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and reliability, with sub-micron spatial resolution, in the context of studying and designing new material and device structures. Prior expertise in optical laser-based systems is therefore of benefit
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degree of innovative spirit and enthusiasm to operate at the very cutting edge of functional biomaterials design. You will join this vibrant and exciting research team at the University of Bristol
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, throughout the academic year, for our students. The role holder will, using a variety of community building strategies, design, plan, and deliver multiple event series for our students living in the three
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processes and designing and implementing new procedures where needed. It is also expected that this role will support the industrial liaison activity within the school and will have contact with external
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to lead on the development of the physical activity intervention that will be delivered for Year 5 pupils in primary schools. This will be a co-design process and will include identifying the programs
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groups of such tools and other researchers engaged in the project, as well as designing, implementing and evaluating the tools with user partners of the projects (both internally and externally). Design
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record linkage cohort to enable research degerming whether conception by assisted reproductive technology (ART), compared to conception without ART, and by different types of ART affects offspring and
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design, implementation and analysis methods as well as the proper use of chemicals and equipment. You will support associated plant science laboratory-based research within the School. You will be
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: Experience with software development and experimental work in Digital Design of programmable and high-performance networks. Experience with FPGA-based implementation of encryption and decryption algorithms
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. The test is designed to improve the use of antibiotics for upper respiratory tract infections, and it is hoped it may be valuable in the fight against antibiotic resistance. The study is funded by the NIHR