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model, suited to integrated system modelling, and to contribute to centrifuge testing of novel anchors You will be involved in the holistic design of floating wind systems as part of a large team with
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Huawei, you will contribute to cutting-edge projects that push the boundaries of spatial audio, microphone array design, and portable device technology. You’ll be part of a vibrant, multi-disciplinary
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limitations and enabling highly efficient and environmentally friendly noise control solutions. As an essential part of the project team, you will work on: Designing and testing novel metamaterial unit cells
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for a postdoctoral position in the field of active thermography for the evaluation of composite materials and structures. The research will be conducted within the Computational Engineering & Design Group
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the holistic design of floating wind systems as part of a large team with expertise spanning mooring lines, floating platforms and anchors, with both academic and industry perspectives. You will have many
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wider cultural phenomena such as the flourishing of conspiracy theories and ‘fake news’, Kierkegaard’s conception that knowledge requires courage has great importance and significance beyond academia
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and ‘fake news’, Kierkegaard’s conception that knowledge requires courage has great importance and significance beyond academia as well. The successful candidate will show outstanding potential as a
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are we? We are a world-renowned research group at the forefront of aerospace innovation. Our department boasts cutting-edge facilities, collaborations with industry leaders, and a vibrant, intellectually
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on advancing the computational analysis and manufacturing of these critical materials. Who are we? We are a world-renowned research group at the forefront of aerospace innovation. Our department boasts cutting
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collaborative work with leading textile designers, experts in printed electronics and wireless communications and sustainability analysts, the SUSTAIN program will build working demonstrations of textile