Recoding Smart Building
Zamalka ,Syria
Recoding Smart Building
Share
Year
2020
Client
Typology
Size m²/ft²
480/5166.68
Status
PROPOSAL
Demonstrating a synthesis of architectural ingenuity and sustainable practices, the Smart Tree Building offers a compelling model for post-war urban development in Damascus. This project showcases how innovative design can revitalize not only physical structures but also the social fabric of a community.
Situated within a Damascus suburb, the site presented unique challenges and opportunities. The existing building, bearing the scars of conflict, necessitated a sensitive and strategic renovation approach. The surrounding neighborhood, lacking in social and ecological amenities, underscored the need for a design that addressed these critical deficiencies.
Utilizing advanced 3D scanning and rapid FEM structural analysis techniques, a comprehensive assessment of the building's structural integrity was conducted. This data-driven approach facilitated the precise identification of damaged elements, including slabs, columns, and façade sections, informing the strategic integration of Kerto LVL (Laminated Veneer Lumber) for targeted reinforcement while preserving structurally sound existing components.
.jpg)
"The Smart Tree Building is a testament to the power of performance-driven design. Through rigorous analysis and the strategic deployment of Kerto LVL technology, we have achieved a structure that is not only structurally sound but also environmentally responsible, exceeding conventional standards for sustainable construction."
Bilal Baghdadi - Founder & CEO
Kerto LVL plays a crucial role in the project's structural and sustainable performance. Its exceptional strength-to-weight ratio enables long spans, facilitating the creation of the central courtyard and the system of overlapping slabs. The material's sustainable sourcing and inherently low carbon footprint contribute significantly to the building's minimized environmental impact.
The Smart Tree Building incorporates a unique vertical farming system, integrated seamlessly into its structure. This innovative approach utilizes hydroponic and aeroponic techniques to cultivate fresh produce year-round, minimizing the need for external food sources and promoting self-sufficiency. The farm not only provides a sustainable and nutritious food supply for the building's inhabitants but also enhances the local microclimate by increasing humidity and oxygen levels. Additionally, the green facade and rooftop gardens contribute to urban biodiversity, absorb pollutants, and mitigate the urban heat island effect, creating a healthier and more sustainable living environment for all.
The strategic integration of smart materials, an array of sensors, and a centralized building management system enhances the building's overall performance and responsiveness. This sophisticated technological framework enables automated control of lighting, ventilation, and resource consumption, optimizing energy efficiency and maximizing occupant comfort.
The Smart Tree Building prioritizes sustainability through a multifaceted approach encompassing material selection, passive design strategies, water resource management, and the integration of green spaces. The utilization of Kerto LVL, recycled brick, and Low-E glass minimizes embodied carbon and operational energy consumption. The central courtyard facilitates natural ventilation and daylighting, reducing reliance on mechanical systems. An integrated rainwater harvesting system further reduces potable water demand. The incorporation of a green roof, vertical gardens, and the courtyard oasis enhances biodiversity, improves local air quality, and contributes to a healthier microclimate. Finally, the Co-Living model fosters community engagement and promotes shared resource management principles.
The Smart Tree Building serves as a compelling model for holistic post-war regeneration. By synergistically integrating innovative structural engineering, smart technologies, and a steadfast commitment to sustainability, Reparametrize Ateliers has created a paradigm for resilient and socially responsible urban development within post-conflict environments. This project powerfully demonstrates the transformative capacity of architecture to heal communities, rebuild infrastructure, and cultivate a more sustainable and equitable future.
