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of building codes for tsunami design and the development of analytical methods for assessing buildings under tsunami loads. Despite this growth in activity, there are still many areas of tsunami interactions
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of Data (AgData) . In its first two-year exploratory phase (2025-27), this program seeks to develop mechanisms, approaches, and networks which will serve as the basis for a longer second phase (approval
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our expertise, build relationships with industry partners, public-sector organisations, and funding bodies, and develop a strong external network. You understand the different perspectives and language
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. Experience with computational solid mechanics, computational soft tissue mechanics, or a closely related mechanics field. Well-developed coding expertise in Python, Julia, C++, Fortran, or a similar scientific
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the Dutch-Flemish Postgraduate School Experimental Psychopathology, which provides additional training and facilitates networking and collaboration with other researchers in the field of Experimental
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. However, when interest is rather in the behavior of the system during extreme events, for example during floods in a river network or crashes of the stock market, current approaches for structural causal
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interconnected infrastructure networks you build and maintain databases of adaptation measures and evaluate their effectiveness using quantitative methods you collaborate closely with infrastructure operators
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(e.g. CHI, DIS, TEI, SportsHCI), access to the Sports Tech Center Twente and the Dutch Sportinnovator network, and a stimulating international research environment. You will be embedded in the Human
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professional network supporting your future scientific career. Key Responsibilities Design and execute mass spectrometry–based workflows for the identification and quantitation of disease-associated antigens
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within the institute. Participate in national and international academic research networks. Collaborate with societal stakeholders in knowledge exchange and impact activities. Where you will work