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, you will perform benchmarking on materials candidates emerging from CAPeX and collaborative research. Key tasks include: Map out pros and cons of various strategies to upgrade the existing hardware
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with focus on hazard assessment of the new developed materials, and chemicals used in their production Perform prospective Life Cycle Assessment (pLCA) to evaluate environmental impacts across the value
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applications Co-integration of SSM-SNN cores with RISC-V processors in CMOS Hybrid analog/digital interfaces for spike generation and propagation Event-based communication protocols for ultra-low-power operation
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funding affect the subsequent performance of firms and scientists, in terms of outputs such as the number of papers, products, patents, etc. (Can an optimal applicant template be developed by training
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description. Quality and feasibility of the project. Qualifications and knowledge in relevant disciplines. Performance (grades obtained) in graduate and post-graduate studies. The recruitment process After
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ecosystems , . About DTU Aqua DTU Aqua – National Institute of Aquatic Resources – works for well-functioning oceans, rivers, and lakes where biodiversity can thrive. Our research, advisory service, and
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Neighborhood Search (LNS), which will use the developed approaches to design smarter LNS destroy/repair strategies, enabling further performance improvements. The PhD student will join a strong academic team at
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designing a sequential array of cell-based in vitro assays and associated biomarker measures Performing a comparative study with the sequential array of cell-based models and an in vivo animal study Design
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microtechnology evaluate material properties and electrochemical performance of the 3D electrodes integrate the 3D electrodes in electrochemical platforms for microbial solar cells and microbial electrosynthesis
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and enjoys working with complex, multi-disciplinary topics. In summary, the main tasks of the PhD position are: To perform research in power systems balancing with a focus on European power and energy