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to enrich for the EBPR community under different substrate conditions in dynamic environments, apply cutting-edge omics techniques, including metagenomics, metaproteomics and metabolomics. As a PhD in the
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, unlocking opportunities, forms of incubation, and deployment of knowledge and ground-breaking developments. We also stimulate a healthy and inclusive work environment in which you can bring out the best in
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data" for ongoing model refinement and improvement. Benefits: Opportunity to work on cutting-edge research with significant real-world impact. Collaborative and dynamic research environment. Access
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mean that new technologies are urgently needed to limit micro-plastics release in the aquatic environment. A large contribution to micro-plastics pollution comes from microfibers released from clothes in
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including configurable models for network layout, propagation environment, communication and sensing application/traffic characteristics, suitable JCAS waveforms, beamforming and RRM algorithms, verify its
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research Inclination for team-work and effective communication in an international environment Desire to publish scientific articles and participate in project meetings and international conferences Doing a
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bed levels, water levels, currents, waves, and wind, profoundly influence the way ports operate. Recognizing the interplay between infrastructure, the physical environment, and efficiency is crucial
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between theory, simulations, and experiments towards understanding and controlling fluid flows. In our team, we strive for a co-creative and stimulating environment where we can develop our skills as a
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towards understanding and controlling fluid flows. We strive for a co-creative and stimulating environment where you can develop further skills as a scientist, team member and teacher. We place great
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networks, ranging from man-made infrastructures to biological, brain and social networks. Fostering an inspiring, friendly and supportive environment, we meet regularly and share ideas and knowledge. You