5 key facts about this project
The project comprises a series of modular housing units characterized by their flexible configurations. Utilizing materials such as rammed earth, recycled steel, and glass, it emphasizes sustainability and aesthetic harmony. The arrangement of units encourages social interaction while providing private spaces. Integrated green elements enhance environmental quality and user well-being, reflecting a comprehensive approach to urban planning.
Flexible Spatial Configurations
The primary design approach in “Beyond Walls” is the employment of flexible walls within the modular units. These walls can be reconfigured to allow for dynamic room layouts based on daily activities. This adaptability encourages an interactive living environment, allowing residents to tailor their spaces effectively. Moreover, the use of vegetation in both private and communal areas enriches the living experience, contributing to biodiversity and providing shaded spaces.
Integration of Sustainable Technologies
The project incorporates a range of sustainable technologies aimed at minimizing its ecological footprint. Key features include hydronic thermal tubes for efficient temperature control, solar panels for energy generation, and greywater recycling systems. These technologies are integrated seamlessly into the architectural design, highlighting the commitment to sustainability. The use of locally sourced materials, such as rammed earth, further emphasizes the project’s focus on contextual relevance and sustainability.
The "Beyond Walls" project represents a modern response to urban living, blending traditional elements with contemporary necessities. It calls for a deeper understanding of how architectural design can facilitate social interactions while maintaining environmental responsibility. For a more thorough exploration of its architectural plans, sections, and innovative design approaches, readers are encouraged to review the detailed project presentation.