8. Work Sample: Technical Case Study & Material Adaptation

This case study demonstrates the founder's technical capacity to execute complex, sustainable construction at scale, substantiating the methodology planned for the BOSG Octave Dome.

I. Core Technical Relevance: The SuperAdobe Foundation

The BOSG's dome design is based on the structural methodology of SuperAdobe earth-building technology (Cal-Earth Institute). The founder's technical preparation includes comprehensive study and a scheduled two-month CalEarth apprenticeship in Spring 2026, confirming proficiency in dome structural geometry and fabrication principles.

II. BOSG Material Adaptation: The Recycled Fabric Earthbag Innovation

The founder's innovation adapts SuperAdobe principles to address the problem of poor plaster adhesion on synthetic earthbags. The solution uses recycled, natural fabrics which are more cement-friendly.

Recycled, unstretchy fabrics are sewn into long earthbag coils.
The fabric bags are chemically treated to deter pests and left to dry.
The dried coils are then filled with a mixture of soil and cement for structural integrity.

III. Proof of Concept: Large-Scale Prototypes

The three large, unfinished Human-Tree Hybrid Sculptures currently in the fabrication stage serve as direct, large-scale prototypes for mastering the durability and structural needs of the project's external elements. These represent the initial production for the eight total sculptures planned.

Composition: Built around an internal structure of metal and plastic for stiffness, covered in recycled fabrics.
Final Stage: They will be coated externally with a thick layer of cement and enforced with strategically placed stones to achieve maximum durability and weather resistance.