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Field
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and Implementation of Technology: Design and develop new medical devices and software, ensuring proper implementation. • Technology Evaluation and Optimization: Conduct technical and clinical
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environments. Working closely with partners in the NEXPECH₂ project, you will analyze their materials and provide valuable insights to help optimize device performance. Additionally, you will support
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optimize reliability and performance. Conduct user training across various nanofabrication areas. Supervise laboratory activities, ensuring that students and research staff use the equipment properly and
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to climate-related problems and extreme climate events. Knowledge and application of optimization algorithms and metaheuristics for improving predictive models or analyzing large-scale datasets. Handling
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: Integration of omics data with functional and phenotypic data from NK cells (e.g., flow cytometry data, lytic activity). Pipeline Development and Maintenance: Implementation, optimization, and execution
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). o Pipeline Development and Maintenance: Implementation, optimization, and execution of efficient and reproducible workflows (pipelines) for the analysis of large volumes of biological data. o
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large amounts of data that require efficient compression techniques. This project introduces the study of new compression methodologies (classical and AI-based) and compact data structures, to optimize
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the forces transmitted through mooring chains or foundations anchored to the seafloor. Understanding these fluid-structure-sediment interactions is critical for optimizing structural stability, durability, and
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specifically, they will work on the development of machine learning methods for the optimization of wireless communication systems assisted by reconfigurable intelligent surfaces (RIS). Where to apply Website
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/Qualifications Strong motivation to tackle challenging research problems. M.Sc. or equivalent in Mathematics, Computer Science, or Electrical Engineering Strong interest in applied optimization, AI/ML, algorithm