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Project summary We are looking for a talented and motivated graduate in Biosciences, Biomedicine, Human Genetics or related discipline to engage in an exciting new project at Manchester Metropolitan
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prey, even as insect populations are on the decline. This project, led by Manchester Metropolitan University in partnership with Songbird Survival and Imperial College aims to determine the extent to
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‘when’ and ‘why’ people engage in certain adverse behaviours by analysing conscious thoughts, motivations, beliefs, social influence, contextual effects (e.g., workplace surroundings), and habits
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the blockchain network that is gaining momentum in decentralised sectors and trustless environments, such as supply chain, health care records, energy network. While these quantum threats and potential solutions
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cutting-edge research project. The successful applicant will become part of our research team at the Manchester Metropolitan University Institute of Sport, equipped with state-of-the-art facilities and
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team. The key objectives of this project are: Development/programming of real-time dynamic imaging of joint motion in the Canon Sequence Development Environment. Implementation of AI models to empower
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be carried out in the Surface Engineering Laboratory at Manchester Metropolitan University (including the brand new Dalton Tower facilities), which is equipped with state-of-the-art deposition and
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carbon energy strategy on the route to net zero. The coatings will be produced and characterized in the Surface Engineering Laboratory at Manchester Metropolitan University, which is equipped with state