Architecture project // Recycled Rubble and Quadcore Panels in Resilient Micro-Housing for Post-Earthquake Regeneration

Recycled Rubble and Quadcore Panels in Resilient Micro-Housing for Post-Earthquake Regeneration

Authors:

Umit Karadenİz, Hanane Selmani, Demet Yilmaz Yildirim,

Ibrahim Emre Karadeli̇oğlu

Utilizing recycled rubble and QuadCore panel construction, the micro-housing initiative in Antakya offers a sustainable solution for community living and post-earthquake recovery.

5 key facts about this project

Recycled rubble from destroyed homes is integrated into landscaping and retaining walls.

QuadCore wall panels are employed for energy efficiency and reduced carbon footprint.

The design features communal courtyards to promote social interaction among residents.

Units are adaptable for various family sizes, allowing for flexibility in living arrangements.

Natural ventilation strategies are implemented to enhance indoor air quality and comfort.

General keywords

turkey micro-homes regeneration earthquake sustainability community housing antakya urban reuse

Project specific keywords

quadcore troldtekt recycled materials courtyards micro-living mediterranean climate natural ventilation adaptive reuse garden walls communal spaces

### Overview

The "Cosmic Weaver" project is focused on urban regeneration in Antakya, Turkey, following the catastrophic earthquake that impacted the region. It introduces a concept of micro-homes that not only aims to fulfill immediate housing needs but also seeks to restore urban vitality and cultural identity in a historically rich city. This initiative addresses the complexities of post-disaster recovery by intertwining modern architectural solutions with the traditional ethos of Antakya, ensuring that the new development is both functional and contextually relevant.

### Material Innovation and Sustainability

The design employs a range of sustainable materials and practices, central to its ecological philosophy. Key components include Kingston QuadCore AWP LEC Wall Panels, which minimize embodied carbon, and Kingston Troldtekt Insulation Boards, selected for their superior acoustic properties and energy efficiency. Structural elements are supported by steel construction, allowing flexibility in design. Additionally, the integration of recycled rubble into landscape features ensures that materials from demolished structures contribute to new, purposeful designs. The project also incorporates rainwater harvesting systems to promote water conservation.

### Urban Context and Layout

A focus on urban fabric is evident in the project's layout, which prioritizes social interaction among residents. The micro-home designs allow for visual connectivity across neighborhoods, supported by gardens that foster community engagement. Key spatial features include activated courtyards that provide multifunctional spaces for residents, encouraging communal activities reminiscent of traditional Antakya gathering areas. Pathways and street elements are revitalized to evoke historical characteristics, thereby maintaining a sense of familiarity for the community. The micro-homes are available in single-floor and duplex configurations, optimizing living spaces within compact footprints while enhancing the potential for communal living arrangements.