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The Department of Electronic Systems at The Technical Faculty of IT and Design invites applications for one or more postdoc positions in the field of advanced antenna architectures for small
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non-von-Neumann computing architectures. The project explores hybrid CMOS–spintronic computing systems, leveraging emerging spin-based devices such as magnetic tunnel junctions (MTJs) to enable ultra
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collaboration with project partners. Participate in the full design cycle, from architecture to implementation, of a neuromorphic image sensor. Contribute to the design of a space-grade test setup for prototype
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cycle, from architecture to implementation, of a CMOS-based digital neuromorphic processor. Contribute to the design of a test setup for prototype validation in collaboration with the PhD student who is
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Job description - Developing device-to-architecture level models of emerging nanoscale devices (spintronic, resistive, or hybrid) for in-memory and neuromorphic computing. - Exploring hardware-level
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projects. In addition to research, the candidate(s) will contribute to teaching activities within the MSc CREATE programme and the BSc in Civil and Architectural Engineering, with an emphasis on research
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Vulnerabilities This project aims to explore the dynamic nature of the human replisome, with a focus on replisome protein architecture, replisome speed control, and replication stress responses in cancer cells. By
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primary focus on software architecture and signal processing. You will work closely with our international team of collaborators to ensure the system meets the rigorous requirements for clinical skin sample
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architectures for remote sensing super-resolution, including training strategies, loss functions, and generalization assessment. Applying and assessing explainable AI methods (e.g. Shapley values) to interpret
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to explore the dynamic nature of the human replisome, with a focus on replisome protein architecture, replisome speed control, and replication stress responses in cancer cells. By combining CRISPR-based