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of transmembrane β-barrel nanopores. The group provides an interdisciplinary environment where computational method development is closely integrated with experimental validation and large dataset
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protein complexes and develops innovative methodologies for cryo-EM sample preparation. The lab has direct access to the Brussels Electron Microscopy Center (BECM), a world-class cryo-EM facility equipped
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preparation and defence of a PhD thesis in the field of urban logistics. Your PhD will focus on consumer-centric circular logistics in an urban context, developing models for more responsive, efficient and
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their physical efficiency through training, this project aims to develop software methods that allow deployed neural networks to progressively reduce their resource footprint while maintaining application
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prepare and defend a doctoral dissertation. Within the framework of the FWO SBO interdisciplinary project DINEMO (Distribution Network Management Optimisation), which aims to address systemic bottlenecks
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their development or escalation. The project aims to address this knowledge gap by examining which resources matter, when they provide protection, and under which circumstances they contribute to prevention or de
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PROJECT DESCRIPTION Research aims at developing a wind-farm control emulator by coupling large-eddy simulations and aeroelastic turbine models with meso-scale weather models to run realistic wind-farm
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the development of tools to improve end-user education and detection of social engineering attempts generated by AI systems, including emails, voice messages, online websites, and images, as well as methods
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that strengthen social housing both socially and environmentally, with the active involvement of residents and other relevant stakeholders. To this end, you will develop a stakeholder mapping for various social
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will be involved in the development of challenging and novel functionalization approaches to design activated carbons with tunable surface groups. Establishing correlations between the lignin structure