Engineering at the living–electronic interface.

Electroactive living materials.

I develop systems in which biology does more than detect or respond: it fabricates, transports charge, and enables function. My research bridges microbial electron transfer with electrochemical device design, from plant and environmental sensing to microbial synthesis of catalytic nanomaterials.

Grounded in chemical engineering, materials science, physical electronics, and microbiology, I aim to make biological interfaces more predictable, manufacturable, and useful.