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, laboratory analysis, device optimisation, and techno-economic evaluation, contributing to publications, funding proposals, and real-world implementation pathways. You may also contribute to limited
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implementation of innovative training initiatives alongside College and Portfolio teams. This includes conducting needs analysis to identify stakeholders and learner requirements, and collaborating with internal
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are key responsibilities. Industry engagement involves promoting school programs, building industry connections, and participating in consultancy projects, including training needs analysis and material
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experience in mammalian cell culture, organoid culture and analysis, and stem cell biology. Strong skills in molecular biology, next-generation sequencing, bioinformatics, general microscopy and confocal
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, Lawrence Livermore National Laboratory, University of Virginia, University of Connecticut. They will be required to perform computational and theoretical analysis using a range of techniques, as
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to the design, analysis, optimisation, control, and full-scale testing of advanced wind turbine systems. Depending on your expertise, you will play a key role in either blade design, structural dynamics
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computational and theoretical analysis using a range of techniques, as well as collaborating with the other members of the wider project team. To be successful in this position, you will have: PhD qualification
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initiative developing the next generation of smart wind turbine blades. As part of the Australian Economic Accelerator Innovate project, this role will see you contribute to the design, analysis, optimisation
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analysis and material development. Compliance with quality assurance processes and maintaining records to meet ASQA and regional standards is crucial. You will also contribute to the school's strategic plans
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change under broad direction. Highly developed analysis and communication skills and demonstrated ability to build compelling cases and convey complex information, ideas and concepts clearly and