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institutions to accelerate the path from research to real-world application. Your key responsibilities Drive collaboration between DTU researchers and SMEs on technology development and commercialization
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for the Organisations of Public Employees—Denmark (State) (OAO-S) and the trade union agreement for clerical staff etc. (HK/State - §35) or the collective agreement for student lecturers at universities etc. (SUL
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reproducible workflows. This position offers a unique opportunity to explore cutting-edge chip design environments while contributing to the development of educational resources and infrastructure. The job As a
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to develop this growing field further at DTU with advanced and strong atmospheric research expertise. The new professorate shall develop and increase our ability to understand, quantify and mitigate society’s
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. The starting point of the position is focused on field investigations regarding on-going projects in connection to further development and documentation of mitigation efficiency of biofilter technologies
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techniques, e.g. the use of electrons, neutrons, and photons, and to develop educational elements at BSc, MSc, and PhD levels around this. The position is a permanent faculty position, anchored both in
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environmental impact and gaining necessary societal licenses. You are expected to actively develop this area through fundraising and project development. Collaboration across universities and departments is a
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. As a process engineer you will be part of the Fabrication Support team at DTU Nanolab. You will advise students and other users on process related topics, and you will train users to use advanced
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the world. At the Novo Nordisk Foundation BRIGHT research institute at DTU, we create novel methods and technologies as a foundation for development of new environment friendly products, better and less
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communication technologies, including long-term vision and strategy development. Pioneering advanced optical technologies, applying nonlinear optical signal processing to manipulate optical quantum states