TREETOPIA

Due to constant change the world faces and development, we need architecture that responds to these changes. Buildings don’t last forever and at the end it has no value.
In the realm of innovative urban solutions, our project embodies adaptability and transformation. Rooted in the concept of flexibility, it reimagines informal settlements. A dynamic approach allows us to tailor scenarios to unique needs, that can be formed in several ways with different typologies as it offers several scenarios but one was chosen to be able to test the theory. By implementing this approach, construction time is reduced t0 60%.
chosen site, Mansheyat Naseer, which is a slum settlement in Cairo, serves as the ideal testing ground for our project.
As the project replaces the residential units offering better life quality for the residents while preserving the traces of the existing urban fabric, that accommodates recycling warehouses, garbage collectors. This preservation is incorporated into the master plan, wherein the traces layer remains true to its original. Showcasing our project’s ability to shape environments while respecting local dynamics.
The project scenario unfolds in two parts:
First part: It entails replacing demolished buildings with more flexible housing units while preserving the existing urban fabric.
Second part: The research facility for construction technology serves as a central hub for advancing construction practices and exploring innovative approaches.
The project relies on the utilization of prefabricated units specifically designed for easy assembly, disassembly, and relocation for reuse. The dimensions of these units are carefully planned to align with the architectural grid.
1. Telescopic column unit: Inspired by tree structures, this unit mimics the gradual growth of trees and provides structural support, where the unit it designed to be opened for 4 floors.
2.Core unit: Comprising two main parts, these prefabricated concrete units form the core of the structure.
3.Box section steel units: These units are assembled to create truss structures, adding strength and stability to the overall design.
4. Prefabricated slab units: Designed to be easily installed, these units serve as floor elements within the residential units.
By combining these units, multiple residential units can be generated, all of which have the ability to expand based on current needs and requirements.
5. Recycled bricks from waste materials: These bricks are designed to resemble LEGO blocks, facilitating easy assembly and enabling the creation of diverse residential units. These were chosen as they best fit in the context identity were in other scenarios it can be changed. Garbage trucks efficiently transport these units, aligning with the site’s practices. By implementing this approach, construction time is reduced,
offering quick assembly and maintenance.
These units were used also in the research center by using different treatment to the façade according to the function.

The elevated structure not only rejuvenates the urban fabric but also contributes to the revival of former agricultural land. This significance underscores the meticulous attention given to the landscape within the master plan, amplifying the project’s impact in returning the land to its origins.
In this scenario the project continuous to expand and replace the current building with new structure. However, it isn’t the sole solution.in the future if the site undergoes further development all these units isn’t permanent it can be disassembled and repurposed to create new structures with new functions.