The Minimal Foot micro home is an architectural project designed for an eco-friendly artist colony, focusing on sustainability and community cohesion. The design integrates seamlessly with the natural landscape, utilizing an elliptical footprint to minimize environmental impact, particularly concerning existing trees and land contours. This approach allows the micro home to coexist harmoniously with its surroundings while fostering a creative living space for artists.

Sustainability and integration are at the heart of this architectural design. The micro home is constructed using innovative materials, including bamboo reinforced concrete, mud plaster, transparent solar cells, and slimline water tanks. These materials not only fulfill functional requirements but also contribute to a reduced carbon footprint and enhanced energy efficiency. The project includes elements that prioritize natural lighting and ventilation, creating a comfortable and inviting atmosphere.

Unique Design Approaches

The elliptical dome shape of this micro home distinguishes it from typical residential designs. By following the natural curvature of the landscape, the structure minimizes site disturbance, which is critical in environmentally sensitive areas. This design allows for larger openings for windows and skylights, maximizing natural light while providing expansive views of the surrounding environment.

The interior layout offers flexibility, accommodating the diverse needs of artists. The use of multifunctional spaces supports various activities, fostering creativity and collaboration among residents. The incorporation of outdoor spaces further enhances this interaction, facilitating a balance between work and relaxation, which is essential for artistic pursuits.

Architectural Details

Attention to detail is evident throughout the Minimal Foot project. The use of bamboo reinforced concrete provides structural stability while maintaining ecological integrity, linking sustainable practices with aesthetic value. Interior walls finished with mud plaster offer warmth and excellent acoustic properties, enhancing the overall living experience. The integration of transparent solar cells in skylights underscores the commitment to energy efficiency, ensuring the home harnesses natural resources effectively.

Rainwater collection systems, including slimline water tanks, are integrated into the architectural design, promoting responsible water management. These features exemplify a functional approach to sustainability, offering practical solutions for resource conservation.

This project presents a thoughtful architectural response that balances functionality, sustainability, and artistic expression. For those interested in further exploration of the project, including architectural plans, architectural sections, and architectural designs, a comprehensive presentation is available to provide deeper insights into its innovative ideas and implementation.