Architecture project // 3D Printed Limestone Structures Integrated With Natural Water Channels for Sustainable Community Living

3D Printed Limestone Structures Integrated With Natural Water Channels for Sustainable Community Living

Authors:

Beatrice Boselli, Rashi Pravin Desadla ,

Deniss Zeile, Luc Jean Ferhat Izri, Nathalie Schlomit Rozencwajg Ép Ciolek

Utilizing 3D printed limestone and integrated water channels, the design creates a sustainable residential community that enhances both energy efficiency and social interaction.

5 key facts about this project

Utilizes 3D printing technology for limestone construction, enhancing precision and reducing waste.

Incorporates a central water channel that improves microclimate and promotes ecological sustainability.

Features modular housing layouts that allow for adaptable living spaces as family needs evolve.

Integrates smart technology for energy management, optimizing resource consumption.

Reflects traditional Bedouin architectural influences while employing modern construction methods.

General keywords

dubai residential sustainable community technology 3d printing flexibility courtyard energy-efficient local materials

Project specific keywords

limestone 3d printing water channel bedouin influence solar panels modular layouts smart technology passive design community pathways ventilated spaces

### Overview

Located in Dubai, UAE, the "Digital Calligraphy" project exemplifies a commitment to sustainable residential living through the integration of advanced technology, community-centric design, and environmental efficiency. The design concept draws inspiration from traditional Bedouin settlements while incorporating modern technological advancements, aiming to create a residential experience that harmonizes cultural heritage with contemporary needs.

### Community-Centric Design

User-centered design principles guide the planning and construction phases, harnessing the input of future residents throughout the process. This participatory approach facilitates customization of living spaces, allowing for individual lifestyle preferences within a cohesive community framework. Central to this design is the emphasis on communal living, which encourages social interaction while maintaining personal privacy. The layout includes tree-shaded sidewalks and a central water channel that enhances the microclimate while serving aesthetic and functional roles.

#### Housing Adaptability

The housing typologies reflect flexibility in design, accommodating various family structures and needs. Modifiable layouts enable easy expansion or renovation, emphasizing a long-term approach to sustainability. Courtyards and adaptable Majlis spaces within the interiors are designed to foster family gatherings and communal activities while ensuring privacy.

### Material Selection and Construction Techniques

Material choices play a critical role in achieving both aesthetic and functional objectives. Limestone serves as a primary structural element, valued for its thermal properties and regional availability. The use of 3D-printed limestone-based concrete for walls and facades allows for customizable designs and efficient construction methods. Solar panels are integrated into energy systems to promote renewable electricity generation, while interior spaces utilize wood and sustainable fabrics to enhance comfort and environmental responsibility.

Innovative construction methodologies such as robotic arms for brick placement illustrate the project's commitment to reducing labor costs and improving build accuracy. These advancements, coupled with a focus on environmentally conscious practices, highlight the forward-looking vision that underscores the architectural intent of "Digital Calligraphy."