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Job Description The Novo Nordisk Foundation Biotechnology Research Institute for the Green Transition (BRIGHT) at the Technical University of Denmark (DTU) aims to accelerate the development
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professorship in AI Accelerator Circuits and Architectures. The position is aimed at candidates with a strong and documented track record in hardware accelerator development, with demonstrated experience in AI
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and teaching profiles nationally and internationally, and contribute to Aarhus University’s core activities in the areas of research, teaching and supervision, talent development and knowledge exchange
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, this position offers a unique opportunity. You will work with real robots, real sensors, and real physical interaction problems, contributing directly to the development of autonomous mining systems capable
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PhD scholarship in Mid-Infrared Frequency Comb Technology for High-Sensitivity Sensing – DTU Electro
-sensitivity sensing applications. Your responsibilities will follow the project scope described above and include laser design and development, nonlinear frequency conversion, frequency-comb stabilization and
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). The successful PhD candidate will use a combination of adaptive laboratory evolution and rational metabolic engineering to achieve these goals. In addition, they will develop growth‑coupled selection strategies
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and teaching profiles nationally and internationally, and contribute to Aarhus University’s core activities in the areas of research, teaching and supervision, talent development and knowledge exchange
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Zheng. Your job responsibilities As a postdoctoral researcher, your role will be primarily research-based. You will contribute to the development of the department through research of high international
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in international venues related to children and computing and/or artificial intelligence experience with software development or prototyping experience participating in national and international
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approaches to vibrational spectroscopy, including spectral modeling and molecular dynamics simulations Development of new spectroscopic methods for studying molecular structure and dynamics at surfaces and