13 algorithm-development-"Multiple"-"Prof"-"UNIS" positions at Manchester Metropolitan University in United Kingdom
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, to develop new intelligently responsive VR apps that incorporate speech recognition and meaning classification. You will help create a system that can detect live emotional content in the spoken (or sung) word
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innovation through commercialisation, and we're seeking a driven and professional Commercial Development Officer to help us deliver on these goals. This is a newly created role in the Innovation Development
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Position:AI Powered Editing Assistant Developer (KTP Associate) Based at:Spark Media Partners, Richmond Upon Thames, Surrey Salary:£37,000 - £41,000 subject to experience The role: An exciting
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an impact that can be evidenced, such as student satisfaction rates, and student employability rates. The University is making substantial investments in the Department with multiple Lecturer and Senior
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shared goals. About People and Organisational Development Empower a thriving colleague community with People and Organisational Directorate and help drive forward our inclusive, people-led culture. From
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We are seeking an exceptional Senior Research Fellow to lead the development of high-impact research in robotics and agile tooling within our pioneering Robotics Living Lab at the Manchester Fashion
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. It prioritises development of the next generation of researchers through an individualised professional development review process. About the role The Senior Research Assistant (Carbon Literacy) will
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academically challenging, we also place great importance on experimentation, creativity and developing discipline-appropriate approaches to research. Manchester School of Art is ranked second in the UK for
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, with opportunities for mentorship, training, and professional development. About the Project We are seeking a motivated and collaborative Postdoctoral Research Associate to contribute to a pioneering
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home to our translational and computational neuroscience research group, who are using advanced neuroimaging and electrophysiological techniques combined with computational modelling to develop new