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at different timescales, exploring trade-offs between different design choices, quantizing the models, and implementing the best-performing ones in custom digital hardware, on FPGA and/or in an application
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hardware-software design for embedded systems and Embedded AI. Candidates must hold a master’s degree in electrical or computer engineering (or equivalent). Master's students who expect to graduate by
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can push the limits of conventional heat exchanger technology.In the second part of the PhD research, the candidate will contribute to the HEATCAP project (https://www.moonshotflanders.be/en/projects
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emphasis on experimentally driven research. The research should focus on reactor, process and safety engineering for the production of chemicals that are safe-and-sustainable-by-design (SSbD), within
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of gene therapy manufacturing and process innovation. The project focuses on the development and optimization of scalable bioprocesses for viral vector production and downstream purification and
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. •Exploit the reconstructed field to design a calibration (neural) model that bridges the gap between the physics-based prediction and the corrected field, ensuring physical interpretability and data
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recovery trajectories in AN. As a PhD researcher, you will:•Design, optimize, and validate data acquisition protocols for wearable-based eating behavior monitoring.•Develop robust signal processing and
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, artificial intelligence, food technology and sustainability from KU Leuven, ILVO and Artevelde University College of Applied Sciences. The PhD candidate will be responsible for:•Designing and developing
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conventional CMOS technology cannot be directly transferred and must be re-evaluated in the context of flexible electronics. The key application is to design flexible chips for low-power and side-channel
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-terrestrial communication systems design. The candidate should have a solid background in wireless communications, signal processing, and networking fundamentals. Experience with software-defined radio (SDR