5 key facts about this project
Modular Structure and Spatial Organization
Khalia employs a hexagonal modular design, allowing distinct living units to be interconnected in various configurations. This hexagonal layout maximizes space efficiency and fosters adaptability, ideal for accommodating different family sizes and dynamics. The central courtyard serves as a communal area, encouraging social interaction among residents while integrating outdoor living spaces. The use of precast concrete panels for walls and roofs ensures structural integrity and thermal efficiency, creating a comfortable living environment year-round.
Sustainable Design and Material Choices
Khalia distinguishes itself through its commitment to sustainability, employing a variety of eco-friendly materials and systems. The incorporation of photovoltaic panels on the roof generates renewable energy and reduces reliance on traditional power sources. Glass reinforced concrete (GRC) is utilized for both aesthetic and functional purposes, ensuring durability in external finishes while enhancing the architectural appeal. Additionally, the design includes hydroponic systems and water recycling mechanisms, which promote resource conservation and support urban agriculture.
Community Focus and Cultural Integration
The architectural design actively engages with the cultural context, reflecting local traditions while providing modern living solutions. The project encourages communal living through shared spaces, promoting a sense of belonging among residents. By integrating permeable paving in outdoor areas, Khalia also addresses effective water management and enhances the ecological footprint, emphasizing environmentally responsible development.
For more detailed insights into Khalia, including architectural plans, sections, designs, and innovative architectural ideas, we invite you to explore the project presentation further. This provides an opportunity to closely examine the unique features and technical aspects that define this remarkable residential project.