MIT PhD Candidate in Materials Science and Engineering • DoD NDSEG Fellow • Bridging Automata, AI, and Materials Design
I am a PhD candidate at MIT in Materials Science and Engineering, where I focus on uniting cellular automata and generative AI to design adaptive, sustainable, and multifunctional materials inspired by nature. My research bridges the gap between computational methods and practical materials applications.
My research journey spans diverse areas including biomaterials, bioelectronics, nanoparticle therapeutics, thin-film fabrication, and lunar materials research. This broad foundation allows me to approach materials design from multiple perspectives, combining insights from different fields to create innovative solutions.
My current research focuses on developing AI-driven approaches to materials design, particularly using cellular automata and generative models. I'm exploring how simple rules can generate complex, self-organizing structures that mimic natural systems, with applications ranging from bio-inspired materials to advanced manufacturing.
My work has been published in leading journals including npj AI, and I've led projects such as ACRE (Autonomous Casting RovEr) for NASA's BIG Idea Challenge. I'm passionate about translating fundamental research into practical applications that can benefit society.