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in the operation and maintenance of Time-of-Flight Secondary Ion Mass Spectrometers (ToF-SIMS), related preparation facilities and software. Manage the operational aspects of the ToF-SIMS facility
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quantitative methodologies, especially for instance in the areas of econometrics (microeconometrics), statistics, and economic modelling. Demonstrated knowledge of statistical and econometrics software packages
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publications. It involves conducting systematic reviews and working with analytical software such as R or Python, with a focus on both independent and collaborative research. The role also requires experience in
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experience with analytical software like Stata, R, or Python, are essential. The ideal candidate will also have experience with geospatial tools. Additionally, you will have experience designing and managing
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server infrastructure. Collaborative software development using tools such as git/GitHub or equivalent. Highly desirable: experience with generative representation learning models (VAEs, GANs, etc
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), related preparation facilities and software. Manage the operational aspects of the ToF-SIMS facility including ensuring compliance with Curtin’s Health and Safety Management Standards. Develop, upgrade and
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or borehole reflection seismic data using industry-standard software. Experience, willingness and ability to participate in field acquisition of land and downhole seismic data. Experience in or commitment
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datasets. Experience with 3D data visualization programs. Knowledge of programming and software development. First-hand industry experience in mining, exploration, GIS, petrophysics or geophysics Why JCU
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/seminars and lectures, presentations at conferences, communication to non-technical audiences. Software engineering expertise, including implementation of Large Language Models methods (including execution