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expertise when needed Ways of working: Ability to thrive in collaborative, self-organizing environments based on Agile principles Experience with structured development practices such as test-driven
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design and production enabled through digital manufacturing techniques. To our infrastructure belongs the Robotic Fabrication Laboratory (RFL), a unique digital construction environment, which allows
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their influence on film architecture on MEMS/miniaturized substrates Engineering and tailoring film architectures (thickness gradients, porosity/connectivity, hierarchical structures, multi-layer stacks
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description The aim of this doctorate is to quantify transitions in firn structure, albedo, and temperature of selected glaciers in Switzerland and Central Asia, and determine the consequences of
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earth observation with applied forest monitoring, including tree species identification, forest structural changes, and forest resilience assessments, with a growing focus on spectral and functional trait
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on the development and application of advanced electronic structure calculations to explore the phase diagram and relevant properties of layered Ruddlesden-Popper-type nickelates. Project background Layered nickelates
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how their intricate domain structures, domain walls, and topological defects govern macroscopic functionality. In this project, we will employ cutting-edge synchrotron-based 3D imaging techniques
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establish (semi-)quantitative polymer structure–adsorption relationships by linking polymer and sorbent properties to experimentally collected adsorption and desorption data. Specific tasks include: Conduct
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organic compounds suitable for use as electrolytes in flow battery systems. The overarching goal is to expand the accessible chemical space and identify structures with improved stability, performance, and
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that control microbial surface colonisation and biofilm assembly, structure, and rheology. We use a broad spectrum of technologies in materials science, microbiology, and microfluidics, as well as advanced