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are linked to research on composite hydrogen tanks, composite propellers for drones and finite element modelling of textile manufacturing. All research will be conducted with leading companies in
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structural sources of variability, thereby increasing the reliability and reproducibility of downstream analyses. To achieve this, you will combine in-depth data analysis of both in-house and publicly
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/microglia-based 3D models recapitulating neural-microglia interactions, using biomaterials and (micro)tissue engineering approaches. The innovative aspect of the project will be in developing new analysis
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factors that accelerate material deterioration (e.g., hydrogen embrittlement, corrosion). The primary tasks include developing advanced multiphysics frameworks (finite element/phase-field methods
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students, etc. A practical mindset with good laboratory skills such as chemical analysis is a plus. Job profile You have a master's degree in Analytical Chemistry, Chemistry, Chemical Engineering, or
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interactions, as well as establishing fluorescence lifetime imaging microscopy (FLIM) approaches and analysis pipelines to perform non-destructive monitoring of neuronal function, DAMs, and multiplexing
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recapitulating neural-microglia interactions, as well as establishing fluorescence lifetime imaging microscopy (FLIM) approaches and analysis pipelines to perform non-destructive monitoring of neuronal function
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. In the case of a degree in a related discipline, please explain your experience with linguistic themes and analysis in a letter of motivation and/or CV. You have a high level of proficiency in English
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and characteristics of cancer cells and tumor microenvironment elements such as cancer-associated fibroblast (CAF) and immune cells. Tumor models include the use of three-dimensional cell aggregates
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of collected datasets. Methodologically, this objective combines field measurements and signal analysis with forward modelling of sensor measurements to assess the impact of field conditions and different sensor