Utilizing earth and bamboo in its construction, this retreat features extensive natural ventilation and a tranquil Zen garden, creating an environment dedicated to wellness and mindfulness.
5 key facts about this project
01
Constructed primarily from local earth and bamboo, emphasizing sustainability.
02
Incorporates passive ventilation strategies to optimize indoor climate control.
03
Features a Zen garden that serves as a focal point for reflection and tranquility.
04
Utilizes recycled polycarbonate for roofing to enhance natural light entry.
05
Designed with a central passageway to improve spatial connectivity and experience.
General keywords
Project specific keywords
The Ma* architectural design project in Valle De Moses represents a harmonious blend of built and natural environments, focusing on functionality and sustainability. The project serves as a multifaceted space, incorporating a Zen garden, yoga studio, tea house, and community-oriented areas. The design emphasizes mindfulness, facilitating interactions with nature while providing a dedicated environment for wellness activities.
Spatial Organization
The layout of the project is systematically organized around a central passageway, which connects the various functional spaces. Natural light plays a significant role in bringing transparency and openness to the interior spaces, with strategically placed windows that offer views of the surrounding landscape. The integration of a Zen garden as a focal point encourages reflection and tranquility, making it a central element of the design.
Sustainability and Material Selection
What distinguishes this project from others is its meticulous approach to sustainability and materiality. The choice of earth as the primary building material contributes to the building's thermal properties, effectively regulating internal temperatures without mechanical intervention. Timber is extensively used for structural framing and finishing touches, promoting warmth and natural aesthetics. Additionally, the use of recycled polycarbonate in roofing elements aids in light transmission while ensuring energy efficiency.
Innovative Environmental Strategies
The design incorporates multiple innovative environmental strategies, including natural ventilation systems that optimize airflow through careful site orientation and window placement. Rainwater harvesting systems are integrated to manage water resources effectively, reducing reliance on municipal supplies. Furthermore, solar panels are embedded into the roof design to harness renewable energy, reinforcing the commitment to environmental stewardship.
The Ma* project exemplifies a thoughtful approach to architecture that bridges human experience with nature. For those interested in the nuances of the design, including architectural plans, sections, and ideas, further exploration of the project presentation is encouraged. Gaining a deeper understanding of the architectural elements can provide valuable insights into its conception and execution.
Spatial Organization
The layout of the project is systematically organized around a central passageway, which connects the various functional spaces. Natural light plays a significant role in bringing transparency and openness to the interior spaces, with strategically placed windows that offer views of the surrounding landscape. The integration of a Zen garden as a focal point encourages reflection and tranquility, making it a central element of the design.
Sustainability and Material Selection
What distinguishes this project from others is its meticulous approach to sustainability and materiality. The choice of earth as the primary building material contributes to the building's thermal properties, effectively regulating internal temperatures without mechanical intervention. Timber is extensively used for structural framing and finishing touches, promoting warmth and natural aesthetics. Additionally, the use of recycled polycarbonate in roofing elements aids in light transmission while ensuring energy efficiency.
Innovative Environmental Strategies
The design incorporates multiple innovative environmental strategies, including natural ventilation systems that optimize airflow through careful site orientation and window placement. Rainwater harvesting systems are integrated to manage water resources effectively, reducing reliance on municipal supplies. Furthermore, solar panels are embedded into the roof design to harness renewable energy, reinforcing the commitment to environmental stewardship.
The Ma* project exemplifies a thoughtful approach to architecture that bridges human experience with nature. For those interested in the nuances of the design, including architectural plans, sections, and ideas, further exploration of the project presentation is encouraged. Gaining a deeper understanding of the architectural elements can provide valuable insights into its conception and execution.
