This project tackles the large-scale fabrication of Engineered Living Materials (ELMs), leveraging computational design and advanced digital fabrication to integrate interactive ELMs into larger composite structures. By combining expertise in ELM research with scalable biopolymeric scaffolds, we aim to preserve the functionality of ELMs—such as environmental sensing, self-healing, and mechanical actuation—while significantly expanding their potential applications in textiles, construction, and wearable technology.

Through the use of agro-fiber–reinforced 3D printing and sophisticated design optimizations, the project ensures environmental responsiveness and scalability. Our novel approach unites biotechnology with cutting-edge fabrication techniques, opening new possibilities for sustainable design and paving the way for broader adoption of ELMs across diverse industries.