I am a third-year undergraduate double majoring in Computer Science and Physics and Astrophysics at the University of Toronto, where my academic and research interests lie at the intersection of computational astrophysics and data science. Currently, I am engaged in advanced research projects focused on the simulation of black hole dynamics and the study of Lyman break galaxies, aiming to shed light on the nature of dark matter and the large-scale structure of the universe. My work leverages computational methods to model complex astrophysical phenomena, contributing to our broader understanding of cosmic evolution and the underlying forces shaping the universe.In addition to my research, I serve as a Teaching Assistant for both introductory computer science and business courses at the University of Toronto. This role allows me to guide and mentor students, enhancing their foundational understanding and analytical skills in computer science and business principles. Beyond research, I hold multiple leadership roles in academic organizations committed to advancing science, technology, and data-driven innovation. As Vice President of Logistics at the University of Toronto Machine Intelligence Student Team (UTMIST), I oversee strategic planning and coordination for large-scale events and workshops, driving engagement within the student and academic community. In my role as Vice Lead of Operations for the Google Developer Student Club (UTSC), I manage project teams, streamline operational workflows, and foster a collaborative environment where emerging technologists can develop essential skills. Additionally, as Vice President of Finance for the Data Science and Statistics Society (DS3), I lead financial planning, resource allocation, and budgeting to ensure the sustainable growth of initiatives aimed at enhancing data literacy and analytical expertise among students.My academic journey and leadership roles have equipped me with a strong foundation in scientific inquiry, strategic management, and organizational development. I am driven by a commitment to bridging scientific research with practical applications, enabling both intellectual discovery and tangible impact. As I continue to pursue opportunities in astrophysics and data science, I am keen to connect with professionals and researchers who share a vision for pioneering advancements in these fields.