We do inter-disciplinary research on the interface of mechanics and material science. Broadly our research involves the following:
Fabrication, material characterization, and analysis of sustainable composites
Molecular dynamics simulations of polymers and nanofillers augmented by machine learning
Advanced manufacturing of materials using high energetics such as radio frequency and plasma
Google Scholar and Researchgate pages
I am an Assistant Professor in the Mechanical Engineering Department at the University of Washington, Seattle. My group develops next-generation sustainable and reconfigurable materials -- ranging from vitrimers and RF-heated composites to AI-designed polymers --and creates new methods for rapid manufacturing, repair, and recycling for aerospace, defense, and clean-energy applications. My work integrates fundamental mechanics, far-from-equilibrium processing, and data-driven materials design, and I am committed to training students across computational modeling, experimental characterization, and polymer physics -- basically teaching them everything from running RF experiments safely to surviving reviewer #2.
Please do check out the Research webpages on this website to learn more about what we do!
Projectile hitting a toughened composite at 850 m/s