Materials science and engineering is one of the most interdisciplinary fields, with deep connections to physics, chemistry, biology, and various branches of engineering. Success in MSE often comes from connecting the dots between these areas and building bridges with the people who specialize in them. Just as cultivating connections in life is key to gaining a holistic understanding of the world, advancing in materials science requires an openness to learn from diverse perspectives. The more we take time to build partnerships and learn from each other, the more our horizons expand.

During my time at the University of Washington, my academic and personal growth has been shaped by this interconnected lens. My academic work, in particular, is guided by biomimetics- drawing inspiration from nature to address engineering challenges. Taking the time to learn from experts in other fields, as well as exploring the great outdoors, has provided me with countless opportunities to appreciate the world’s natural wonders and engineering marvels. I have seen firsthand that solutions often emerge from observing and contextualizing our understanding of nature.

Learning from nature and from those who have dedicated their lives to understanding natural systems has reshaped how I approach problem-solving, emphasizing the importance of adaptability and determination. These lessons will continue to guide my future as I strive to solve complex, interdisciplinary challenges in materials science and beyond.