Hello all ! My name is Freya Coogan, I'm an undergraduate student in Trinity College Dublin studying Middle Eastern and European Languages and Cultures (with an emphasis on French and Arabic). I currently live in Beirut, Lebanon and my research focuses on the differing approaches to the reform of Personal Status Law taken by Feminist NGOs in Lebanon. I'm interested in the role of civil society in the push for the implementation of anti-corruption measures and transparency and am a proud member of the American University of Beirut's Secular Club. In my spare time I host radio shows on Trinity FM and Dublin City FM that are centred around social justice, current affairs and folklore !

Trinity College Dublin joined the Laidlaw Network in 2018. The Laidlaw Programme offers undergraduate students at Trinity the opportunity to develop the knowledge, skills, and experience to become active global citizens and future leaders. Laidlaw Scholars work with an academic supervisor on a self-directed, independent research project and take part in a suite of integrated leadership development activities which culminate in a challenging applied leadership experience. Laidlaw Scholars join a community of learning, driven by curiosity and collaboration, which enables diverse voices to make a meaningful impact. The Laidlaw Programme at Trinity is open to undergraduates in the second year of a four year programme or the second/third year of a five year undergraduate/integrated masters programme.

Joel was the Laidlaw Programme Coordinator for Trinity (2018 - 2024). In this role he managed leadership development activities, student coaching, programme design, and the day-to-day support of the Laidlaw Scholars. He is currently the Equality Officer for Trinity, and works to promote equity, belonging, and non-discrimination for Trinity staff, students, and the wider Trinity community, in all areas of university life and with particular regard to the protected grounds in equality legislation. He has previously worked in a range of higher education development roles including student services and global engagement. In 2026 he is a supervisor for a Laidlaw Scholar research project entitled 'A Class Education: How does Trinity engage with class and socioeconomic status in 2026?'. He is a founder and current Co-Chair of Trinity's LGBTIQ+ Staff Network and is committed to Trinity's mission of fostering excellence and creating social good by championing an accessible, diverse higher education environment. A graduate of Trinity, he holds a B.A. (Mod.) in English Studies, and further qualifications in Learning, Development and Coaching (CIPD), EDI Policy and People; Teaching, Learning and Assessment for Academic Practice (TCD), and as a Certified Student Affairs Educator (HECSAC).

Hi! I am a final year Physics & Astrophysics student in Trinity College Dublin. My research was on radio-astronomy of the Sun with particular interest in predicting potentially disruptive solar weather and my LIA was Science Outreach with the World Science Festival in New York. Apart from physics I'm interested in running, rugby, card games and snowsports. I enjoy being outside, exercising, film/TV and reading. I am particularly interested in connecting with students from around the globe and broadening my horizons! Please feel free to contact me if you're interested in astrophysics, science outreach or have any questions about my time during Laidlaw and my other experiences!

My name is Sarah (she/her) and I study Theoretical Physics at Trinity College Dublin. My research project is about lattice stretching and depletion of electrons - I will be simulating several metals on a software called VASP, changing different aspects of their quantum properties with the ultimate aim of making the metals more magnetic. I chose this research topic because I'd really like to learn more about how physics works on the nanoscale, and how we can tailor materials on this level to give them certain properties to suit particular purposes - for example, if the metals in my project can be made more magnetic then they could be used to create longer-lasting and stronger computer hard drives.