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Are you interested in sustainable structural design to reduce the CO2 footprint of buildings? Are you passionate about bio-based composite material systems and want to enhance their use in
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for antennas and propagation, wireless communication, non-destructive testing and sensing, optical interconnects, and (bio)-medical electromagnetics. The EM group has collaborations with other academic
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, wireless communication, non-destructive testing and sensing, optical interconnects, and (bio)-medical electromagnetics. The EM group has collaborations with other academic institutions and industry via
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, innovation, and industry concerns. This project adopts an objective and balanced approach to (bio)pharmaceutical drug supply chains from the joint perspectives of the government, industry, payers (major health
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(construction hubs), and circular bio-based social housing. Based on the above, the main research activities include: Definition of requirements and development of the UPSCALE system architecture; Implementation
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highly porous fibrous mat. The thickness, porosity and pore size can be easily tailored towards a specific application. The green solvent par excellence is water and ideally water-soluble polymers or bio
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degree) in chemical engineering and/or (bio)informatics. Prior experience with machine learning and/or laboratory automation. Prior experience with Python. A research-oriented attitude with an analytical