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to work on an exciting Trailblazer Project in multi-agent decision making in contested and dynamic environments, involving extensively applied work at the intersection of decision making and machine
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this project, UoA and the industrial partner 1414D work through a CRC-P (round 15) project to develop a new fluid reactor based on the SiPHyR technique, which integrates licensed designs from the UoA with 1414
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of CO2 propagation in heterogeneous media while accounting for diverse factors that influence flow dynamics. As part of this project the student will undertake a remote internship with Shell to produce
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, structural variations, and evolutionary dynamics. In this project we will aim to develop novel dynamic programming computational methods for pangenome assembly of diploid and polyploid crop species and
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encompassing postdoctoral researchers, PhD and Honours students, and collaborate with national and international researchers in academia and industry. Eligibility: Must be an Australian/New Zealand Citizen