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Trinity College Dublin, the University of Dublin provides a liberal environment where independence of thought is highly valued and all are encouraged to achieve their potential. They promote a diverse, interdisciplinary, inclusive environment which nurtures ground-breaking research, innovation, and creativity through engaging with issues of global significance.


Located in a beautiful campus in the heart of Dublin’s city centre, Trinity is Ireland’s highest ranked university. It is home to 22,000 undergraduate and postgraduate students across all the major disciplines in the arts and humanities, and in business, law, engineering, science, and health sciences. Trinity’s tradition of independent intellectual inquiry has produced some of the world’s finest, most original minds including the writers Oscar Wilde and Samuel Beckett (Nobel laureate), the scientists William Rowan Hamilton and Ernest Walton (Nobel laureate), the political thinker Edmund Burke, and the former President of Ireland and UNHCR Mary Robinson. This tradition finds expression today in a campus culture of scholarship, innovation, creativity, entrepreneurship and dedication to societal reform.

Trinity College Dublin will primarily contribute to the clinical model development work within the project, in WP2, contributing to tasks 2.1-2.6.

JohnKelleher

John Kelleher

Prof.

John Kelleher is the Director of the Research Ireland ADAPT Research Centre for AI Driven Digital Content Technology, and a Professor of Computer Science at the School of Computer Science and Statistics at Trinity College Dublin. John’s expertise is in machine/deep learning and natural language processing. 

Amy Jane Ryan

Amy-Jane Ryan

B.A in Biochemistry

My research investigates how genetic risk factors interact with lifestyle and clinical variables to influence stroke risk. By combining bio statistical approaches and machine learning techniques with insights from my background in biochemistry, my work aims to develop predictive models that improve the accuracy of stroke risk profiling and support more personalised prevention strategies.