Professor Christophe Gaudin
Propelling engineering into the future
I’m passionate about changing the world of industry and renewable energy. My research at UWA allows me to be at the forefront of this important field.Professor Christophe Gaudin
Professor Christophe Gaudin completed his Masters with honours in Civil Engineering at Ecole Centrale de Nantes, France, in 1999. During his studies he looked at stress state in centrifuged sand samples by in-flight cone penetrometer tests.
In 2002, Professor Gaudin completed his PhD at the same university, looking at ‘Physical and numerical modelling of a cantilever wall - Application to the study of wall foundation interaction’.
After working at the LCPC Centrifuge facility in France for four years while undertaking his studies, Professor Gaudin joined UWA in 2003.
Professor Gaudin has continued his work with centrifuges at UWA and led the establishment of the National Geotechnical Centrifuge Facility, the largest centrifuge modelling centre in the world. He is Director of the Centre for Offshore Foundation Systems and Director of the Wave Energy Research Centre.
For his research within the centrifuge facilities, Professor Gaudin looks closely at the design of pipelines, anchors and other offshore infrastructures to improve their safety, efficiency and cost.
Professor Gaudin works closely with industry leaders, including major oil companies ExxonMobil, BP and Total, to implement his research into real-life infrastructure.
As one of his many achievements, over the last decade Professor Gaudin has been involved in the design of almost every major pipeline in the North West Shelf of Australia.
Over recent years, Professor Gaudin has focused on improving the marine renewable energy sector through innovations he created through a collaboration with the Carnegie Clean Energy company.
As part of this, Professor Gaudin has been looking at wave modelling and fluid mechanics, developing commercially viable wave farms by finding the best locations to build the facilities and thereby reducing the foundation costs of the wave energy convertors.
The Australian Renewable Energy Agency has given $1 million in funding towards this ground-breaking research.
Chair of the Technical Committee on Physical Modelling in Geotechnics of the International Society of Soil Mechanics and Geotechnical Engineering, 2010-2014
Chair of the 8th International Conference on Physical Modelling in Geotechnics, 2014
- Australian Research Council ‘Improve the Security of Anchoring Systems under Extreme Cyclones’
- SBM Offshore Inc ‘Literature Desk Top Study to Define Critical Shear Stress Criteria for Mooring Line Trenching’
- UWA Research Impact Grants ‘Strategic outreach activities to promote UWA's expansion of renewable wave energy research in Albany’
- Instituto Mexicano del Petróleo ‘Design of Suction Piles for Submarine Systems Under Combined Loading and Deep Water Geotechnical Conditions’
- UWA Research Impact Grants ‘Supporting the offshore energy industry - demonstrating the potential of centrifuge modelling of monopiles’
- WA Department of Primary Industry and Regional Development ‘Albany Wave Energy Project – Wave Energy Research Centre’
- Australian Renewable Energy Agency ‘From single to multiple wave energy converters: Cost reduction through location and configuration optimisation’
- Fugro ‘Browse FLNG development – Pipe soil interaction centrifuge testing’
- Australian Research Council ‘Harnessing the power of oceans: anchors for floating energy devices’
- Australian Research Council ‘Novel Wave Energy Foundation Solutions to Survive Extreme Loads’
$31m for Albany wave farm
Carnegie Clean Energy has secured $16 million from the state government for a wave energy project at Albany, while also gaining conditional approval from the federal government to transfer nearly $12 million earmarked for its Garden Island project to Albany.Read more
UWA researchers awarded $14.75 million in Federal funding
Researchers at The University of Western Australia have received $14.75 million in funding for 26 projects through the Federal Government’s Australian Research Council.Read more