I’m a nuclear engineering student at UC Berkeley with a strong interest in nuclear fission, reactor engineering, core and fuel design, and nuclear nonproliferation. I’m particularly passionate about the potential of nuclear technology to provide clean, reliable energy while addressing some of the world's most pressing challenges in decarbonization, energy security, and sustainability.

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My interest in engineering began through agricultural research, where I developed machine learning models, worked with large-scale scientific datasets, and designed AI-based systems for early crop disease detection. Through these experiences, I discovered how computational modeling and technological innovation can be used to address complex, real-world challenges. This foundation has shaped my approach to nuclear engineering, where I hope to apply my background in computational research and engineering design to advance nuclear energy technologies and explore new solutions in reactor systems, nuclear fuel, and safeguards.

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Beyond the technical side of engineering, I’m passionate about nuclear energy advocacy, science communication, and public policy. I believe that advancing nuclear technology requires not only scientific innovation, but also thoughtful policymaking, effective communication, and public engagement. Ultimately, I hope to contribute to a future where nuclear engineering plays a key role in building sustainable energy systems, strengthening global energy security, and creating meaningful societal impact!