School of Civil, Environmental and Mining Engineering
Faculty of Engineering, Computer and Mathematical Sciences
Nicole is an Adjunct Lecturer in the School of Civil Environmental and Mining Engineering, University of Adelaide and is currently SA Water's Research and Innovation Specialist in Strategic Asset Management.
Nicole has expertise in a wide range of water engineering topics including, smart analytics, pipeline condition assessment, household water use analysis and catchment modelling.
In her previous role as a Associate Researcher and Lecturer in the School of Civil, Environmental and Mining engineering, Nicole worked with the water industry through research and commercial projects. Nicole has undertaken consultancy projects for water supply authorities on behalf of the University of Adelaide including United Utilities, SA Water, Queensland Urban Utilities, BHP Billiton and East Gippsland Water.
Nicole's teaching experience includes being the Course Co-ordinator and primary lecturer for the subjects Engineering Modelling and Analysis 1A, Water Engineering and Design 2A and the final year specialisation Designing Water Resource Systems for Urban Environments.
Major Projects have included:
Goyder Institute for Water Researcher’s Optimal Water Resource Mix (OWRM) for Greater Adelaide project
Nicole had a key role in the OWRM project task ‘Understanding and predicting household water use variability’. The aim of the project was to achieve reliable predictions of household water use at the end-use level (shower, washing machine, toilet, tap etc) through the investigation of the drivers of indoor water use and modelling of household demand. Nicole was responsible for supervision of data collection, detailed data analysis, determination of drivers, stochastic modelling and preparation of research reports. The analysis undertaken and the model developed allowed assessment of demand management scenarios and the changes in water use during and after the Millennium drought. The project also provided key insights into how water use, water appliances and water use behaviors varies between households.
Pipeline Conditional Assessment Technology (p-CAT)
Nicole collaborates with University of Adelaide Commercial partner Detection Services Pty Ltd on a regular basis as a Technical Consultant for the Signal Analysis Team for the Pipeline Conditional Assessment Technology (p-CAT). Nicole was involved in the development of the technology that allows simultaneous non-invasive diagnosis of pipeline condition over long distances along pipelines with minimal disruption of current services, thereby allowing decisions to be made regarding pipes which require rehabilitation. Clients for pipeline condition assessment include water authorities within Australia and New Zealand such as City West Water, South East Water, Yarra Valley Water, Sydney Water, Queensland Urban Utilities and WSP Parsons Brinkerhoff, Western Water, South Taranaki District Council and Gold Coast Water.
Date Position Institution name 2019 Adjunct Lecturer University of Adelaide 2019 Research and Innovation Specialist SA Water 2013 - 2019 Research Associate University of Adelaide, Adelaide 2012 Technical Consultant (Pipeline Condition Assessment) University of Adelaide, Adelaide 2010 - 2012 Associate Lecturer University of Adelaide, Adelaide
Date Institution name Country Title 2001 - 2007 University of Adelaide, Adelaide Australia Bachelor of Mathematical and Computer Sciences 2001 - 2004 University of Adelaide, Adelaide Australia Bachelor of Civil and Environmental Engineering (1st Class Honours)
Year Citation 2016 Gong, J., Lambert, M., Zecchin, A., Simpson, A., Arbon, N., & Kim, Y. (2016). Field study on non-invasive and non-destructive condition assessment for asbestos cement pipelines by time-domain fluid transient analysis. Structural Health Monitoring, 15(1), 113-124.
DOI Scopus11 WoS10
2015 Gong, J., Stephens, M., Arbon, N., Zecchin, A., Lambert, M., & Simpson, A. (2015). On-site non-invasive condition assessment for cement mortar-lined metallic pipelines by time-domain fluid transient analysis. Structural Health Monitoring, 14(5), 426-438.
DOI Scopus20 WoS19
— Thyer, M., & Arbon, N. (n.d.). Insights from Smart Waters: Potential to Mitigate Impact of Heatwaves on Peak Demands.
— Arbon, N. (n.d.). Insight from Smart Water Meters: Opportunities for Targeted Management Strategies.
Report for External Bodies
Year Citation — Arbon, N., McDonald, D. H., & Lambert, M. (n.d.). Identifying Key Drivers of Household Water Use in South Australia: Practical Implications.
|Date||Taught||Developed||Coordinated||Course Title||Institution||Course Level/ Code||Link|
|2017-2018||x||x||Designing Water Resource Systems for Urban Environments||University of Adelaide||C&ENVENG 4109/ C&ENVENG 7109||Course Outline|
|2010-12, 2019||x||x||Water Engineering IIA||University of Adelaide||C&ENVENG 2071|
|2010-12, 2017||x||x (2010-2012)||Engineering Modelling and Analysis 1||University of Adelaide||
C&ENVENG 1012/1012 BR
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