Alberto Pabon Medina 
Incorporating charred wooden shingles and cross-laminated timber panels, the design maximizes natural ventilation and outdoor connectivity, creating a sustainable residence that blends harmoniously with its surroundings.
5 key facts about this project
01
Incorporates a wind tower for enhanced natural ventilation.
02
Utilizes 3D printed exterior walls from a natural composite material.
03
Features an innovative permeable facade that promotes rainwater absorption.
04
Integrates biophilic design elements for improved occupant well-being.
05
Utilizes locally sourced materials to reduce transportation emissions.
General keywords
Project specific keywords
The Yanna House is a contemporary architectural project that emphasizes sustainability, functionality, and connection to the natural environment. Located in a setting conducive to landscape integration, the house embodies a modern approach to residential design, characterized by efficient use of space and innovative material choices.
The architecture of Yanna House is defined by its three distinct volumes, which promote both privacy and community interaction. These separate yet unified structures facilitate a seamless flow between indoor and outdoor spaces, enhancing the living experience while prioritizing natural elements. The design employs a combination of cross-laminated timber and 3D printed exterior walls made from composite materials, positioning it at the forefront of sustainable architectural practices.
Innovative Material Selection and Construction Techniques
One notable aspect of Yanna House is its construction methodology. The use of cross-laminated timber provides a renewable option that enhances structural integrity while imparting warmth to the interior atmosphere. Alongside this, the implementation of 3D printing for exterior wall construction showcases advances in technology that optimize both design precision and material efficiency.
Additionally, the integration of natural clay in finishes supports thermal regulation, ensuring comfort throughout the seasons. The low-emissivity glass utilized in windows minimizes energy consumption by effectively managing solar gain and optimizing natural light penetration. Together, these materials reflect a conscious effort to create a building that is environmentally responsible and resource-efficient.
Innovative Design Strategies for Sustainability and Well-being
The design also places a significant emphasis on environmental sustainability through effective ventilation strategies. By incorporating operable windows and strategically positioned openings, Yanna House promotes natural airflow, reducing reliance on mechanical systems. The inclusion of a wind tower further enhances cross-ventilation, offering a passive solution for maintaining indoor air quality.
Outdoor living spaces are seamlessly integrated into the architecture, creating versatile areas for relaxation and interaction with nature. This connection is reinforced by incorporating biophilic design principles, aiming to foster occupants' emotional well-being through interaction with the surrounding environment.
To explore the architectural nuances of Yanna House further, review its architectural plans, sections, and overall designs. These documents provide insight into the functional aspects and unique architectural ideas that contribute to the project’s identity and purpose. Understanding these details will deepen your appreciation for this modern residential project and its role in advancing sustainable architecture.
The architecture of Yanna House is defined by its three distinct volumes, which promote both privacy and community interaction. These separate yet unified structures facilitate a seamless flow between indoor and outdoor spaces, enhancing the living experience while prioritizing natural elements. The design employs a combination of cross-laminated timber and 3D printed exterior walls made from composite materials, positioning it at the forefront of sustainable architectural practices.
Innovative Material Selection and Construction Techniques
One notable aspect of Yanna House is its construction methodology. The use of cross-laminated timber provides a renewable option that enhances structural integrity while imparting warmth to the interior atmosphere. Alongside this, the implementation of 3D printing for exterior wall construction showcases advances in technology that optimize both design precision and material efficiency.
Additionally, the integration of natural clay in finishes supports thermal regulation, ensuring comfort throughout the seasons. The low-emissivity glass utilized in windows minimizes energy consumption by effectively managing solar gain and optimizing natural light penetration. Together, these materials reflect a conscious effort to create a building that is environmentally responsible and resource-efficient.
Innovative Design Strategies for Sustainability and Well-being
The design also places a significant emphasis on environmental sustainability through effective ventilation strategies. By incorporating operable windows and strategically positioned openings, Yanna House promotes natural airflow, reducing reliance on mechanical systems. The inclusion of a wind tower further enhances cross-ventilation, offering a passive solution for maintaining indoor air quality.
Outdoor living spaces are seamlessly integrated into the architecture, creating versatile areas for relaxation and interaction with nature. This connection is reinforced by incorporating biophilic design principles, aiming to foster occupants' emotional well-being through interaction with the surrounding environment.
To explore the architectural nuances of Yanna House further, review its architectural plans, sections, and overall designs. These documents provide insight into the functional aspects and unique architectural ideas that contribute to the project’s identity and purpose. Understanding these details will deepen your appreciation for this modern residential project and its role in advancing sustainable architecture.
