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to develop novel rehabilitation techniques. This project will integrate state-of the-art technology and use a biopsychosocial lens to explore this opportunity. We will investigate how we can use detailed
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develop advanced skills in qualitative research, stakeholder engagement, and knowledge exchange, alongside being supported to publish in leading journals and present at conferences. You will also benefit
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cutting-edge geospatial AI. You will develop a scalable training pipeline to map species-level encroachment across landscapes, combining drone data with satellite products (Sentinel1/2, EnMAP, GEDI
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imaging, to develop new approaches for understanding how animals perceive and respond to complex environments. Modern zoos must balance animal welfare and natural behaviour with husbandry practice, visitor
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situations. FIFA’s innovation department has several academic collaborations developing a broader decision support system for helping match officials increase the certainty of decision making and to explore
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of this project is to develop new, scientifically valid applications of skeletal data extracted from video-based skeletal tracking for use in football. Project Objectives Compare kinematic descriptors of football
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Dalton Building at Manchester Metropolitan University. You will develop skills in computational experimentation, financial data analytics, and systemic risk modelling, with extensive opportunities
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digital health company, the research project will develop and evaluate an AI enabled rehabilitation model that identifies individual needs and connects patients to the most appropriate exercise and support
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working with adult participants across a wide age range and develop expertise in advanced biomechanical data collection and analysis techniques (e.g. optical motion capture, inertial measurement