Hydrogen could play an important role in deep decarbonisation of society, but a major roadblock to the transition to hydrogen fuels is the development of H-resistant metal alloys. This project aims to develop a new strategy to mitigate hydrogen embrittlement of metal alloys by creating a sacrificial phase within the alloy that irreversibly traps hydrogen and that is microstructurally engineered not to affect the overall mechanical properties of the alloy.

We are seeking two PhD candidates to work collaboratively across four institutions (UNSW Sydney, University of Sydney, Monash University, and ANSTO). One candidate will focus on experimental techniques, using world-leading capabilities in cryo atom probe tomography and in-situ mechanical testing, while the other candidate will focus on state-of-the-art modelling method from the atomic scale to the micro scale. The students will receive a full PhD scholarship with stipend and up to $10,000/year top-up. We value diversity and encourage applications from all backgrounds to apply. A background in materials science, materials engineering or physics is welcome.

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