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associates, fostering a collaborative and high-performing research environment. Your Profile You have a PhD in cell biology, pharmacology or a related discipline and bring 15+ years of industry experience in
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existing methods, our technique aims to use laser energies that are safe for biological tissues, ensuring both efficacy and safety. To achieve these goals, two PhD projects have been designed. One of them
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. Supervise Masters and PhD theses, and participation in thesis committees and doctoral teaching programs. Organize and participate in seminars, symposia etc., within and beyond the host institute. UNIL is
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their PhD in engineering, physics or material science. You are motivated and curious about AI/ML frameworks for monitoring and controlling materials processes. You are ready to discover the new horizons in
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founded by Innosuisse and the project is in close collaboration with an industrial partner. Profile Applicants for the position are expected to have earned a PhD in heterogeneous catalysis with documented
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provide academic advising to BSc, MSc, and PhD students. Engage actively in experiments conducted at large-scale research facilities and collaborate with external research institutions, aligned with
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the full product life-cycle. Candidates taking an experimental approach offering hands-on learning experiences for our students are highly encouraged to apply. Successful candidates should hold a PhD degree
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department at the University. We are in the heart of Basel at 6 different locations. Be part of our future! The research team led by Elisabeth Roider, MD, PhD, is currently seeking a highly motivated and
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at the intersection of technology, public safety, and healthcare innovation: Join a dynamic team of motivated young researchers in a collaborative and supportive environment Typical PhD duration: 3 to 3.5 years with
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, Environmental, and Geomatic Engineering, has an opening for a PhD student in model-based planning support for transport and urban systems under uncertainty. Planning transport and urban systems is inherently