Strategic Objectives
• Master the integration of mycelium and algae into structural matrices.
• Understand the symbiosis between biological life and load-bearing integrity.
• Discover self-healing material properties through metabolic processes.
• Implement circular economy principles in large-scale urban design.
The Core Challenge
Traditional construction is a leading cause of carbon emissions and waste, relying on static, lifeless materials that degrade over time.
01
The Dawn of Metabolic Design
02
Bio-Based Building Blocks
03
The Mycelium Matrix
04
Photosynthetic Facades
05
Principles of Symbiosis
06
Structural Integrity in Living Systems
07
Biomineralization
08
Synthetic Biology Foundations
09
Self-Healing Materials
10
The Bioreactor Building
11
Circularity and Decomposition
12
Computational Morphogenesis
13
The Hydrogel Scaffold
14
Bio-Inspired Aesthetics
15
Urban Metabolism
16
Environmental Sensors
17
Thermal Regulation in Bio-Structures
18
Ethics of Living Materials
19
Fabrication Techniques
20
Regulatory Hurdles
21