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/AI-driven modelling for microstructural engineering of AM. The project is part of a Villum Investigator grant titled “Microstructural engineering of additive manufactured metals - MicroAM” funded by
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Job Description Are you ready to make a difference for a sustainable future through bacterial metabolic engineering? The Systems Environmental Microbiology (SEM) group at DTU (BRIGHT) seeks a
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journals. Key Selection Criteria Hands-on experience in synthetic biology, particularly of Pseudomonas species. Experience in metabolic engineering, synthetic biology and genome-scale metabolic modeling
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scientific career and the future of ocean technologies. This position empowers talented scientists to pursue bold, curiosity-driven research, build an independent profile, and turn ideas into impactful
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for e-DAC. The research will involve molecular-level modeling and data-driven analysis to guide the design of redox-active capture materials, combined with experimental validation in electrochemical cells
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methodologies for risk-based inspection and maintenance planning in wind turbine systems. You will work on designing a robust, data-driven decision framework that integrates structural models, probabilistic
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animals, or developing new in vitro models for performance analysis of energy materials You should be independent, self‑driven, and enthusiastic about working in a multidisciplinary academic environment
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Job Description These days, the inner workings of molecules and materials can be probed and modelled by advanced simulation tools on modern computer architectures. However, the routine applications
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The goal of this project is to realize extremely small, precisely engineered active regions for nanophotonic devices. This will be achieved by studying semiconductor growth in narrow three-dimensional