16 computer-aided-design Postdoctoral research jobs at Technical University of Denmark in Denmark
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Job Description If you are excited by the challenge of understanding extinction through cutting-edge computational approaches, this postdoc offers a unique opportunity. You will help develop a
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of magnesium-based binders in different environments, with particular interest in carbonation mechanisms. You will gain hands-on experience with advanced equipment and computational modelling tools to analyse
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, reaction rules, and help establish more sophisticated rational design protocols. Ultimately, the BONDS project has the potential to allow for furthering our current understanding of fundamental processes
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build your expertise in genome engineering, pathway design, and systems biology while contributing to cutting-edge solutions for a circular carbon economy. Together with our international and
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Job Description Are you passionate about ontologies, data integration, or semantic technologies—and ready to apply them in a real-world engineering context? Would you like to help shape the future
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chatbots and other virtual assistants that can help students learn more effectively or prepare for exams, or support teachers in repetitive tasks. We are looking for a highly motivated and experienced
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the advantages of a creative and inspiring work environment shared with about 400 highly skilled and motivated colleagues. Responsibilities As a postdoc you will conduct research and assist with teaching in
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expected to involve approximately equal measure of analytical, computational, and exploratory work. You are expected to help advance the theoretical understanding, e.g., by development of new theoretical
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in time-predictable computer architecture. Designing a network-on-chip for real-time automotive systems Verify the design with modern verification methods, such as function verification and formal
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continuous-variable quantum computing using 3D cluster states and hybrid (photon number + quadrature) detection. TopQC2X (Innovation Fund Denmark): Experimental primitives for topological quantum computing