I am a third-year Materials Science and Engineering student at the University of California, Davis, with a minor in Technology Management. My fascination with materials began in high school when I repurposed broken gadgets into small functional devices, igniting my passion for innovation. At UC Davis, I’ve worked on projects such as high-entropy metallic alloys in extreme conditions, honing my skills in materials characterization techniques like SEM and XRD. I’ve also developed Python-based models to evaluate hydrogen storage materials, combining my technical expertise with a commitment to sustainability. These experiences have shaped my vision of creating materials that drive cleaner, more efficient manufacturing processes.
Beyond academics, I’ve led teams at HackDavis, where I spearheaded the development of an app that facilitated planting 13,000 trees, and participated in community sustainability initiatives. I enjoy experimenting with 3D printing and creating functional objects, reflecting my curiosity and problem-solving mindset. Repairing household devices, like a broken blender motor, has also strengthened my hands-on troubleshooting skills. I aspire to design energy-efficient materials and manufacturing systems that align with environmental and economic goals, leveraging my technical expertise and creative approach to make a tangible impact in combating climate change. In my free time, I enjoy traveling around Asia, experimenting with recipes, and playing poker and chess.
