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applications for a PhD-student (m/f/d; 65%, 3 years in first instance) to work on a large-scale €6m multi-site Wellcome-funded project. This position is suited for researchers who have finished or are about to
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-millimeter missions, operating petabyte-scale archives, multi-billion–row databases, and a suite of tools for accessing, visualizing, and analyzing data from leading space and ground-based astronomical
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. Correlated experimental, ab initio and multi-scale techniques are central to our mission: Development and application of advanced simulation techniques to explore and identify the fundamental structures and
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of this role is to deliver on an industry innovation research project where you will be part of the research team to develop software platforms for supporting multi-user AR/VR applications. Key Responsibilities
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focusing on multi-omic integration analytics, machine learning, and/or AI. In addition to carrying out research, the successful candidate will be expected to apply for fellowship funding, contribute
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spatial behavior, with particular emphasis on directivity. A significant focus is devoted to audio transducers in array configurations, especially in embedded systems and small-scale devices, including
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, electric vehicles, micromobility), integrating heterogeneous data (flows, emissions, accessibility, socioeconomic and health indicators); - develop equity-aware multi-objective optimization methods, ensuring
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an analytical-computational framework for a “living” 4D Digital Twin (3D + time) to enable automated progress monitoring and multi-domain safety assessment in civil engineering applications. The project focuses
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, purposefully guides everything we do in vocational education to deliver our vision: to position RMIT as a leading multi-sector provider with global impact and influence. Led by our Pro Vice Chancellor
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multi-tasking within multiple computer applications and the ability to think critically in a fast passed always on environment. Having the ability to quickly gather critical information and