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using image processing and physical modeling Expansion of the mechanistic understanding of bubble coalescence with the aid of a microchannel Cooperation and expansion of the evaluation software in
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; Machine Learning• Clinical pathways and decision support for patients with acute chest pain• AutoPiX – Explainable Deep Learning for Multimodal and Longitudinal Imaging Biomarkers in Arthritis• Speaking
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implement algorithms for image processing and analysis of multisensor data (RGB, LiDAR, hyperspectral). Design and implement explainable AI (XAI) models for the detection and quantification of grape berry
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. This appointment is part of a strategic investment in advanced imaging and analysis to address fundamental questions in cell and molecular biology. The mission of the Max Perutz Labs is to analyse and reconstitute
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independently. Knowledge of CAD, image editing, and DTP programs is desirable. Admission Requirements Completed master's or diploma degree in architecture or comparable field Excellent proficiency in written and
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multimodal imaging. The faculty also hosts the Doctoral School in Chemistry (DoSChem), whose mission is to equip doctoral students with state-of-the-art experimental, statistical, and computational methods
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these insights into therapeutic strategies. Our lab combines cutting-edge in vivo imaging, electrophysiology, and computational modeling with multiomics to bridge mechanistic understanding from the neuron
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data processing chain - from image capture, image processing/computer vision to image content analysis - using both traditional and modern machine learning and AI methods.
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advanced imaging and analysis to address fundamental questions in cell and molecular biology. The mission of the Max Perutz Labs is to analyse and reconstitute complex biological systems across scales
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PHD DEVELOPMENT AND EXPERIMENTAL VALIDATION OF UNDERGROUND SAND-BASED THERMAL ENERGY STORAGE SYSTEMS
cycles. You will contribute to the design, construction, and operation of an upscaled SMTES prototype (20-foot container scale) to investigate realistic thermal behavior, temperature stratification, and