• Amy-Rose Westcott, PhD 2022– (Uni Adelaide), with Ben Cazzolato and Nataliia Sergiienko
• Aiesha Baldry, MSc 2022– (Uni Adelaide), with Mergen Ghayesh
• Noah Day, PhD 2021– (Uni Adelaide), with Siobhan O’Farrell (CSIRO)
• Jordan Pitt, Postdoc 2021– (Uni Adelaide)
• Jie Liang, PhD 2021– (Uni Adelaide), with Jordan Pitt.
• Nathan Teder, PhD 2020– (Uni Adelaide), A susceptibility index for swell-induced ice shelf disintegration, with Drs Rob Masson (Australian Antarctic Division) and Phil Reid (Bureau of Meteorology).
• Raphael Alwan, PhD 2020– (Uni Adelaide), Investigation of the Hydrodynamic Performance of Hybrid Wind and Wave Energy Converters Arrays.
• Jiahao Kong, PhD 2020– (Uni Adelaide), Flow control in rough wall turbulence, with Rey Chin.
• Balaje Kalyanaraman, PhD 2018– (Uni Newcastle), with Mike Meylan and Bishnu Lamichhane.

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• Alberto Alberello, Postdoc 2017–2020 (Uni Adelaide + Uni Melbourne), now a JSPS Fellow at Uni Tokyo
• Azam Dolatshah, PhD 2016–2020 (Swinburne Uni Tech). Now a postdoc at Shanghai Jiao Tong Uni.
• David Skene, PhD 2014–2018 (Uni Adelaide), Mathematical modelling of overwash on low freeboard bodies by water waves. Now a Senior Researcher, Weapons and Combat Systems Division, Defence Science and Technology Group

• Sebastian Rupprecht, PhD 2013–2017 (Uni Augsburg), Wave propagation on multiple scales along rough thin-elastic bodies.
• Filippo Nelli, PhD 2015–2018 (Swinburne Uni Tech). Experimental and numerical modelling of wave dissipation due to sea ice. Now a postdoc at Swinburne Uni Tech.
• Lucas Yiew, PhD 2013–2016 (Uni Adelaide), Modelling the wave-induced collisions of ice floes. Now a Research Scientist at TCOMS, Singapore..
• Fabien Montiel, PhD 2009–2012 (Uni Otago), Numerical and experimental analysis of water wave scattering by floating elastic plates. Now a senior lecturer at the Department of Maths & Stats, University of Otago, NZ.
• Phil Weir, PhD 2009–2012 (Uni Otago), Time domain modelling of nonlinear hydroelastic problems for sea ice and very large floating structures by finite element methods