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for valorizing aquatic biomass in integrated value chains, from primary production to processing into innovative products and services. The main challenge in this assessment is answering prospective questions
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will address four challenges towards the first several steps in LIB recycling process (i.e., collection, diagnosing, sorting, and disassembly): Information asymmetry between different stakeholders in
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project, focusing on the design and operation of resilient manufacturing systems and factories. Global disruptions force manufacturers to pursue resilience in both their supply chain and inside
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who are selected for assessment will have the opportunity to comment on their assessment. When the hiring process is completed, a final rejection will be sent to the applicants who are not considered
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from 01.09.2025 or soon thereafter. The duration of the positions is 3 years. Project Description The positions will be part of the MADE REACT research project, focusing on the design and operation of
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(ReSealience). The project seeks to revolutionize marine biomass use by developing a universal biorefinery model for processing into valuable products such as cellulose for the textile industry and fermentable
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AI has drastically accelerated how cybercriminals can cause societal harm. The AI:DEFENCE lab addresses this threat by exploring new synergies between Natural Language Processing (NLP) and
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manipulation. Specific requirements Master's degree in Biomedical Engineering, Robotics or related fields Experience with processing and analysis of electrophysiological signals Strong programming skills (Python
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processing, optimization, or information theory; Experience in programming, e.g., in C++, Python or Matlab. Experience with quantum simulators, such as NetSquid, is a plus; Familiarity with the basic concepts
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Project Description The positions will be part of the MADE REACT research project, focusing on the design and operation of resilient manufacturing systems and factories. Global disruptions force