Utilizing eco bricks and photocatalytic plaster, the residence integrates sustainable materials with cultural elements to create a harmonious living environment that promotes both community interaction and individual privacy.
5 key facts about this project
01
Utilizes a central axis to create spatial balance between communal and private areas.
02
Incorporates locally sourced eco bricks for sustainable construction and insulation.
03
Features photocatalytic plaster that purifies air and enhances façade durability.
04
Design includes large windows for optimal natural light and airflow management.
05
Integrates water features and gardens to improve microclimate and promote relaxation.
General keywords
The Kala House is an architectural project designed to reflect the duality inherent in community and individual living, centered on the principles of Islamic culture and its connection to tradition. Situated in the United Arab Emirates, this residence effectively merges contemporary architectural practices with specific cultural references.
The layout features a central axis that organizes the house into two symmetrical halves. This spatial arrangement not only provides an efficient flow but also embodies the notion of balance between the material and spiritual. The structure incorporates multiple layers, including a ground floor, podium, and upper level, which facilitate zoning of activities and spaces, ensuring privacy within communal living areas.
Distinctive Aspects of Design Approach
This project implements several unique design approaches that set it apart from conventional residential designs. One prominent feature is the incorporation of a volumetric addition that symbolizes wind, enhancing airflow and natural ventilation. This design strategy is deeply rooted in traditional Arab architecture, allowing the spaces to remain comfortable despite the local climate.
The use of materials further distinguishes Kala House. Sustainable local materials such as green bricks, camel wool fiber, and photocatalytic plaster are integrated to promote eco-friendliness and energy efficiency. The incorporation of regenerated plastic igloos demonstrates a commitment to innovative and responsible material usage. Windows made from energy-efficient glass optimize light intake while minimizing heat loss, establishing a sustainable indoor climate.
Architectural Configuration and Function
The architectural configuration of Kala House divides functional areas effectively through a podium system and layered spaces. The ground floor serves communal purposes, fostering interaction, while the upper floors provide private living quarters. Noteworthy architectural elements include large, strategically placed windows that maximize natural light and views of the garden and water features. These outdoor elements not only enhance aesthetic appeal but also serve ecological functions by assisting with climate regulation.
Incorporating a garden and water body contributes positively to the project's microclimate and provides residents with recreational space. Furthermore, the façade transitions between solid and transparent elements, guarding privacy while inviting the exterior environment into the home.
For those interested in exploring the architectural nuances of Kala House further, it is beneficial to examine the architectural plans, architectural sections, and architectural ideas that delineate this project. These elements can provide deeper insights into the thoughtful integration of cultural principles within modern design practices.
The layout features a central axis that organizes the house into two symmetrical halves. This spatial arrangement not only provides an efficient flow but also embodies the notion of balance between the material and spiritual. The structure incorporates multiple layers, including a ground floor, podium, and upper level, which facilitate zoning of activities and spaces, ensuring privacy within communal living areas.
Distinctive Aspects of Design Approach
This project implements several unique design approaches that set it apart from conventional residential designs. One prominent feature is the incorporation of a volumetric addition that symbolizes wind, enhancing airflow and natural ventilation. This design strategy is deeply rooted in traditional Arab architecture, allowing the spaces to remain comfortable despite the local climate.
The use of materials further distinguishes Kala House. Sustainable local materials such as green bricks, camel wool fiber, and photocatalytic plaster are integrated to promote eco-friendliness and energy efficiency. The incorporation of regenerated plastic igloos demonstrates a commitment to innovative and responsible material usage. Windows made from energy-efficient glass optimize light intake while minimizing heat loss, establishing a sustainable indoor climate.
Architectural Configuration and Function
The architectural configuration of Kala House divides functional areas effectively through a podium system and layered spaces. The ground floor serves communal purposes, fostering interaction, while the upper floors provide private living quarters. Noteworthy architectural elements include large, strategically placed windows that maximize natural light and views of the garden and water features. These outdoor elements not only enhance aesthetic appeal but also serve ecological functions by assisting with climate regulation.
Incorporating a garden and water body contributes positively to the project's microclimate and provides residents with recreational space. Furthermore, the façade transitions between solid and transparent elements, guarding privacy while inviting the exterior environment into the home.
For those interested in exploring the architectural nuances of Kala House further, it is beneficial to examine the architectural plans, architectural sections, and architectural ideas that delineate this project. These elements can provide deeper insights into the thoughtful integration of cultural principles within modern design practices.
