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, in close collaboration with our inter-disciplinary team and external scientific and industry partners. The candidate will support our master students, publish in scientific journals, and participate in
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Attractive employment conditions of the ETH Domain An international network and contacts to academic and industrial partners Position starting from July 2025 or upon agreement. We live a culture of inclusion
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overcoming specific and recurrent issues in shaping operations of our industrial project partner. At the interplay between fundamental and applied research, the goal of the PhD project is to understand the how
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aiming to improve the management of infected wounds. Our group is focused on: i) Developing novel fluorescent-based detection approaches for the continuous monitoring of wound healing. ii) Achieving
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used by the textile or HVAC industry. This project is performed in close collaboration with industrial partners. The tasks for the PhD student will be: Develop and test a textile-based heat flux sensor
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at Empa in Dübendorf drives innovations in joining technologies and corrosion management to enable evolution towards increasingly efficient, reliable and sustainable material technologies. Joining
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of such tumors Establishment of a unique 3D micro-CT histology data base for recurrent thyroid carcinomas Data management, data treatment Extension and coupling with high-field MRI technology towards in-vivo
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of such tumors Establishment of a unique 3D micro-CT histology data base for recurrent thyroid carcinomas Data management, data treatment Extension and coupling with high-field MRI technology towards in-vivo
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, called Wound Booster focused on the design of a self-care integrated system to completely understand, simulate and monitor skin wound evolution, with the ultimate aim to treat and prevent chronic wounds