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. You will develop the above methodologies for plausible bioplastics manufacturing and compare them against conventional systems and conduct their uncertainty analysis. You will create AI models
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Jeevartnam’s supervision. The successful applicant will join an interdisciplinary team at Surrey and will be primarily engaged in a project aiming to develop computational algorithms for the prediction
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team developing sustainable bottle technology in collaboration with our industrial partner Pulpex Ltd. (https://www.pulpex.com ). Plastic packaging remains in the environment and is difficult to recycle
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on sustainable development. With the further launch of the pan-faculty Institute for Sustainability in 2022, there has never been a more exciting time to be involved in sustainability-centred research
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paper bottle—made from 100% renewable cellulose—reduces carbon emissions by 30% vs. plastic and degrades naturally. Your work will directly enable this innovation by: Developing multiscale computational
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-related multimodal processing (audio with text and/or video), audio deep learning, or a related topic. The post holder would have experience in developing new research algorithms or methods, using languages
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individually, make a real difference. The role A highly motivated and talented researcher with solid experience in developing catalysts is sought for this Research Fellow position. The Research Fellow will be
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this innovation by: Developing multiscale computational models (microscopic to product-scale) to optimise spray coating processes for liquid barrier films. Addressing challenges in droplet dynamics, non
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empowers people to achieve this aim and to collectively, and individually, make a real difference. The role A highly motivated and talented researcher with solid experience in developing catalysts is sought