Architecture project // Rammed Earth and Glulam Frameworks Create Flexible Living Spaces in a Desert Environment

Rammed Earth and Glulam Frameworks Create Flexible Living Spaces in a Desert Environment

Authors:

Mark Oliver Belga Trance, Rachana Palakurthi, Bonaventura Kevin Satria

Constructed with rammed earth panels and glulam frameworks, this residence integrates modular design for adaptive living within the Emirati landscape.

5 key facts about this project

Rammed earth panels provide superior thermal mass and climate adaptability.

Glulam framing allows for spacious, open interior layouts without compromising strength.

Hydroponic systems support sustainable food production within the living space.

Courtyards are designed for optimal natural ventilation and social interaction.

Modular units enable easy expansion or reconfiguration to meet changing needs.

General keywords

uae residential sustainable modular community courtyard biophilic flexibility glulam hydroponics

Project specific keywords

rammed earth hydroponic systems organic photovoltaics glulam beams emirati heritage thermal mass open-plan modular units courtyard design natural ventilation

### Project Overview

The design, titled "Walls of Tranquility," is situated in the United Arab Emirates and aims to blend traditional Emirati cultural values with contemporary architectural practices. The intent of the project is to develop a residential environment that not only prioritizes sustainability and flexibility but also encourages community interaction. By leveraging architectural strategies that honor both the local heritage and modern innovations, the project aspires to create an engaging living space for future occupants.

### Material Innovation

Key materials employed in the construction include rammed earth panels, which provide excellent thermal mass and insulation properties, thereby reflecting local traditions. A glulam frame has been utilized to create expansive, open interiors while adhering to sustainable design principles. The integration of hydroponic systems promotes self-sufficiency in food production, enhancing residents' quality of life. Additionally, organic photovoltaic cells contribute to energy efficiency, aligning with the overall commitment to sustainability. The use of geopolymer concrete further reduces carbon emissions compared to traditional concrete alternatives, reinforcing the project's environmentally conscious approach.

### Spatial Organization

The spatial layout emphasizes flexibility and multifunctionality, with rooms designed to adapt seamlessly between living, working, and recreational uses. Vertical expansion is incorporated into the design to optimize space in urban contexts. Natural light and airflow are prioritized through the inclusion of generous windows and strategic architectural placement, fostering a connection to the wider environment. Courtyards serve as essential features, promoting both social interaction and ecological diversity with gardens and recreational areas tailored for various purposes. Arches inspired by traditional Emirati design contribute to the aesthetic and functional integration of indoor and outdoor spaces, enhancing the overall user experience.