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Job Reference: 1122969 About the Role: You’ll be joining an exciting ARC-funded research project developing cutting-edge computational methods to predict and understand the organic crystal
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problems arising from non-standard issues. Demonstrated ability to work independently as well as collaboratively as part of a team. Demonstrated computer literacy with skills in in a wide range of
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encouraged to apply. Our aim is to create a workforce that reflects the diversity of the community in which we live. For more information, please visit our Diversity and Inclusion page - https
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processes. Selection Criteria: Essential: A degree in Software Engineering, Computer Science, or a related field. Proven experience developing complex, enterprise-level cloud applications. Proficiency in
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computing to provide innovative solutions to the real-world problems of government, industry, and academia. The Institute supports a growing network of SMEs, external organisations, government departments
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to join a new ARC-funded research program focused on sample-return materials from three of the most scientifically important asteroids in the Solar System: Bennu (NASA OSIRIS-REx), Ryugu (JAXA Hayabusa2
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intelligence and computing. This role combines hands-on software engineering with applied research, including coding, environment setup, automation, and experimentation to support the team’s research objectives
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and Year 5 teaching program, including teaching face-to-face in Back-to-Campus days and virtual teaching sessions in areas of expertise. Involvement in OSCE remediation sessions. Workplace-Based and
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, Computing and Mathematical Sciences, School of Molecular and Life Sciences, and the WA School of Mines. The Faculty has a thriving research culture and hosts a number of University Research Centres and
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ability to work effectively in inter-professional healthcare teams. The School’s flagship Bachelor of Medicine, Bachelor of Surgery (MBBS) program commenced in 2017 and is delivered predominantly in state