Mycelium 3D Printing: Yong Ju Lee’s Pavilion in Seoul
Here’s a breakdown of teh data presented in the text, focusing on the key aspects of the Mycelial Hut project:
Core Concept:
* Bio-Integrated Architecture: The project aims to move beyond customary “eco-friendly” design and towards buildings that are alive, growable, decomposable, and integrated with their surrounding ecosystems.
* Sustainable Materials: It challenges the dominance of concrete and steel by utilizing mycelium (the root structure of fungi) as a primary building material. Mycelium is biodegradable, recyclable, and regenerative.
How it’s Made:
* Robotic 3D Printing: Industrial robotic arms are used to create customized molds.
* Mycelium Substrate: These molds are then filled with carefully selected mycelium mixtures. The team extensively tested different mycelium types to optimize growth,density,and structural integrity.
* Growth Process: The mycelium grows within the molds, effectively ”cultivating” the structure rather than manufacturing it.
Project Details:
* Name: Mycelial Hut
* Location: SeoulTech campus, Seoul, South Korea
* Design Firm: Yong Ju Lee Architecture (Seoul & New York)
* Collaboration: Developed with the Robotic Fabrication Studio (RFS) at Seoul National University of Science and Technology.
* Purpose: To demonstrate a vision of a future where buildings are grown and integrated with nature, offering a tangible example of sustainable architecture.
Significance:
* Addressing Carbon Emissions: The project directly addresses the significant carbon footprint of the construction industry.
* Shifting Paradigm: It proposes a basic shift in how we think about building materials and the building process itself.
* Future Vision: It invites consideration of a future where buildings are not static, manufactured objects, but dynamic, living components of the environment.