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development, contributing to a true bench-to-bedside field where scientific discoveries are translated into innovative diagnostic and therapeutic applications that directly benefit patients. Diverse
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looking for someone who can take ownership of a prototype from concept to a complete working hardware/software system , rather than focusing exclusively on simulation or algorithm development
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address these needs, the first phase of the Future Health Technologies Programme (FHT1) at the Singapore-ETH Centre (SEC) (https://fht.ethz.ch) developed and piloted innovative upper limb
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knowledge, clinical context, and relevant patient-level data to produce reliable, auditable, and uncertainty-aware outputs. A major focus of the position is the development of AI-based reasoning strategies
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translation of grating-based X-ray interferometry in close collaboration with industrial partners. This groundbreaking technology relies on the development of state-of-the-art X-ray optics enabled by cutting
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species and has applications in environmental monitoring, biomedical diagnostics, industrial process control, and fundamental research. Project background The project will focus on the development of
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biotechnology and biochemistry, bioprocess development, and industrial scale-up to translate laboratory innovations into industrial practice. Duration: 18 months Job description Conduct applied research
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translational development, we aim to shape the future of biomedical innovation. Job description Postdoctoral projects will combine molecular engineering, cell programming, and chemical–biological
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development, we aim to shape the future of biomedical innovation. Job description PhD projects will combine molecular engineering, cell programming, and chemical–biological interfacing to engineer human
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related instrument-performance requirements for LIFE Contribute new scientific ideas to the development of the LIFE science case and interact with the broader LIFE collaboration Work closely with and