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methodology to improve system efficiency and power density while ensuring cost effectiveness. Our goal is to create next-generation solutions that tackle key challenges in the industry. We are looking for a
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design methodology to improve system efficiency and power density while ensuring cost effectiveness. Our goal is to create next-generation solutions that tackle key challenges in the industry. We
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skills in English, especially in connection to writing and presenting scientific results. Your curiosity and passion drive you to uncover the unknown. Your energy enables you to collaborate effectively
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and society through research and innovation. About collaborating with the entire energy sector to develop the most effective technology on the planet. Our research spans the full spectrum of wind and
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a citizen science component to gain a broader data foundation and raise awareness of the issue. The results will support management measures and policy initiatives to reduce plastic pollution
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mechanisms involved in effective local and systemic responses to respiratory vaccines and pathogens. Principal supervisor is Associate Professor Henrik Kløverpris, NIVI-R, Department of Immunology and
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specific binders. This approach directly contributes to streamlining the binder design process to meet real-life challenges effectively. This PhD will focus on driving AI research and coordinating
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reef types, and suitable control areas, are available in replicates. The effects of the offshore wind farm will be assessed using the individual windmill foundations, compared with suitable control areas
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to develop circuits that convert analog neural signals into digital or event-based outputs (e.g., spike-compatible signals) suitable for a neuromorphic backend. Note: This position does not involve designing
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to work effectively in multidisciplinary teams, build strategic partnerships, and present research to diverse audiences. You must contribute to teaching at the Department. DTU employs two working languages