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of stochastic multiscale approaches (micro-to-macro) describing nonlinear material behaviour (fracture propagation) by use of physics-based and data driven approach. The performance of integrated thermoplastic
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embedded in the Nanoelectronic Materials NEM department of the faculty of Science and Technology. The NEM department specialises in creating and characterising thin films and designing, modelling and
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agent, based on LLMs and Learning Sciences frameworks. The pedagogical agent will play the roles of (a) a tutor, guiding the learner through material and assessment, (b) a learning companion, answering
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of chemical technology, applied physics and biomedical technology. Our fields of application include sustainable energy, process technology and materials science, nanotechnology and technical medicine. As part
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the energy transition by 2040 puts tremendous pressure on governments and industries. The need for any nation to know the potential of its subsurface to meet the future demand for energy and raw materials, as