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authentic educational settings. The project combines experimental research, classroom studies and computational modelling to better understand what makes children curious, how they decide which information to
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-MMD seed funding projects and you will work with them to realise required Quantum Software and Quantum Simulations. You will also be the linking pin to real Quantum Computing hardware (e.g. at SURF
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Shape the future of AI and Computer Vision at TU Delft. Lead research. Inspire engineers. Create impact. Job description You will shape the future of computer vision and AI by developing
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, ultra-low power analog to digital converters, software-defined radio, mixer-first receivers, N-path filters and sub-sampling phase locked loops. The group is a world leader and initiator of many new
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‑secure communication (e.g., advanced QKD networks), distributed quantum computing, quantum‑secure enterprise connectivity and quantum teleportation services across metropolitan or regional distances
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include theoretical results, mathematical proofs, and computational algorithms, as well as open-source software and validation through simulations and analysis. Experimental demonstration is an option if it
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compliance with the specified requirements; supervising the development and validation of the 5G/6G NTN software protocol stack, both on board and on the ground, including end-to-end system integration and
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statistical software such as R, Python, SPSS, or Stata. Affinity with issues of climate justice, social inclusion, migration, and/or community-based research. Experience conducting comparative or mixed-methods
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evaluation, but we are primarily looking for a candidate with a strong background in computer science, artificial intelligence, applied mathematics, applied physics, or a closely related field, and with a
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integrates seamlessly with other data and compute infrastructure (such as HuggingFace, DataVerse); Contribute to the OpenML codebase and platform by making code more maintainable and reviewing community