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Field
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innovation across semiconductor technologies, novel microchip designs and system architectures – leading to faster, cheaper, greener and overall, more power-efficient electronics. As one of nine UKRI funded AI
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other data collection methods Designing, developing and optimising computer aided design components Undertaking advanced FEA mechanical and thermal analysis combined with topological optimisation
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of employers across the UK. About the Role: The Anglia Ruskin Innovation Centre (ARIC) is a strategic partnership between ARU and The Welding Institute (TWI), with the aim of developing a comprehensive research
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will work alongside the Head of Evaluation and Observational Research and a team of Research Fellows and Research Assistants to design and implement primary research in collaboration with the Programmes
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Bristol to design and conduct in-depth ethnographic and oral-history research on the features and mechanisms of structural inequities in education. The project will use its empirical findings to facilitate
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per week (0.7 FTE) for the remaining 8 months. The project involves collaborating with primary school-communities in the city of Bristol to design and conduct in-depth ethnographic and oral-history
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practical background is essential and you should have good skills in computer aided design and mechanical fabrication techniques, as well as the ability to critically assess prototype designs based on testing
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relevant science and appropriate practical engineering experience will also be considered. A practical background is essential and you should have good skills in computer aided design and mechanical
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neuromorphic design approach drawing inspiration from how data is processed and represented in the brain and build an efficient hardware architecture based on spiking neural networks (SNNs). The project aims
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. As a key member of our research team, you'll play a vital role in co-designing and field-testing the intervention. Your responsibilities will span various research activities, including conducting