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thereafter. Job description You will be working with antibodies targeting α-synuclein aggregates for therapy against Parkinson’s Disease. The antibodies will be engineered for optimal target engagement
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thereafter. Job description You will be working with antibodies targeting α-synuclein aggregates for therapy against Parkinson’s Disease. The antibodies will be engineered for optimal target engagement
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Two DTU Tenure Track Assistant Professors in Autonomous Modelling and in Robotic Synthesis of Ene...
) closed-loop materials discovery, e.g., Bayesian Optimization, autonomous analysis of patterns, spectral data or cell-level testing. Experience with predictive control of the synthesis robotics and reaction
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learning, operations research and optimization, developing advanced computational and decision-support methodologies for complex real-world challenges. The group conducts research spanning both
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design workflows. • Analysis of antibody-antigen interactions to guide antigen optimization and vaccine development. The exact project will be tailored to the interests and background of the successful
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collaboration and the optimization of models for embedded systems, such as NVIDIA Jetson and TensorRT will be an advantage, as will a documented ability to publish in international journals. You communicate
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DTU Tenure Track Assistant Professor in Surface Physics and Catalysis for Sustainable Energy Solu...
. Emphasis will be placed on clearly documented experience in the design, construction, integration, and sustained operation of UHV systems, evidencing the ability to independently build, optimize, and further
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-based) with emphasis on modelling, control, optimization, and real-time implementation, for example within specific Power-to-X applications. Relevant domains include (but are not limited to): Electrical
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(Bash) for automation and workflow optimization. Contribute to project management, meeting/conference presentations and journal publications and assist with preparing grant applications to establish new
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research has focused on optimizing materials chemistry to improve performance. Despite these advances, the fundamental processes governing electrochemical interfaces, particularly their degradation and