Zenab Mahajna 
Utilizing charred wooden shingles and cross-laminated timber panels, the design enhances environmental integration while serving as a sustainable residential complex near the waterfront.
5 key facts about this project
01
Utilizes charred wooden shingles for enhanced durability and aesthetics.
02
Incorporates cross-laminated timber panels for increased structural efficiency.
03
Features a bent A-frame design to optimize natural light and views.
04
Includes integrated green roof systems to promote biodiversity and thermal regulation.
05
Strategically designed public spaces encourage community interaction and outdoor engagement.
General keywords
The project I-LAT is a comprehensive architectural design that emphasizes sustainability and community integration within an urban context. It is situated near a waterfront area, benefiting from natural light and meeting the functional needs of its users. The architectural vision aims to create not only livable spaces but also environments that foster social interaction and ecological awareness.
The I-LAT project features thoughtful spatial organization that prioritizes pedestrian movement, ensuring seamless transitions between indoor and outdoor spaces. Public areas are strategically positioned, encouraging community gatherings and outdoor activities. The project utilizes a combination of materials that promote sustainability and durability. Key materials include wood for structural elements and shading devices, glass for maximizing daylight, steel for structural support, concrete for foundational aspects, and green roof systems that enhance biodiversity.
Design Innovation and Community Focus
What sets the I-LAT project apart from other urban developments is its unique design approach to shading and public space incorporation. The wooden lattice structures serve as both functional shading devices and aesthetic components that create dynamic interplay of light and shade. This design choice aids in passive climate control while also enhancing the visual experience of the building.
The integration of communal spaces is another distinctive feature of the I-LAT project. Providing terraces and green pockets within the development encourages social interaction among residents and visitors alike. These spaces are designed with flexible configurations, allowing for various activities, such as gatherings, workshops, and informal meetings.
Sustainable Design and Materiality
The project’s commitment to sustainability is evident in its selection of materials and integration of energy-efficient technologies. The extensive use of glass not only generates an inviting atmosphere through natural light but also reduces energy consumption by utilizing solar heat gain. The green roof systems effectively mitigate urban heat, contributing to the overall environmental quality of the site.
The architectural design takes into account the local climate and topography, ensuring that the building adapts to its surroundings. This responsiveness to environmental factors is a critical aspect of the design, enhancing the overall functionality and sustainability of the project.
For those interested in gaining a deeper understanding of the I-LAT project, including its architectural plans and design elements, further exploration of the presentation can provide valuable insights into its innovative architectural ideas and design outcomes.
The I-LAT project features thoughtful spatial organization that prioritizes pedestrian movement, ensuring seamless transitions between indoor and outdoor spaces. Public areas are strategically positioned, encouraging community gatherings and outdoor activities. The project utilizes a combination of materials that promote sustainability and durability. Key materials include wood for structural elements and shading devices, glass for maximizing daylight, steel for structural support, concrete for foundational aspects, and green roof systems that enhance biodiversity.
Design Innovation and Community Focus
What sets the I-LAT project apart from other urban developments is its unique design approach to shading and public space incorporation. The wooden lattice structures serve as both functional shading devices and aesthetic components that create dynamic interplay of light and shade. This design choice aids in passive climate control while also enhancing the visual experience of the building.
The integration of communal spaces is another distinctive feature of the I-LAT project. Providing terraces and green pockets within the development encourages social interaction among residents and visitors alike. These spaces are designed with flexible configurations, allowing for various activities, such as gatherings, workshops, and informal meetings.
Sustainable Design and Materiality
The project’s commitment to sustainability is evident in its selection of materials and integration of energy-efficient technologies. The extensive use of glass not only generates an inviting atmosphere through natural light but also reduces energy consumption by utilizing solar heat gain. The green roof systems effectively mitigate urban heat, contributing to the overall environmental quality of the site.
The architectural design takes into account the local climate and topography, ensuring that the building adapts to its surroundings. This responsiveness to environmental factors is a critical aspect of the design, enhancing the overall functionality and sustainability of the project.
For those interested in gaining a deeper understanding of the I-LAT project, including its architectural plans and design elements, further exploration of the presentation can provide valuable insights into its innovative architectural ideas and design outcomes.
