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dynamical systems, and machine learning, with applications to synthetic biology and biomolecular circuit design. Our research develops mathematical and computational frameworks for understanding and
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off-site and on-site robotic additive manufacturing process for sustainable, low-carbon construction.To support the commercialization and technical development of this technology, we are looking for a
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and networking platform to support the development and application of Earth system, weather, and climate modeling, data infrastructure, and impact research. Project background There is an ever
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100%, Basel, fixed-term We are developing so-called lab-on-chip technology (or microfluidic technology) for applications across the life sciences and biomedicine. Our interdisciplinary approach
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100%, Basel, fixed-term We are developing so-called lab-on-chip technology (or microfluidic technology) for applications across the life sciences and biomedicine. Our interdisciplinary approach
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of this research sub-project is to develop and apply advanced, patient-specific models of the knee joint fo design iteration and optimisation. Specific duties: Develop and apply a finite element model of a knee
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study is of highest priority. The mission concept study will finalize the required satellite architecture, conduct key technical trades, and finalize the overall mission development plan and
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student to conduct research on the development, practice, or social and cultural roles of mathematics (including mathematical aspects of other sciences) from the points of view of history, philosophy
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to be a place that promotes independent thinking and an environment that inspires excellence. Located in the heart of Europe, yet forging connections all over the world, we work together to develop
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facility automation. To push the efficiency limits of such DC supplies, you will develop new converter concepts for AC/DC power supplies with an ultra-wide input voltage range, which are highly efficient