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of adaptive decision-making architectures for large-scale, complex project environments. This project is part of an ambitious research program to integrate real-time sensing, AI-based control, and governance
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in cyber-physical systems and AI-driven sensing and control for large-scale systems, the successful candidate will contribute to the development of adaptive decision-making architectures for large
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-series data interest and experience developing and working with open scientific software interest in analyzing the dynamics of complex physical systems interest in using statistical learning to infer
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University). Neuroimaging Data Analysis: Process and analyse structural and functional neuroimaging data to extract meaningful insights into brain function. Apply state-of-the-art software tools and
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disinformation. Working closely with interdisciplinary university/industry teams including psychologists, data scientists, and software engineers, the researcher will contribute to our expanding research program
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, data sciences, and/or software development. Effective communication skills, including the ability to present research findings to both technical and non-technical audiences and engage in stakeholder