Programming soft matter
for tissue interfaces
and wearable systems.

My research is driven by a central question: how can soft materials be engineered to restore, reinforce, and intelligently interface with living tissue?

To address this question, I connect molecular interactions, multiscale architecture, and interface mechanics with advanced materials design and characterization. I develop programmable hydrogels, bioinspired soft matter, and functional material platforms whose structure and mechanical behavior can be precisely tuned across scales.

These materials are translated into soft-tissue interfaces and platforms for tissue regeneration, high-performance constructs for soft-tissue repair, and conformable wearable electronic devices. By uniting biological and electronic function with fundamental materials science, my work advances versatile platforms for regenerative engineering and human-centered technology.