63 software-formal-method-phd Postdoctoral positions at KINGS COLLEGE LONDON in United Kingdom
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Editing-based methods for the corrections of DNA mutations leading to cardiomyopathy. This work will be performed in primary cardiomyocytes from human iPS cells, human myocardial slices from patients and
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Humanities methods to analyse and visualise qualitative narratives of pandemic relief work which consisted of using social media, aiding online vaccination, and enabling digital surveillance in the form
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postdoctoral research associates. This is a mid-level PDRA position. The appointed person will use Digital Humanities methods to analyse and visualise qualitative narratives of pandemic relief work which
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inherited conditions. In particular, the post-holder will develop CRISPR/Cas9- and Prime Editing-based methods for the corrections of DNA mutations leading to cardiomyopathy. This work will be performed in
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Knowledge of qualitative, participatory, and creative research methods Experience in analysing qualitative data using thematic analysis and analysis software (e.g., NVivo) Demonstrated ability to work
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, or the health policy field to this project. The appointed person is expected to bring either oral history or ethnographic skills to this project. While not required to have Digital Humanities methods (eg
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history or ethnographic skills to this project. While not required to have Digital Humanities methods (eg. coding, archiving, data scraping, data visualisation, digital story-telling), they should be open
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, and non-academic outputs such as policy briefings and creative engagement. The role will report to Dr Sharli Paphitis, Senior Research Fellow in Qualitative Methods, and will be embedded in a
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Paphitis, Senior Research Fellow in Qualitative Methods, and will be embedded in a collaborative, supportive environment that values participatory and trauma-informed approaches. King’s Women’s Mental Health
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candidate will work with a three-person team of software engineers to integrated algorithms into the Epilepsy Navigation (EpiNav™) software platform for stereotactic neurosurgery planning. The successful