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characterize them with X-ray reflectometry, and other surface science techniques. Demonstrate the correlation between the structural properties of multilayers and their performance at various wavelengths
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Vacancies PhD Candidate Futuring for Resilient Urban Spaces Key takeaways Interested in developing transdisciplinary approaches that engage both scientific evidence and the imagination
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++ programme “Break-through technologies in flow and fluid composition measurement”. It involves close cooperation with flow sensor companies and the TU Delft, where a post-doc will focus on the electronic
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the domain of digitalisation and energy renovation. You will learn to conduct research independently and grow scientifically through collaboration and supervision by researchers from Saxion and Hanze
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Renovation Workflows, you will be exploring the needs in planning and programming renovation construction activities. You co-design coordination processes and create supportive planning technologies
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the application of state-of-the-art technologies at the interface of chemistry, biomaterials and membrane science, additive manufacturing, bio fabrication, tissue engineering and nanomedicine. AOT combines unique
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references. Contact information of two scientific staff members (one of whom could be the supervisor of your MSc thesis/final project) who we may contact for references. For more information regarding the
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of digitalisation and energy renovation. You will learn to conduct research independently and grow scientifically through collaboration and supervision by researchers from Saxion and Hanze Universities
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. Ensuring timely and consistent access to medical test results is crucial for improving the efficiency of healthcare providers. For example, doctors need to know when test results will be available to plan
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and a scientific programmer. You will be supervised by both Rianne de Heide and Jelle Goeman. One PhD student will be appointed at the UT, and one PhD student at the LUMC. We collaborate very closely