Dr Shirley Gato-Trinidad
- Faculty of Science, Engineering & Technology
- School of Engineering
- Centre for Sustainable Infrastructure
- Department of Civil and Construction Engineering
- ATC 727 Hawthorn campus
Dr Shirley Gato-Trinidad is currently the Deputy Chair for the Department of Civil and Construction Engineering; a Senior Lecturer and a Major Discipline Coordinator for Civil Engineering Undergraduate Course at Swinburne University of Technology. Shirley’s research interests are in water resources engineering and management; and urban water demand modeling. Prior to joining Swinburne University of Technology, Shirley have been employed by Melbourne Water, AWT (Australian Water Technology), the then Department of Natural Resources and Environment and HydroTechnology (formerly Rural Water Commission of Victoria). Shirley has more than 10 years working in the water industry, in different government and engineering consulting organisations in Australia, Thailand and the Philippines.
Sustainable Urban Water Systems; Water Resource Engineering
PhD candidate and honours supervision
Higher degrees by research
Accredited to supervise Masters & Doctoral students as Principal Supervisor.
PhD topics and outlines
Characterising Urban Demand through Panel Data Analysis: The progressive integration of alternative sources to existing water supply systems has generated the requirement to develop operational optimization models for multi-source water supply systems; examine & improve optimization methods; evaluate the potential applicability of novel optimization methods & further develop existing models to be able to handle large scale systems & uncertainties.
Establishing relationship between peaking factors and maximum demand
Integration of household rainwater tanks in urban water management: The current focus on rainwater tanks are on savings, reliability & effective sizing. However, some of these studies are conducted hypothetically or based on limited available data. While previous researches show that water savings can be achieved, the effects on peaking factors for water supply system design & on peak flow rates & overland flows for flood mitigation have not been much studied
Operational optimization of Multiple source water supply systems using improved genetic alogrithm models: The progressive integration of alternative sources to existing water supply systems has generated the requirement to develop operational optimization models for multi-source water supply systems; examine & improve optimization methods; evaluate the potential applicability of novel optimization methods & further develop existing models to be able to handle large scale systems & uncertainties.
Available to supervise honours students.
Fields of Research
- Water Resources Engineering - 090509
- Surfacewater Hydrology - 040608
- Civil Engineering Not Elsewhere Classified - 090599
Sustainable Urban Water Systems;Water Resource Engineering
Also published as: Gato-Trinidad, Shirley; Gato-Trinidad, S.; Gato, Shirley
This publication listing is provided by Swinburne Research Bank. If you are the owner of this profile, contact us to update.
Recent research grants awarded
- 2017: Australian Rainwater Tank Design for Households/Schoolsin the Philippines *; DFAT Australia-ASEAN
* Chief Investigator
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