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-growing range of relational geochemistry data models, the University of Sydney EarthBank Project node will focus on the creation of innovative platform functionalities and numerical workflows to facilitate
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, oxy-combustion and quenching of radicals on solid surfaces. Many of the burners developed by the group are now established as international benchmarks for the development and validation of numerical
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. What You'll Be Doing Collecting data in flood-affected communities through surveys, interviews, and focus groups Conducting both qualitative and quantitative analysis to assess social impacts
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contributing to work that matters. What You’ll Be Doing Collecting data in flood-affected communities through surveys, interviews, and focus groups Conducting both qualitative and quantitative analysis to assess
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across the full spectrum of pure and applied chemistry. Our research excellence is recognised by numerous prizes and awards to individual staff members and the award of over $7 million in research funding
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focused on understanding and countering harmful narratives and, mis/disinformation, and applying social network analysis. To be successful you will need: PhD in a relevant discipline such as computer
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shielding, radiation damage, particle transport. Computational skills allowing to compose or modify comprehensive simulation open-source codes. Experience in data analysis and simulations of complex and
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Group and the Nuclear Analysis Section of Reactor Operations. At UNSW, you will become part of a vibrant materials research community within in the School of Mechanical and manufacturing Engineering, and
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) A PhD in a related discipline, and/or relevant work experience. Skills in programming or scripting, sufficient to develop or modify codes used for data analysis and for materials modelling
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will involve a combination of simulation and statistical modelling. Your key responsibilities will be: Lead analysis of State response data to estimate detection, occupancy, and spread of PSHB Engage