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various types of quantum hardware, for e.g. information processing (such as distributed quantum computing), sensing, and for quantum security. It is expected to be highly advantageous if such a quantum
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catalysts and processes that enables computational design rules for new catalysts, and it extends to synthesis, characterization, and testing of high-surface-area catalytic materials under realistic operating
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Responsibilities Perform metabolic modelling to simulate strain behavior and propose engineering strategies. Design biological parts for both low- and high-throughput strain construction. Analyze internal and public
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— we invite you to join us as a part-time external lecturer at DTU Compute. Our section, Embedded Systems Engineering (ESE), works at the forefront of dependable, high-performance, and adaptive computing
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are familiar with literature search can independently perform laboratory work according to method descriptions and procedures have flair for method development and troubleshooting are fluent in English and can
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collaborative mindset and willingness to mentor or support peers If you’re excited about building tools that have real-world impact and are eager to contribute to a high-functioning team, we encourage you to
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integration, power grids, energy markets, and energy analytics. You will have access to world-class experimental and digital infrastructures through the PowerLabDK platform (link ), including high-performance
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Job Description We are looking for an experienced automation scientist to join the Biofoundry in the Adaptive Laboratory Evolution team. The job You will be responsible for day-to-day operation and
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of responsibility listed: Develop assays that utilize centrifugal microfluidic pretreatment and SERS-based analysis for blood samples Drive analytical performance studies (sensitivity, precision, robustness) Engineer