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expertise in AI-based optimization and machine learning applied to biological systems. - Experience with Agent-based modeling, and PK/PD modeling - Experience working with diverse, multidisciplinary research
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, etc.), and data-driven methods (optimisation, generative AI, agent-based modelling, machine learning). Our work provides decision support for policy makers, industry stakeholders, and researchers by
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-Service (MaaS) ecosystem. The work will integrate deep reinforcement learning, autonomous agent modelling, and multi-objective optimization to enable predictive simulation, real-time resource management
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at adapting our blood-brain barrier model to predict the brain permeability of extracellular vesicles and therapeutic agents. It by the use of cell culture, automation, high content imaging, TEER and
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for this PhD studentship. Please apply via the King's Apply website (https://apply.kcl.ac.uk) to the School of Cancer and Pharmaceutical Science (PhD). DO NOT CLICK ON THE APPLY BUTTON BELOW TO SUBMIT
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studentship. Please apply via the King's Apply website (https://apply.kcl.ac.uk ) to the School of Cancer and Pharmaceutical Science (PhD). DO NOT CLICK ON THE APPLY BUTTON BELOW TO SUBMIT AN APPLICATION Follow
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-Machine Interaction Software Development AI Agents Physics-informed Machine Learning Diffusion Models Synthetic Data Digital Twins Application Domains We also value experience applying AI in fields such as
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/przydatne-dokumenty/ Other working conditions Workplace: Interdisciplinary Centre for Mathematical and Computational Modelling Career opportunities: more information: https://rekrutacja-i-rozwoj.bsp.uw.edu.pl
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, agent-based modeling, active transport modes mobility, and urban accessibility assessment models; c) In case the applicant is not a native speaker of Portuguese or English, they must have language skills
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Instituto de Investigação e Inovação em Saúde da Universidade do Porto (i3S) | Portugal | about 1 month ago
on the design and fabrication of microparticulate drug delivery systems loaded with chemotherapeutic agents. These microparticulate systems will undergo comprehensive physicochemical characterization to assess