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“Bioinspired Composites: Manufacturing and Multi-scale Characterization” in the section Mechanics of Materials, Department of Mechanical Engineering. The PhD student position is available in the section
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Irène Curie Fellowship No Department(s) Industrial Engineering and Innovation Sciences Reference number V39.7477 Job description This project is on advanced logistics for circular manufacturing
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complex stochastic systems where uncertainties are inherent and data is ubiquitous. These systems span various domains, from manufacturing equipment, to rental systems, to production systems and beyond. In
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project team, including industry. Fluent English skills, both written and spoken (C1 level); Interest in co-supervising MSc projects and motivated to develop your teaching skills. Project management skills
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in the communications industry. The PhD project targets the design, prototyping, and demonstration of novel multiband photonic integrated circuits to enable a high-capacity optical transport
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industry-grade etch and deposition equipment. These facilities and the associated expertise are considered to be unique in an academic research environment. The project is supported with the infrastructure
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institutions and industry via national and European funded projects in a diverse range of application areas. The PhD will join the group and interact with the other members of the EM group (around 60 researchers
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outs and starts-ups (e.g. Microalign, Astrape Networks, PhotonX Networks) and carries out bilateral industrial research with major stakeholders in the communications industry. The PhD project targets
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, wireless communication, non-destructive testing and sensing, optical interconnects, and (bio)-medical electromagnetics. The EM group has collaborations with other academic institutions and industry via
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Join a groundbreaking project at TU/e, partnering with ASML and M2i, to pioneer safer polymer materials for lithographic equipment. Drive innovation in semiconductor manufacturing and shape