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objective of developing 3D laser processing strategies for aerodynamic bearings with enhanced tribological performance. The doctoral candidate will: Leverage and extend KU Leuven’s state-of-the-art ultrashort
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advance our understanding of how human collectives move together and how this can affect the performance and resilience of both individuals and of urban infrastructures such as bridges and running tracks
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of extension based on your performance and the acquisition of additional funding. The ultimate objective is to complete your PhD within a four-year timeframe. The research will be based at campus Kulak in
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, including offshore wind, battery storage, HVDC systems and other converter-connected technologies. As a result, electromagnetic-transient (EMT) phenomena increasingly influence system stability and operation
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, digital pathology, whole-slide image analysis, self-supervised learning, foundation models, multiple-instance learning or high-performance computing is an advantage. Prior knowledge of pathology or breast
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, the demand for advanced optical vision systems has grown significantly. Current state-of-the-art vision systems face three main technological barriers: operation within a limited spectral range, with a limited
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Process Management (SBPM) by developing novel concepts, methods, and technologies that enable organizations to improve both operational performance and sustainability outcomes simultaneously. As such
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. IDLab-UAntwerp , a core research group of imec, part of the University of Antwerp, counts about 100 members. The group performs fundamental and applied research on advanced wireless communications
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programmable biomineral composites. You will perform research tasks in Work Package 2: Material Formulation, Bio-Fabrication & Characterization. Your task will focus on designing porous mineral scaffolds and
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-driven design and optimisation of high-performance and sustainable materials and structures, and adaptive and multifunctional material systems. You are motivated to conduct high-quality research and