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will collaborate with leading scientific and drug discovery experts within UCL and across external partner organisations. You will design and deliver biological studies across the drug discovery pipeline
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. You will design and fabricate a multiplexed readout system for a field-effect biosensor array for the ultrasensitive detection of proposed dementia biomarkers. This biosensing platform prototype will
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based at UCL while also working with the Cambridge and Argentinian sites. At the outset, this post will primarily involve trial and experimental design, ethics, data collection, and data-curation
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applications from candidates who are likely to be underrepresented in UCL’s workforce. Our department holds an Athena SWAN Gold award, in recognition of our long-term commitment and 'beacon' status in advancing
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of this position is to study the biological phenomenon of insular gigantism, whereby small mammals on island evolve increased body size. The objectives are to identify common patterns and trajectories of insular
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. The post holder will work in close partnership with industry to design and implement these sensing modes, develop core processing blocks within the FPGA, and evaluate system performance in a laboratory
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trial (RCT) design to test a comprehensive mental health assessment package for children and teens in the care system. We are interested in whether this improves outcomes for children in care, by changing
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. You will have demonstrated ability to design, execute, and analyse complex experiments, and to contribute to interdisciplinary projects. You are proactive, resourceful, and able to work both
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and high-speed electronic integrated devices and subsystems. They will also have access to a comprehensive suite of simulation tools for the design of advanced photonic and electronic integrated
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Investigator (PI) to develop the research design, data collection, data analysis, and dissemination and publication of the project’s research. The two Fellows will each be focused on distinct parts