King’s College London

Develop pioneering computational models that decode neonatal brain connectivity. Explore the interface of neuroscience and advanced computational approaches to revolutionize understanding of brain disorders.

This project enables new understanding of brain connectivity development in infancy, addressing gaps inaccessible via traditional imaging a…

Develop innovative computational models to map neonatal brain connectivity using advanced MRI data. Gain interdisciplinary expertise combining neuroscience, neuroimaging, and mathematical modeling in a fully funded PhD …

This research challenges existing paradigms by integrating structural and functional brain data to better understand typical and atypical b…

Part-funded 3-year PhD at King’s College London focused on combining deep learning and computational histology to develop novel MRI biomarkers for liver micrometastases detection.

A fully funded 3.5-year interdisciplinary PhD at King’s College London investigating the systemic drivers and impacts of empty homes in the UK, combining social, environmental, and engineering perspectives.