13 computer-"https:"-"https:"-"https:"-"https:"-"https:"-"https:"-"INSERM" Fellowship positions at University of London
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Applications are invited for CREATE, a PhD training programme in global health, to commence in September 2027. CREATE is an exciting consortium of 5 UK Universities, with 6 partner research
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Fellow for a Wellcome Trust-funded programme examining how digital environments influence adolescent health. The candidate will lead development of a novel multimodal-GenAI framework to annotate and
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facilitate high quality research using the British Election Study alongside Professor Oliver Heath and the BES Scientific Leadership Team. Duties will include contributing to a programme of original research
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programme investigating the fundamental biology of Treponema pallidum, the causative agent of syphilis. Research on T. pallidum is particularly challenging because the bacterium depends on host cells
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, relevant experience in computer-based statistical analysis and presentation of results, demonstrated proficiency in a coding language used for data analysis, such as Python or R, proof of previous data
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, 0.8 FTE and fixed-term until 30 April 2028. The post is funded by the NIHR Public Health Research Programme and is available from 1 January 2027. The salary will be on the LSHTM salary scale, Grade 6 in
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relevance. The post offers an excellent opportunity to work on a new research programme on economic evaluations that use trial data within a highly supportive, collegiate environment. The postholder will work
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on understanding the economic consequences of health benefit package design and the resulting policy changes Supporting a capacity strengthening programme around HBP design in Rwanda and Kenya Contributing to
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available in the DELTA core function of the NIHR Maternity Disparities Consortium , a £50million national programme that aims to improve maternity and neonatal outcomes across the UK and reduce inequalities
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Council-funded programme grant. This will involve in-depth analysis of the interface between Klebsiella and the gut microbiome, leading to the discovery of microbiome consortia with enhanced colonization