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abovementioned cross-border region. Together with stakeholders, you will co-develop an indicator framework to assess drought resilience, building on resilience and collaboration literature, as well as on prior
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. To achieve this, the project will focus heavily on advancing state-of-the-art single-molecule fluorescence microscopy and spectroscopy techniques, as well as single-molecule data analysis. Ultimately
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context of the Eastern Netherlands, with the aim to aid resilience assessments. You will be able to build on literature about value assessment and valuation techniques from social, economic, and
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to create multi-materials and hierarchical structures. Using state-of-the-art experimental methods, you will explore various design concepts for this system. Your task involves gaining insight into how micro
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strategies and real-time feedback. Collaborate closely with researchers in other groups at the University of Twente. State-of- the-art laser facilities are available at the Chair of Laser Processing. We foster
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silicon nitride devices. This work will be done in the UT’s Nanolab, using state of the art fabrication and analysis techniques. Your home base will be within the Inorganic Materials Science group (IMS
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Computational Engineering, State of the Art Engineering B.V., and DNV. The project's mission is to conduct fundamental, multidisciplinary, and multisectoral research across various functional and operational
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state-of-the-art fouling identification methods (Reflectometry, ATR-FTIR, SEM-XPS and OCT) and membrane fouling models. Here we will build up complexity, starting from relatively simple systems and