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developing novel bio-based methods (using protein and enzymes) to recover valuable compounds and elements from dilute solutions. The group is embedded in the PROSYS research center, part of DTU Chemical
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Job Description Would you like to be part of the solution to the green energy transition? Join us in developing technical solutions that facilitate the integration of more renewable power plants
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Job Description Are you interested in contributing to solve the energy crisis by developing a clean sustainable energy source which replicates the Sun on Earth? Would you like to work in a team with
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under industrial process conditions. The group is embedded in the PROSYS research center, part of DTU Chemical Engineering. Key to this scale-down approach is to ensure measurements are made at a small
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Research Foundation Denmark. The work will be carried out under the supervision of Professors Sebastian Meier and Associate Professor Martin Nielsen in an international environment at DTU Chemistry. We
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communication engineering. Experience with applying machine learning to classical or quantum communication systems, as well as hands-on experimental work, will be considered an advantage. The goal of the project
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will: Quantify feedstock availability, developing retrospective and prospective feedstock portfolios. Develop conceptual bioprocess schemes for feedstocks suitable for direct use in biotechnological
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the opportunities these signals offer for modelling and engineering of cognitive systems. Responsibilities and qualifications As part of an interdisciplinary team, consisting of social neuroscientists
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installation at DTU Campus for server room cooling will serve as a pilot for testing, control, and optimization of such latent thermal energy storage. This installation will be taken into operation in March 2026
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on the project will be responsible for developing NMR protocols for quantitatively analysing the products of your catalytic transformations. Your primary scientific role will be to design and synthesize