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pyrolysis carbons into value added graphene(oxide) colloids. Your PhD project is part of a larger collaboration between TU Eindhoven and Shell on sustainability. The overarching goal of this collaboration is
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processing pathways to electro chemically upcycle pyrolysis carbons into value added graphene(oxide) colloids. Your PhD project is part of a larger collaboration between TU Eindhoven and Shell on
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Delft / Shell. Dr. Isufi’s group at TU Delft works on fundamental research on graph signal processing and machine learning. We focus on both theoretical and applied research especially to recommender
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PhD-student for ‘beat the rhythm’ being positioned at the Evangelisches Krankenhaus Dusseldorf. First, together with the German and Dutch partners, you will evaluate the physical activity patterns
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on renewables, The project will be carried out in the research group of Dr. E. Isufi and co-supervied by Dr. H. Jamali-Rad from TU Delft / Shell. Dr. Isufi’s group at TU Delft works on fundamental research
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with their physical environment (wind and water) in complex nonlinear ways. By physically testing small-scale versions of system components and emulating the missing physical effects through actuators
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will be developed and enables sharing of biodiversity monitoring live from the offshore structures in an immersive, multisensory environment and thus allows citizens to participate through sharing
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group under the guidance of prof. Ruud van Ommen. You will work together with our project partners at Utrecht University and Shell. The emphasis in the Delft project is on deploying ALD and related