degree in physical science, life science, social science, engineering, forestry, horticulture or agriculture. Professional geologists, natural resource scientists and managers who wish to gain advanced knowledge of catchment management strategies in urban and rural environments would also benefit from studies in this field.
Example career outcomes
- Regulatory agencies (eg Melbourne Water)
- Environmental consultant
- Land development agencies
- Tourist and recreation agencies.
- Planning Officer
Study plan (100 point pathway)
Sustainability, Governance and Leadership
Soil Science and Management
Water Law and Natural Resource Management
Integrated River & Catchment Management
Interdisciplinarity and the Environment
Water and Waste Management
Forests and Water
"I chose to focus on integrated water catchment management because understanding water is fundamental to creating sustainable cities and landscapes. Having worked as a town planner for the past 5 years, I thought I had a good general understanding of the topic, but through the course I have developed a detailed, practical understanding of the physical processes which underpin water and environmental cycles. Whilst studying is very different the second time around, it has been an invaluable experience and helped me secure my role as a Planning Officer, Growth Areas Development Assessment, Whittlesea Council"