BIO-AI MYCELIUM
2022-2023
Bio-AI Mycelium explores the potential of AI-assisted biodesign to cultivate and refine mycelium-based materials to grow into substrates that can be used for production purposes, such as automotive materials. This project investigates how AI can identify and develop bio-engineered structures to enhance the functionality and sustainability of biomaterials.
The motivation behind this work stems from a long-standing interest in sustainable design and the potential of natural sustainable materials. Drawing on experience from working with sustainable substrates in the automotive industry, this project seeks to harness the capabilities of AI to enhance the development and application of mycelium-based materials.
This project exemplifies how digital design, AI, and naturally forming materials can be used to promote environmental sustainability and drive innovation in material design, providing sustainable and biodegradable alternatives to conventional materials.
These projects featured in Issues in Science and Technology, National Academy of Sciences, January 2024
INNOVATION
By combining AI with mycelium cultivation, Bio Mycelium pioneers a new approach to material design, leveraging digital design and AI to support natural substrates that are both functional and environmentally friendly.
IMPACT
Bio Mycelium has significant implications for sustainable design and practical applications. The use of mycelium as a renewable and biodegradable material offers a viable alternative to traditional, non-sustainable materials. This project contributes to the development of eco-friendly solutions for various industrial applications.
VISION
Karle’s work with Bio Corals and Bio Mycelium represents a visionary approach to design, one that leverages the power of digital design, AI, biomimicry, and collaboration with nature to address some of the most pressing environmental challenges of our time.
