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. The staff is the heart of the facility, and the experts are there to consult, train, and collaborate with users for experimental design, image acquisition and image analysis. We are looking for a motivated
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the field of computational biology, at VIB and KU Leuven. New open-design state-of-the-art research space. Access to computing cluster infrastructure at the VIB Data Core and Flemish Supercomputer Center
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Group Leader and Professor AI in Biology - Dept of Computer Science and Dept. Electrical Engineering
academic environment that encourages collaboration with top experts in biology, especially within the field of computational biology, at VIB and KUL. New open-design state-of-the-art research space. Access
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phenotyping (assessing e.g. plant body form, color, and landmarks). Therefore, we require a team player who also possesses the ability to work independently. Key Responsibilities Design, plan and implement a 3D
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experimental design tools. Design, implement, and evaluate LLM-based solutions for scientific text mining, multimodal integration of literature and biological data, and knowledge extraction to support discovery
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phenotyping (assessing e.g. plant body form, color, and landmarks). Therefore, we require a team player who also possesses the ability to work independently. Key Responsibilities Design, plan and implement a 3D
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experimental design tools. Design, implement, and evaluate LLM-based solutions for scientific text mining, multimodal integration of literature and biological data, and knowledge extraction to support discovery
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, applying state-of-the-art methods to cutting-edge biomedical questions. Design, implement, and evaluate ML and foundation-model approaches, including LLM-based solutions, for scientific text mining
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directly contribute to building a flexible, scalable, and internationally competitive platform for nanobody discovery and design. Given the lab’s strong engagement in technology transfer through spin-off
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directly contribute to building a flexible, scalable, and internationally competitive platform for nanobody discovery and design. Given the lab’s strong engagement in technology transfer through spin-off