My unique journey into space technology began in the rural parts of Maui, where I often lived in unconventional living arrangements, such as a treehouse and a yurt, often devoid of modern amenities like internet and electricity. These experiences only intensified my fascination with the night sky and ignited my lifelong dream of venturing into space.From a young age, I was fascinated by how things work, and this curiosity naturally led me to pursue engineering. My dedication to understanding the intricacies of electrical and mechanical systems has been a constant theme in my academic and professional journey. As I have begun to understand these intricacies, my curiosity has broadened and led me to question how other core sciences, such as biology, chemistry, and medicine, intersect with this technical side of engineering.As a System Schematics Intern for NASA's Orion Rocket Program, I am honored and thrilled to have contributed to the Artemis II mission. Designing and developing system schematics for various systems, from electrical power to fluid and thermal networks, allowed me to apply my skills to real-world space exploration challenges. In addition to my technical roles, I have engaged in several innovative projects, such as designing a near-production-ready prosthetic arm in SolidWorks and developing a laser engraving method for Schweitzer Engineering Laboratories' SMT stencils. These projects reflect my commitment to leveraging engineering to solve complex problems and improve lives.Currently, I am working on my capstone project, collaborating with a team of engineers to develop a cryogenic testbed for Boeing and the BSEL. This project involves maintaining precise environmental conditions to support SAF saturation experiments, pushing me to apply advanced systems design and thermofluids principles. I have always been deeply committed to community service and teamwork. My volunteer work in non-profit service, fundraising, and leadership in a science club dedicated to environmental stewardship and outreach are testaments to this commitment. With a robust background in mechanical engineering, strong analytical skills, and a solid foundation in thermofluids, engineering and systems design, and electrical engineering applications, I am excited to advance in Bioastronautical or systems engineering in graduate school. My diverse experiences and unwavering passion for learning and continued technology development will drive me to contribute to any project I work on.