I was part of Trinity College's 2020 cohort of the Laidlaw Undergraduate Research & Leadership scholarship. My research dealt with European lobbying regulations. I hold a BA in Political Science in 2022 and an MSc in Public Policy from the University of Edinburgh. My current academic interests include foreign affairs and eco-social policies. 

As a junior double-majoring in Women's Menstrual Health and Computer Science, I've embarked on a path of self-discovery, delving into the complexities of women's health and its intricate connections to diverse cultures and dietary practices. My research delves into the cross-cultural implications of diet on women's menstrual health, aiming to shed light on the often-overlooked nuances of global health disparities. Growing up amidst the vibrant tapestry of Iranian and American cultures, I developed a keen awareness of how lifestyle choices profoundly impact our overall health and well-being. Inspired by this realization, I aspires to make a positive impact on the women's health industry, bridging research gaps and mitigating the discrepancies that hinder advancements in this field. My passion for menstrual health and nutrition led me to establish Aunt Flo's Kitchen, a startup dedicated to revolutionizing menstrual health through the creation of innovative snacks that naturally counteract the nutritional deficiencies causing period cramps. This entrepreneurial endeavor was born out of my research at the Laidlaw Scholars program, where I conducted an IRB-approved clinical trial under the supervision of Dr. Marla Lujan during my first summer. My second summer at Samphire Neuroscience, a FemTech startup founded by visionary researchers from Harvard and Oxford, further reinforced my commitment to addressing the critical issue of women's health. At Samphire, I gained invaluable insights into the intersection of technology and women's health, solidifying my belief in the transformative power of innovation to improve the lives of women worldwide. The Laidlaw Scholars program has played a pivotal role in shaping my life and career trajectory. It has instilled in me a deep sense of purpose, nurtured my entrepreneurial spirit, and equipped me with the tools necessary to make a meaningful impact on the lives of women. I am forever grateful for the transformative experience the Laidlaw program has provided, and I am committed to carrying forward its values of innovation, social impact, and community engagement as I pursue my passion for women's menstrual health and entrepreneurship. The Laidlaw Program has truly changed my life, and I hope it does the same to other scholars reading this. I am always eager to lend a helping hand and am committed to providing support wherever it is needed, so please do not hesitate to reach me at aaj34@cornell.edu.

Hello! I am a student strongly interested in the intersection of engineering, healthcare, and social justice. Having worked extensively in both the biomedical research and healthcare activism spheres, I believe in the power of technology to improve access to healthcare and STEM education. I am currently a Tradition Fellow and Laidlaw Scholar at Cornell University.

Hey, I'm Jackson. I'm one of the 2022 scholars at University of Leeds. My course is Mechatronics and Robotics; in particular I'm interested in the ways that technology interacts with social and political issues that are important to me, such as environmentalism, the digital divide and the racial and gender biases in algorithms. My research focusses on improving the robustness of energy storage devices, e.g. for electric vehicles and solar panels. You can read a quick summary below! The recent global shift towards electrification is raising questions concerning the robustness of current energy storage devices. Electrical vehicles require many battery cells connected together in order to provide a sufficient amount of energy to power the car and solar panels contain many generating cells connected. However, the assumptions made when designing and developing these storage devices, can become invalid due to the uncontrolled environmental conditions or unpredictable faults with individual cells in the arrangement. In order to prevent failure and premature end-of-life, a unique collection of equalisation circuits can be designed for a system. My research centers on widening the use cases for these equilisation circuits and investigating whether a single set of circuits can be designed in a way that allows it to be used for a variety of applications rather than just one.

Hi everybody. I am Mateo. I am an Experimental Physics graduate from the University of St Andrews. I am a curious, talkative and reflective individual with a love for telling and hearing stories. I am from Peru, but have moved around quite a bit having lived in Equatorial Guinea, England and now Scotland. I consider having such a multicultural background a very nourishing and essential part of my being. Consequentially, I love travelling and learning languages, and I am always happy to connect with people from all walks of life and parts of the world. When I am not busy demystifying the rules of the universe, I enjoy dancing, cooking, walking and analysing movies. I also love programming and its applications for simulating real-world physics and processing large amounts of day-to-day data. In June, I will be graduating with an Integrated Masters in Physics, however, I aspire to develop professionally outside of academia possibly in the field of data analytics. I am happy to connect with any Scholars! 

I studied Physics and Chemistry, and undertook research in synthetic and analytical inorganic chemistry. The aim of my project was to optimise the carbon dioxide adsorption behaviour (by optimising pore structure changes, gating effects and pore sizes) of merlinoite (zeolite) molecular sieves, for use in carbon capture in industry. This included development of reliable synthetic routes for merlinoites and developing an analytical model for their kinetic adsorption behaviour. The work will hopefully lead to further work, producing practical results which can be implemented to make gas purification in industrial processes, natural gas upgrading and waste processing more environmentally friendly. My Leadership in Action programme involved working with Grupo PROMESA on the circular economy by working on their "Recilcando x un Techo" recycling scheme in Mexico City, partnered with Make Sense Americas. After completing my Laidlaw scholarship, I moved on to read for a DPhil in Chemistry at the University of Oxford. Outside of studying and research, I have keen interests in writing fiction, amateur rocketry/aeronautics, cookery and philosophy. I play tennis, football and chess.

I am an MMath Mathematics student at the University of St Andrews, focusing on Applied Maths and Statistics. I have long been passionate about Mathematics, History, and Languages, studying Russian alongside my Mathematics degree. I also care strongly about education, dedicating much of my time to tutoring different levels of Mathematics to various children and teens of different ages. Through Laidlaw, I have recognised that my key strengths of confidence, communication, and curiosity can be applied to leadership and that there is no archetypal leader. 

Dan-Thi is an enthusiastic professional with +8 years of work experience in strategic marketing, business development and communication within the higher education industry. She currently works at EPFL as a Project Manager for the School enhanced learning programs (incl. the Laidlaw program). Dan-Thi likes all aspects related to her position but what she especially loves is interacting with students and helping them grow personally and professionally. Dan-Thi has lived in fast-paced environments in Asia (Hong Kong, Japan) and she is now based in Lausanne, Switzerland. She enjoys travelling and always looks for discovering new cultures. She can speak French, English and Vietnamese. You can talk with her about anything regarding food, sport and travel. She is a really bad swimmer and has absolutely no green thumb! :)

Martha graduated from Trinity College Dublin in 2024 with a First Class Honours in Law and Political Science. Her Summer 1 research project concerned Russian Military Aggression towards Ukraine.  She is passionate about public speaking and debating, which informed her Leadership in Action Project working with the English-Speaking Union (ESU) in London. She also won the 2024 European Universities Debating Championships, becoming the first Irish woman to ever do so.

Adam is a student of Political Science and Geography at Trinity College Dublin and, is a Senior Volunteer with Scouting Ireland.

Hello :) I am a year 3 student in the University of Hong Kong, studying Bachelor of Science in Speech and Hearing Sciences.

Hi, currently, I am working with Timothy Smith Network as an instructor in Boston, MA. My research was about the relation between sport entertainment industry on adults’ (sport fans) engagement in physical activity. I am majoring in accounting and minoring in finance at the University of Hong Kong. Please reach out if you want to discuss.