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Biomedical Engineering, Mechanical Engineering, Electrical Engineering, Materials Science, or a related field Strong hands-on experience in several of the following areas: Microfluidics (design, fabrication
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. This project explores converting temperature differences in buildings into electricity using flexible TEG generators, potentially generating 10-20 W per square meter. Our project addresses challenges in
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new class of magnetoresistance and characterize the magnetoresistive properties using electrical measurements in magnetic fields up to 16T. Assess the potential for using the new class of
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to enhance their enzymatic activity under normal environmental conditions. Current biocatalytic strategies for PET degradation involve the recombinant production and isolation of PETases in bacteria, followed
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. Once established, the yeast CFPS system will allow a more scalable production of proteins and peptides, i.e. 1-100 liters compared to few mL scale of current CFPS systems. Furthermore, it will be applied
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of Copenhagen and also involves partners at the McGill University (Canada) and the Department of Physics at DTU. The goal is to replace the highly inefficient current fertilization practices by a revolutionary
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to—doctoral education. Our aim is to develop “plug-and-play” solutions (such as methods, games, templates, simulations) and practices that can be readily integrated into current research and training
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., DFT), and multiphysics simulations (e.g., COMSOL) to investigate charge transport, organic transformation pathways, heat flow, and field-induced effects. A strong publication record in high-impact peer
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monitoring of neurological diseases. While current diagnostic methods rely heavily on bulk measurements (e.g., cytokines, cell counts), they fail to capture the dynamic and heterogeneous nature of central
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. Supervise BSc, MSc, and potentially PhD student projects that are relevant to your research Contribute to teaching courses relevant to your project at the department Expand our current data infrastructure