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the development of ballistic protection panels using computational numerical methods, and to validate your results by comparison to experimental tests of the designed panels. Your activities will include
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equally comfortable with methodological and applied research and show a strong interest in contributing to the development of software prototypes, including their integration into broader platforms such as
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. Conduct in-depth testing of fuel cell components, including reaction kinetics, ionic conductivity, and structural stability. Work on improving power density through material selection, and interface
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functional parts, and to develop industrial processes with a low carbon footprint. These technological building blocks will be integrated in the form of demonstrators developed and constructed with