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rare opportunity to work across the complete development chain of a medical device: from designing the sensors, through the readout electronics and data analysis, to integrating the system with
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development of advanced III-V and silicon-based semiconductor materials and optoelectronic devices using molecular beam epitaxy. The role will involve conducting independent research, developing new
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growing our team’s capability in experience/UX, agile development, security, cloud, service management and partnering. We are modernising our technology foundations, digitising the processes of the
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’ leave, a generous pension scheme, family-friendly policies, wellbeing support, and a range of travel, lifestyle and healthcare benefits. Visit https://www.ucl.ac.uk/work-at-ucl/reward-and-benefits for
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EU grant funded project and will be involved in the development AI supported diagnostic tools and assessing off-the-shelf AI-assisted technology for ophthalmic analysis and data capture, in close
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informed by world-class research. IGH aims to support the development of robust solutions to aspects of the world’s major global health challenges through scholarly outputs, education, public engagement
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Jepson laboratory and in collaboration with Dr Jenna Carpenter, you will contribute to research aimed at informing the development of a potential gene therapy for a severe neurodevelopmental disorder
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properties of molecular quantum materials in nanoparticle form. Specific objectives involve the development, characterization and integration of molecular nanocrystals into diagnostic tests. The work
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informed by world class research. IGH aims to support the development of robust solutions to aspects of the world’s major global health challenges through scholarly outputs, education, public engagement
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informed by world class research. IGH aims to support the development of robust solutions to aspects of the world’s major global health challenges through scholarly outputs, education, public engagement