Strategic Objectives
• Master the science of Microbially Induced Calcium Carbonate Precipitation (MICP).
• Discover sustainable soil stabilization techniques that utilize natural biological cycles.
• Learn how to manufacture 'living bricks' with significantly lower carbon footprints.
• Explore the frontier of self-healing infrastructure and bio-mediated ground improvement.
The Core Challenge
Traditional construction relies on carbon-intensive cement and synthetic chemicals that degrade the environment and offer no adaptability.
01
The Dawn of Bio-Geotechnics
02
The Microscopic Architects
03
The Chemistry of Calcification
04
The Ureolytic Pathway
05
Soil as a Living System
06
Sporosarcina pasteurii
07
Metabolic Engineering for Construction
08
Precipitation Dynamics
09
Injecting Life into the Earth
10
Living Bricks and Bio-Masonry
11
The Nitrogen Cycle Challenge
12
Strength and Durability Testing
13
Self-Healing Concrete
14
Erosion Control and Coastal Defense
15
The Decarbonization of Construction
16
Scaling Up: From Lab to Site
17
Dust Suppression and Surface Sealing
18
The Economics of Bio-Construction
19
Regulatory Hurdles and Safety
20
Bio-Cementing on Other Worlds
21