This microhome project in Gothenburg, Sweden, tackles housing shortages and social integration for new refugees. It blends public and private spaces to encourage community interaction and includes sustainable features like wind power. Central to the design is a sauna, creating a balance between privacy and social connection to support residents’ integration.
This architectural project focuses on detailed spatial planning and structural design. It features precise sectional views and 3D modeling, illustrating the flow and movement within the space. The design integrates complex elements, showcasing innovative construction techniques and thoughtful spatial organization for functional living environments.
This focuses on how drawings and movement influence spatial planning between the home and public areas. It introduces digital manufacturing to build the structure with minimal components. Combining advanced fabrication with analog methods, it creates varied aluminum and timber parts. The assembly includes a steel roof designed to guide water flow. Key elements include hand-drawn wind power concepts, roof structure designs, and detailed sections of bathroom and sauna walls.
This project documents the design process and site navigation for a microhome. It includes initial sketches, movement analysis, and detailed construction drawings, illustrating how spatial planning and site context influence the architectural concept and layout.
This project explores spatial dynamics and design development for a microhome. It includes detailed mapping of movement patterns, the design of a specialized wall for windball installation, and an exploded plan highlighting these movements. The design process also covers the creation of aluminum cast prototypes with varied species and grain orientations, integrated into a custom timber frame. This frame uses advanced joinery, glue lamination, and CNC milling techniques, showcasing a blend of innovative fabrication and thoughtful architectural planning.