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for incorporating thermomechanical modeling of the LPBF process into topology optimization schemes to minimize residual stress accumulation and improve printability. Using computational tools such as finite element
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machine learning. The work will be part of a Horizon pilot project aimed at realizing a scenario-based platform for the interactive and comprehensive evaluation of design solutions and mitigation strategies
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a strong emphasis on AI-driven security, digital twins, and real-time situational awareness. The position is part of a multidisciplinary research effort combining cyber security, maritime systems
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skills in English Working knowledge of statistics. High level of motivation to work both as an independent researcher and as part of an international team capacity and willingness to provide assistance in
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applications from bio-derived building blocks. The work involves chemical synthesis of monomers, polymerization, and characterization of both monomers and polymers. Part of the work will be carried out in
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systems are often introduced as part of broader smart city strategies that promise efficiency, sustainability, and improved public services in urban settings, which have become living laboratories
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writing and analytical skills Ability to work both independently and as part of a team Capacity and willingness to assist with organizational tasks relevant to the project The following experience is
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, biofouling, human factor) in full-scale ship speed-power measurements and analysis by testing various in-situ applications such Energy Saving Devices. The collected data could be used to build a digital twin
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dimensions of maritime navigation in an era shaped by automation, digitalization, and artificial intelligence. Their work emphasizes the human element in maritime operations, focusing on simulation-based