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concern, especially in unexplored environments characterized by uncertainty. These PhD positions offer an unparalleled opportunity to advance real-time trustworthy autonomous systems. Collaboration with
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environment. The following responsibilities are expected in the position: Synthesis of compounds required for the research project in the wet chemistry laboratory. Analysis of synthesized compounds using
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international and stimulating environment of other PhD students and postdocs, employing state of the art computational methods and codes developed within the group. The developed methods will be implemented in
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properties, including toxicity, of chemical substances. QSAR models are increasingly used to screen, prioritize, group and assess thousands of chemicals that humans and the environment are exposed to. DTU Food
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candidate who will take initiative and responsibility, work independently and thrive in a collaborative environment. The candidate we are looking for has the following competencies and experience: You must
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backgrounds. The combined focus of our work is how surfaces in the environment provide niches for life and act as evolutionary drivers. Your project is part of a consortium grant funded by the Novo Nordisk
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Computing Programme (NQCP). You will be an integral part of a collorative environment at NQCP and QUANTOP, the Danish Center for Quantum Optics, that offer opportunities for innovation at the intersection
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skills, memory and the built environment, with a specific focus on the interplay between rhythms in the built environment and the brain. The educational background of the candidate must include
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Electric Vehicles Integration Approaches for Distribution Grids. The AHEAD project involves 21 partners from 11 countries and will create a simulation environment capable of predicting the most convenient
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context. Teach within the area of chemical in the environment Publication of innovative research findings and results in the scientific literature and presentations at international conference/meetings in