Mack-Pyramid, reconstruction and extension
Concept of the High-Rise: Efficient Land Use and Sustainability: The concept of the high-rise is centered around repurposing a quarter of the existing Mack Pyramid to create a sustainable expansion without additional land consumption. Instead of constructing on untouched ground, the existing footprint of the pyramid was utilized to build a vertical extension. The high-rise integrates multiple functions within a compact, multifunctional structure. It accommodates spaces for ateliers, exhibition areas, art trade, educational facilities, a startup center, and gastronomy. The vertical organization of these functions optimizes space usage and establishes a dynamic hub for art, culture, and innovation. The construction incorporates sustainable materials such as recycled concrete and a façade system featuring dichroic glass louvers, which provide both aesthetic appeal and functional benefits. This concept merges modern design with ecological responsibility while respecting the historical significance of the Mack Pyramid.
Climate-Adaptive School in Harim, Northern Syria
The school project in Harim, Northern Syria, is part of a residential development created for victims of the 2023 earthquake in Turkey and Syria. Designed with sustainability and resilience in mind, the school is located opposite a crescent-shaped housing complex and reflects its form through a circular layout. This design not only establishes a visual and spatial connection but also integrates harmoniously into the surrounding environment. The school building consists of three stories, accommodating 14 classrooms alongside essential facilities such as a library, computer lab, cafeteria, and a multipurpose room that spans two floors. Outdoor spaces include a main courtyard of 600 m², additional courtyards for younger children and experimental learning, and a football field shared with the residential area to promote community engagement. Sustainability is a core aspect of the design. Local materials like straw-clay bricks and prefabricated concrete elements are utilized, while renewable energy is harnessed through solar panels on the roof. The climate-adaptive features include mashrabiya-style perforated walls for ventilation, strategically placed windows for cross-ventilation, and a central water fountain in the courtyard to cool and humidify the air. The permeable courtyard floor also facilitates rainwater absorption. This project exemplifies efficient land use and environmentally responsible design, creating a safe and inspiring space for education while fostering community and sustainability.
ORA_ET_HABITA: The Space Inbetween
The ORA_ET_HABITA project combines the renovation of an existing church with energy optimization through a new façade and modern roof. The building was expanded in two directions to create additional space while preserving its original appearance. The other two sides received a modern façade, giving the impression of a new structure despite being a renovation. A residential building was planned on the site of the former community center, expanding the functionality of the site. This project merges sustainable modernization with the preservation of historical structures, creating a harmonious blend of tradition and innovation.
Project 3.1
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Project 2
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