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? The department of Energy Conversion and Storage (DTU Energy) at the Technical University of Denmark (DTU) is looking for a postdoc for a 2-year project in the field of biocompatible nanoparticles for fertilization
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practice as well as in theory. Your primary responsibilities will include: Investigate, develop and validate new models to simulate wind turbine response in HAWC2 at different fidelity levels. Validation
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combines top-tier expertise in CFPS systems and NN world class proficiency in yeast engineering and cultivation. Your primary tasks will be to: Design and conduct experiments to optimize the production
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qualifications Your main responsibility will be to lead the bioinfomatic developments and analyses, as well as supporting the epidemiological research and the DTU National Food Institute’s lead in the project. You
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characterization of multifunctional fibers comprised of waveguides, electrodes and microfluidic channels. You will work with nearby colleagues, and with academic partners in Denmark and abroad. Your primary tasks
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for load assessment and wind turbine control and ultimately achieve load reduction for wind turbine structures and main components. Your primary responsibilities will include: Develop, implement and validate
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, with competitive salary and resources for conference participation. Responsibilities and qualifications Your primary tasks will be to perform original research that aims at improving our understanding
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infrastructure spans the full spectrum from fundamental electrochemical studies to the fabrication of lab-scale components and devices. Responsibilities and qualifications The primary research focus
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well as abroad. Your primary tasks will be to: Using automotive lidars for detection of wind turbine blade deflection Development of efficient ways to analyze the automotive lidar data Develop the technology to
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CO₂ capture technologies. The announced postdoc position is part of a work package dedicated to algorithms and thermodynamic models, where the primary task is to develop RAND‐based CO2 capture