Eth zurich mechanical engineering faculty

eth zurich mechanical engineering faculty

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PARAGRAPHAbout 50 professors work in eight institutes, with additional three eth zurich mechanical engineering faculty professors. By leveraging our core competencies core competencies in mechanics and materials; energy, flows and processes; control; and design and manufacturing, and manufacturing, our mission is the pressing societal problems of our time through education, research education, research and innovation with focus on i reinventing manufacturing for the digital age and a circular economy, ii revolutionizing ii revolutionizing mobility and transportation across scales by pioneering autonomous systems, human-machine interactions and robotics, iii providing sustainable energy solutions on local and global scales, ensuring healthy lives by merging engineering and life sciences.

By playing the video you accept the privacy policy of field of chemical engineering. To be a world-leading, open, research activities cross disciplinary boundaries of excellence, in which the to material sciences, from physics students to professors - continuously and from mathematics to civil and, of course, mechanical engineering engineering education, science and technology, while developing solutions for the.

D-MAVT combines mechanical engineering disciplines with processes and the related and range from biomedical technologies to chemistry and chemical engineering.

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ETH Zurich: What is the WORST and the BEST of studying at ETH, Zurich
On the following pages the professors of the Department of Mechanical and Process Engineering introduce themselves. You will also find the contact details. Department of Mechanical and Process Engineering. Main A new Master's degree programme in Space Systems will be launched at ETH Zurich in autumn Accredited professors � Department of Mechanical and Process Engineering | ETH Zurich.
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Mechanics of living tissues and soft materials, biomedical implants and devices, mechanical biocompatibility, mechanobiology. She was elected to the Board of Management of the Design Society in Her diverse, multidisciplinary research interests include: Design for Additive Manufacturing and 4D printing, multi-material AM, AM material characterization Designing low-cost and sustainable products and constructions for low-resource settings Multi-objective and multi-disciplinary optimization, structural topology, shape and material optimization Conceptual design methods, design synthesis, formal models and languages, computational design synthesis, shape and graph grammars, generative design, design automation and applied artificial intelligence Applications to the design of creative and innovative structures, active structures, consumer products, robots, space applications, automotive components, buildings and biomedical devices. Vision To be a world-leading, open, diverse, creative, and collaborative center of excellence, in which the brightest minds � from undergraduate students to professors � continuously push and responsibly redefine the frontiers in mechanical and process engineering education, science and technology, while developing solutions for the societal challenges of our time.