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from material development, structural analysis with x-ray techniques, to digital modeling and simulation. The group also performs research on optoelectronics that are based on nanoparticles, offering
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vision, and safe autonomous control; and (ii) developing technologies that meet clinical requirements across diverse care environments and scenarios. Through close collaboration with clinicians and
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welds. Modelling and simulation: development of a physics-based simulation framework (e.g., phase-field modelling) to predict hydrogen-assisted crack growth and long-term mechanical integrity of steels
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) energy system modelling. The role also includes tasks such as website design (including the development of dashboards) and management, designing and contributing to wikis, and supporting ongoing teaching
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at devising innovative testing approaches to investigate the failure of elastomers. The goal of the PhD project is to develop cutting edge experimental procedures involving X-Ray computed tomography (CT
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) in Basel, Switzerland. The successful candidate will work on developing cellular therapies against glioblastoma and brain metastasis. The project focus is on the genetic modification of T cells and
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develop predictive tools for mechanical failure. Our team is highly interdisciplinary and international, bringing together researchers with backgrounds in materials science, mechanics, and applied physics
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and health. Genetic, cell and tissue technologies have profound applications and potential in protection of environment and high health standards. Our group is engaged in development of various sensors
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forging connections all over the world, we work together to develop solutions for the global challenges of today and tomorrow.
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graphic designer to prepare graphics for individual analytical chapters. This will include identifying suitable sources and databases; collecting data for infographics and preparing them for design; and