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situated, has its research activities organized through four major research groups: Mechanical Systems, Structural Dynamics, Wave Propagation and Railway Mechanics. You will be joining an emerging research
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related field involving fluid/structure dynamics. The successful candidate is expected to: Independently develop scientific concepts and methods. Have strong programming skills, with proven experience in
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to investigate the influence of PTMs on structure, function and dynamics using biophysical methods. Where? The researcher will join KS Jensen research group that studies the biophysical characterizations
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modelling tools relevant to soil-railway dynamics, with an understanding of modelling reinforced ground structures. Familiarity with field instrumentation and validation techniques for dynamic system
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screening facility FragMAX, supporting structural biology research aiming at understanding biology at a molecular level with applications in drug development and biotechnology. BioMAX is in user operation
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using an underlying network structure. Moreover, many systems exhibit a sensitive dependence on certain parameters, i.e. small changes to the latter can result in fundamental changes of the properties
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screening facility FragMAX, supporting structural biology research aiming at understanding biology at a molecular level with applications in drug development and biotechnology. BioMAX has been in user
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to groundbreaking discoveries for next generation of materials and devices. Collaborative environment: Be part of a dynamic team of researchers dedicated to pushing the boundaries of bioengineering and materials
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is close. Our cohesive campuses make it easy to meet, work together and exchange knowledge, which promotes a dynamic and open culture. The ongoing societal transformation and large green investments in
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to join a cross-disciplinary project at Chalmers University of Technology , exploring how magnetic fields can be used to improve structural batteries. In this role, you will contribute