Architectural Cases

Civil Architecture's Innovative Approach to Gulf Housing: The House with Seven Gardens

Traditional domestic architecture throughout the Gulf has long centered around the courtyard, with thick exterior walls and minimal street-facing openings creating inward-focused homes that prioritized shaded gardens. This design was a practical response to both the climate and cultural norms, providing natural light, ventilation, and a private outdoor space within dense urban areas. However, modern suburban housing developments in the Gulf region, characterized by detached villas and mandatory setbacks, have led to underutilized peripheral spaces that typically fail to enhance domestic life. Civil Architecture, an award-winning practice recognized by the ArchDaily 2025 Next Practices Awards, addresses this issue in their "House with Seven Gardens" in Diyar Al Muharraq, Bahrain. The project redefines these regulatory voids, transforming them into vital outdoor rooms that actively shape the home's spatial organization. This design skillfully integrates traditional environmental intelligence with contemporary planning regulations, offering a fresh perspective on residential architecture in the Gulf.

Civil Architecture Redefines Gulf Housing with "House with Seven Gardens"

In a groundbreaking project unveiled on March 11, 2026, Civil Architecture has dramatically redefined domestic living in the Gulf region with its "House with Seven Gardens." Located in Diyar Al Muharraq, Bahrain, this innovative residence moves beyond the conventional single central courtyard, instead organizing the dwelling around a collection of seven smaller gardens strategically placed along its perimeter. Each garden is intimately connected to a specific room, allowing an abundance of natural light and lush vegetation to permeate the interior spaces from various directions. This thoughtful distribution of landscape transforms the traditionally overlooked setbacks of suburban plots into dynamic, livable outdoor areas.

Moving through this unique home, occupants experience a continuous sequence of encounters with these diverse outdoor spaces. Some gardens are designed for intimate moments, while others are expansive and open, each offering distinct orientations and lighting conditions throughout the day. Windows thoughtfully frame these planted courts, corridors seamlessly extend alongside greenery, and transitions between interior and exterior are subtly layered. This approach disperses the landscape throughout the floor plan, granting individual rooms their own unique relationship with light, air, and natural elements, rather than centralizing outdoor life in a singular void.

This fragmented and individualized approach to outdoor space mirrors the evolving dynamics of contemporary domestic life. Unlike traditional courtyard houses, where daily activities revolved around a communal central area, the "House with Seven Gardens" allows each room to establish its own visual and spatial connection to the exterior. This creates a series of smaller, private environments that function both as essential environmental mediators and as intimate spaces, bridging the gap between interior comfort and the surrounding landscape.

Despite this interior richness, the building maintains a dignified and reserved presence from the street. Its exterior remains relatively enclosed, preserving privacy and minimizing direct visual interaction with the public realm—a hallmark of traditional Gulf architecture that prioritizes climatic protection. However, within the confines of the plot, the architecture gracefully unfolds toward its gardens, with light softly filtering through narrow outdoor rooms and planted courts introducing seasonal variations that subtly blur the lines between inside and out.

The "House with Seven Gardens" stands as a profound commentary on the modern urban condition of the Gulf. It acknowledges that the detached villa, a product of 20th-century urban planning, has supplanted the traditional compact courtyard house. By reinterpreting the environmental wisdom of the courtyard within these contemporary spatial constraints, Civil Architecture demonstrates that the essence of Gulf domesticity—the intertwining of climate, landscape, and daily life—can endure, not through nostalgic reconstruction, but through clever adaptation to the realities of the contemporary Gulf city.

The "House with Seven Gardens" project by Civil Architecture is a remarkable example of how thoughtful design can transform perceived limitations into innovative opportunities. By reimagining the function of suburban setbacks, the firm has not only created a beautiful and environmentally responsive home but has also offered a compelling vision for future residential architecture in the Gulf. This approach serves as a reminder that architectural tradition and modern urban development need not be in conflict, but can instead inform and enrich one another, leading to solutions that are both culturally resonant and ecologically sound. The success of this project encourages other architects to look beyond conventional boundaries and to find inspiration in the interstitial spaces that often go unnoticed.

The Aubusson Tapestry Museum: A Fusion of History, Nature, and Contemporary Design

The Aubusson Tapestry Museum Extension, designed by Projectiles, seamlessly blends contemporary architecture with the historical and natural grandeur of Aubusson. This project not only expands the museum's footprint but also enriches the visitor's experience by weaving the narratives of tapestry, local history, and the striking landscape into a cohesive whole, creating a truly immersive cultural destination.

Bridging Eras: Weaving History and Nature into Modern Architecture

The Profound Influence of the Historical Landscape

The Aubusson Tapestry Museum is situated within an extraordinary setting, deeply influenced by a rich historical tapestry and a commanding natural landscape. This historical context is shaped by centuries of textile artistry, especially since the establishment of its royal manufactory in the 14th century, which solidified Aubusson's reputation as a capital of tapestry. The natural environment is equally dramatic, characterized by a rugged granite foundation carved by the Creuse and Beauze rivers, flanked by lush, tree-covered hills. This picturesque valley town is dotted with ancient landmarks, such as the Clock Tower—a remnant of the defensive walls that once encircled Aubusson—forming a breathtaking northern panorama that frames the museum's gardens.

