Pongpol Puangniyom, 
Sivarat Nettitamakorn, 
Potipong Janchawee, 
Pong Thaweepanit 
Utilizing generative 3D printed concrete and robotic construction techniques, the residence seamlessly integrates local materials and traditional design elements to provide a sustainable living environment in a desert context.
5 key facts about this project
01
Utilizes generative AI in the client design process for personalized living spaces.
02
Incorporates local clay and stone to enhance cultural relevance and sustainability.
03
Features passive cooling systems through strategically placed openings and shading.
04
Employs robotic construction methods for precision and efficiency in building.
05
Includes a central courtyard that promotes natural ventilation and biodiversity.
General keywords
The "Digital Masonry" architectural design project encompasses an innovative approach that fuses traditional masonry with contemporary technological practices. Situated in a desert suburb, the project is a response to environmental conditions while integrating advanced construction methodologies. It not only addresses the need for sustainable, functional living spaces but also engages the client directly in the design process, making it a participative experience.
The project incorporates materials such as 3D printed concrete, robotic assistance, prefabricated mashrabiyas, and glass. These elements collectively create a structure that emphasizes energy efficiency and climate responsiveness. The design addresses the challenges posed by the harsh desert environment while reflecting cultural sensibilities through its form and materials.
Emphasis on User Engagement and Local Materials
One of the defining features of this project is the innovative use of generative artificial intelligence in the design process. Clients interact with a mobile application that allows for personalized input into their living spaces. This user-centric approach fosters a sense of ownership and connection to the project, setting it apart from traditional architectural practices. The integration of local materials, such as clay and stone, not only reinforces cultural identity but also contributes to the building's sustainability, reducing the carbon footprint associated with transportation and fabrication.
Thermal Comfort and Passive Design Strategies
The architectural design employs passive cooling techniques to enhance thermal comfort. By strategically positioning openings and utilizing shade-providing structures, such as mashrabiyas, the architecture minimizes reliance on mechanical cooling systems. The multi-layered design creates semi-outdoor spaces that facilitate natural ventilation while fostering interaction with the environment. This approach not only promotes energy efficiency but also enhances the quality of the living experience within the structure.
Explore the project presentation for a comprehensive view of its architectural plans, architectural sections, and architectural ideas that illustrate the detailed design outcomes. Engaging with these materials will provide further insights into the unique aspects of the "Digital Masonry" project and its contributions to contemporary architecture.
The project incorporates materials such as 3D printed concrete, robotic assistance, prefabricated mashrabiyas, and glass. These elements collectively create a structure that emphasizes energy efficiency and climate responsiveness. The design addresses the challenges posed by the harsh desert environment while reflecting cultural sensibilities through its form and materials.
Emphasis on User Engagement and Local Materials
One of the defining features of this project is the innovative use of generative artificial intelligence in the design process. Clients interact with a mobile application that allows for personalized input into their living spaces. This user-centric approach fosters a sense of ownership and connection to the project, setting it apart from traditional architectural practices. The integration of local materials, such as clay and stone, not only reinforces cultural identity but also contributes to the building's sustainability, reducing the carbon footprint associated with transportation and fabrication.
Thermal Comfort and Passive Design Strategies
The architectural design employs passive cooling techniques to enhance thermal comfort. By strategically positioning openings and utilizing shade-providing structures, such as mashrabiyas, the architecture minimizes reliance on mechanical cooling systems. The multi-layered design creates semi-outdoor spaces that facilitate natural ventilation while fostering interaction with the environment. This approach not only promotes energy efficiency but also enhances the quality of the living experience within the structure.
Explore the project presentation for a comprehensive view of its architectural plans, architectural sections, and architectural ideas that illustrate the detailed design outcomes. Engaging with these materials will provide further insights into the unique aspects of the "Digital Masonry" project and its contributions to contemporary architecture.
