Our research focuses on advancing sustainable architecture through earth materials for future decarbonization. Our design employs uniform wall panels with layered construction: The innermost part is the rammed earth layer. Then there is the straw layer, which provides insulation. And next is the retaining grids which could use the gravity and form to create the pressure to hold the soil. The outermost part is the rock layer. We will use the most suitable size for the outer iron mesh to prevent the soil surface from falling apart or blown away by wind.

We used the CLT-processing wood slab and column for the structure system of our module. The whole structure is a beam-column structure with mortise and tenon structures at the joints.

In a fragment context, a corner of our design can be reconfigured into a stove mode, showcasing adaptability. Additionally, we implement a strategic approach in the tower module, assigning specific wall panel layers to different living spaces. The rammed earth layer finds its place in bathrooms, the rock layer with iron mesh serves between living and dining areas, and the composite wall complements bedrooms. This comprehensive strategy aims to harmonize sustainable construction with practical living scenarios.