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Lunar Gateway: Extending Human Presence Beyond Earth

Humanity's expansion beyond Earth's confines is accelerating, with the 'technosphere' - our planet-spanning network of human-made structures and technology - now reaching into the cosmos. This article delves into the pioneering efforts of NASA's Artemis program, which is spearheading the development of the Gateway, a modular space station destined for lunar orbit. This ambitious project signifies a crucial step in extending our civilization's physical footprint beyond terrestrial limits, establishing the first permanent off-world outpost. The architectural complexities of designing for space, particularly the innovative modularity required for assembly in orbit, are central to this endeavor, pushing the boundaries of what is possible in extraterrestrial habitat construction.

The technosphere, a term coined by Peter K. Haff, describes the vast collection of human-made artifacts and infrastructure, a layer that now significantly impacts Earth's systems. With an estimated mass of 30 trillion tons, largely comprising the built environment, this human-constructed realm is predominantly shaped by architecture. However, the scope of this human-altered environment is now broadening beyond Earth. NASA's Artemis initiative is leading this interstellar leap, with a primary objective of deploying infrastructure in lunar orbit. This marks a new era where our technological and architectural imprint transcends the planet's atmosphere, establishing new footholds in the vastness of space.

At the forefront of this extraterrestrial expansion is Gateway, a pioneering modular space station set to orbit the Moon. Approximately one-fifth the scale of the International Space Station (ISS), Gateway will serve as a critical staging point for lunar surface expeditions and a long-duration research facility for deep-space exploration. The station's design hinges on modularity, a necessity given the limitations of transporting and launching massive components into space. Its construction will involve incremental assembly, allowing for flexible expansion and adaptation. Key to its functionality are two primary habitable modules: the Habitation and Logistics Outpost (HALO) and the International Habitat (I-Hab). These modules are engineered to provide the essential pressurized volume required to sustain human life in the vacuum of space, alongside advanced robotic systems for operational support.

The combined habitable volume for the crew, including the docked Orion Spacecraft, I-Hab, and HALO, will be around 30 cubic meters. This seemingly compact space is a direct consequence of the immense challenges associated with transporting substantial components to the Moon. The architectural planning for I-Hab, led by the European Space Agency (ESA) in collaboration with Thales Alenia Space Italy (TAS-I) and Liquifer Space Systems, focused on a clear functional division between HALO and I-Hab. This strategy aims to separate high-traffic, command-and-control operations in HALO from the more private and restorative environments essential for prolonged missions in I-Hab, optimizing living and working conditions for astronauts.

HALO, developed by Northrop Grumman for NASA, is envisioned as Gateway's central operational and command hub. Its design features a 3-meter diameter pressurized cylinder, equipped with three docking ports that act as vital structural junctions for the station. These ports facilitate the attachment of various components, including resupply vehicles and lunar landers, establishing HALO as the foundational interface for all other infrastructure. Once the Orion spacecraft is docked, HALO will be capable of supporting a crew of up to four astronauts for periods of up to 30 days, serving as their primary base of operations and control in lunar orbit.

Complementing HALO, the International Habitat (I-Hab), conceived by the European Space Agency (ESA), represents the second essential habitable element. Scheduled for deployment during the Artemis IV mission, I-Hab will directly connect to HALO, augmenting the station's living space by an additional 10 cubic meters. This module is specifically designed to accommodate the crew's living quarters, including sleeping areas and a shared dining space, enhancing comfort and well-being during extended missions. I-Hab will also function as a critical node, featuring four docking ports. Two ports will link I-Hab to the rest of the Gateway station, while the remaining two will provide flexible docking options for visiting spacecraft. This multi-port configuration ensures significant connectivity and scalability, enabling Gateway to expand and integrate new modules or accommodate contributions from international partners as the program progresses.

The shift of the technosphere from Earth to the lunar environment necessitates a profound rethinking of architectural principles. The Gateway outpost, in this context, serves as the leading edge of this expansion, where the survival of human life becomes entirely dependent on the integrity and functionality of this human-engineered system. This paradigm defines the emerging field of space architecture: a discipline where structures are not isolated entities but integral components of a vast logistical network spanning thousands of kilometers back to Earth. Institutions like the University of Houston have already recognized this evolving need, establishing specialized space architecture programs to train the next generation of designers and engineers for this challenging frontier.

In the airless expanse of lunar orbit and surface, the nascent technosphere will initially materialize as Gateway. Unlike its terrestrial counterpart, which arose organically from industrial and urban growth, this off-world network is deliberately engineered to create and sustain habitable, pressurized environments in space. By prioritizing modular construction, standardized docking mechanisms, and meticulous volumetric planning, the Gateway station establishes a foundational architectural model for human settlement beyond Earth. As these initial components gradually integrate with broader lunar infrastructure, they will signify the technosphere's evolution from a planetary phenomenon into an expansive, distributed, and eventually multi-planetary system.

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