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large interdisciplinary consortium will tackle one of the most pressing challenges of our time: transforming low-value waste streams into high-value, sustainable materials and closing material loops in
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to extend the operational lifespan and reduce the overall weight of wind turbines. By innovating ways to lower mechanical loads on critical components and optimizing material usage, we aim to pave the way
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research team? Would you like the rare opportunity to combine media research with a love of nature and outdoor activities? The Amsterdam School for Heritage, Memory and Material Culture opens two positions
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sweat continuously and unobtrusively during everyday activities. This can be achieved by weaving the sensors into the material and using a small clip-on electronics unit. With that we can help patients
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the operational lifespan and reduce the overall weight of wind turbines. By innovating ways to lower mechanical loads on critical components and optimizing material usage, we aim to pave the way for a truly
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MESA+ Nanolab or in collaboration with our partners. Your work will include selecting the most appropriate material platform, design the optical functionalities of the photonic integrated circuit, create
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material syntheses, surface chemistry, and analytical characterization; strong English skills, both in speaking and in writing. The following experience will strengthen your application: a PhD obtained
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supported by a cross industry consortium consisting of an aircraft manufacturer, an airline and material and manufacturing specialists. Together, we develop the circular luggage bin door concept, produce and
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of materials for battery applications. Experience with X-ray and or neutron scattering techniques for material characterization. This role offers the opportunity to work in a highly collaborative and
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, with a focus on crack initiation, propagation, and damage evolution. These structures are characterised by large wall thicknesses, irregular bond patterns, varying material quality, and exposure