
Year:
2025
This project integrates genetically engineered E. coli into biopolymeric fibers and embroiders them directly into everyday garments, creating comfortable wearables that continuously monitor biochemical markers. By encapsulating E. coli within a protective matrix of digital embroidery, the living sensors can react to specific stimuli—like chemicals in sweat—offering real-time data collection without compromising style or comfort.
By combining advances in biofabrication, computational design, and textile engineering, this novel approach reduces bulk, promotes sustainable manufacturing practices, and delivers practical health and environmental insights. The result is an accessible, user-friendly wearable technology that expands beyond traditional devices, paving the way for more environmentally conscious and functionally diverse garments.
Team
Saurabh Mhatre (Research Scientist, CAMD), Avantika Velho (Biodesigner + Research Assistant, CAMD), Dr. Katia Zolotovsky (PI, Assistant Professor, CAMD + COS)
Collaborators:
Dr. Neel Joshi (Associate Professor, COS)
