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of advanced polymer-based particles and their integration into cementitious and construction-related environments. The postdoctoral researcher will closely collaborate with a PhD student recruited within
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specifically, you will be responsible for developing and testing 3D electrodes. You will study the effect of hydrodynamics and dynamic flow regimes in redox flow batteries and design. Your task is to conduct
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for an overview of the Centre.) As a part of this project, the postdoc will be expected to write and publish journal articles, present their work at conferences, aid in designing our interactive web-based platform
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agenda, including by applying to postdoctoral projects at FWO; Support LINES by supervising or co-supervising junior researchers and PhD students, and, occasionally, contribute to BA- and MA-level teaching
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bioinformatics, to join our team in Leuven. A successful candidate: Has a master’s degree in Bioinformatics and affinity with Computer Science, Bio-engineering and Life Sciences Has a PhD and experience with
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collaboration with researchers at VITO and the project managers. You will support and supervise a PhD student who is also allocated to the project. You will be in charge of the design of different concrete mixes
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spectroscopy You contribute to operational tasks and scientific services within the context of the “NMR Expertise Centre Core Facility” at Ghent University You design or contribute to the development of research
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maximum of 12 months) will be provided. Profile You hold a PhD in Biology, Physics, Mechanical Engineering, or equivalent (or you will have obtained it by the time you start work). You have a strong
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, Reliability and Trust (SnT) at the University of Luxembourg is a leading international research and innovation centre in secure, reliable and trustworthy ICT systems and services. We play an instrumental role
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to explore new plasma physics. YOUR TASKS The overall goal of the SUSPLASM project is to design and develop innovative, sustainable, fully electrified, green advanced thermal plasma-based gasification with