Hi! I’m Sophie Kleina, a Psychological and Behavioural Sciences student at the University of Cambridge. I’m passionate about language learning and preservation, which is why my Laidlaw research project focuses on the Kashubian language- a regional and Indigenous language of northern Poland, and a heritage I’m proud to be part of. My academic interests span sociology, linguistics, psychology, and education, and I’m especially drawn to work that supports cultural diversity, educational access, and meaningful social change. I care deeply about doing work that helps people, strengthens communities, and protects the richness of human language and identity. I’m always eager to learn from others and collaborate on projects that make a difference- feel free to connect!

A 2nd year Physical Sciences student at Trinity College Dublin. I aim to become a better leader and get a ton of research experience :)

Hello! I recently graduated with an Honours Bachelor of Science in Psychology Research from the University of Toronto. I’m passionate about youth mental health and how humour can be used to support resilience after adversity. My Summer 1 research project explored the relationship between childhood adversity, aggression, and self-regulation — deepening my understanding of the psychological impacts of early trauma. In Summer 2, I led a Leadership-in-Action project at SOS Children’s Villages in Cape Town, where I designed and facilitated a comedy-based mental health program for teens. That experience led me to found HaHaHelps — an organization that uses improv comedy to support youth mental health through accessible, community-led workshops. I'm currently piloting the full program in South Africa, with plans to expand to more communities globally. Please feel free to connect :) Linkedin: https://www.linkedin.com/in/younessrobert-tahiri Email: youness@hahahelps.org

Hi! I’m Poline, an engineering undergrad at the University of Cambridge. I am passionate about semiconductors and turning cars into sun-powered wonders. To do this, I’m exploring flexible perovskite solar cells that get attached to the curves of car roofs—think solar panels that bend instead of break! By tweaking their chemistry, we keep them efficient even when bent 🚗🌞