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Huilin has been working on development of a high performance computational model and software using finite element method for solving large scale non-linear dynamic problems on high performance supercomputers, which was firstly applied to a wide range of engineering problems. His current research is focused on simulation of large scale geoscience problems including complex crustal dynamic phenomena, tsunami generation, tidal deformation and thermo-hydro-mechanical (THM) coupled problems for the hot dry/fractured rock (HDR/HFR) geothermal reservoir system supported by ARC Discovery/Linkage Projects and ACcESS/AuScope. He received his PhD in 1995 and then worked at the Institute of Physical and Chemical Research (RIKEN) in Japan before his coming to UQ in 2002, as a team member of the national priority science project, Earth Simulator, which combines computational earth systems science and super-parallel computer development. He has published 50 reviewed papers with over 100 citations. He gave four invited presentations at international conferences.