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sciences » Other Computer science » 3 D modelling Computer science » Informatics Computer science » Modelling tools Computer science » Systems design Engineering » Biomedical engineering Medical sciences
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fingerprint from the response of stimulating the electronic device with a well-designed signal. In this project, we focus on high-frequency (microwave/mmwave) excitations that not only cause an electrical
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defining formulations with desired properties, (ii) in silico microbiome design based on systems biology network analysis, and (iii) in vitro validation in a (inhouse developed) biofilm bioreactor system
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treatment, advanced MRI imaging and basic research facilities. Integration in the European research landscape. Opportunities to build up research and innovation skills. Possibilities to attend international
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of children, legal challenges in data spaces, AI and health law, privacy and AI, enforcement/supervision of ‘digital legislation’, etc. The candidate is expected to propose a research plan and explain how it
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Research Council (ERC) Starting Grant https://www.kuleuven.be/english/research/EU/p/he/p1/erc/IonFracMem ) aims to address this challenge by developing novel membranes that combine fast throughput with
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, please contact dr. Claus Claeys (mail: claus.claeys@kuleuven.be ) by mail and mention ‘PhD Future Engineering design’ in the title. Website for additional job details https://www.kuleuven.be/personeel
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chemicals in an electrolyzer system. The student will carry out systematic experimental investigations, supported by theoretical analysis from collaborators, to design and develop multimetallic
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scientific development. This includes designing and coordinating in vitro and in vivo studies to investigate host-pathogen interactions in yellow fever and other orthoflavivirus infections. You will develop
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in this 4-year PhD project. The successful candidate will take the lead in designing and constructing the next generation of DNA-based nanoscale motors (in particular, translational motors) embedded in