TRANSPLANT: Sustainable Architecture for Syrian Refugee Housing in Turkey

TRANSPLANT : Bio shelters that make smiling is a powerful example of sustainable architecture designed around dignity, culture, and ecological responsibility. Created as a shortlisted entry for Habitats '20, the project by MEKEMTA Jodel Bismarc proposes a refugee housing model for Syrian communities in Turkey. Rather than treating shelter as a temporary object, TRANSPLANT imagines housing as a living social system where families can rebuild routines, share resources, and recover a sense of belonging.

The project responds to one of the most urgent humanitarian issues of our time: forced displacement. The presentation highlights the scale of the global refugee crisis, showing millions of displaced people, refugees, and asylum seekers across the world. Turkey is identified as one of the major refugee-hosting countries, making the site context deeply relevant. In this setting, architecture cannot remain only a formal discipline. It must become a practical tool for social support, ecological adaptation, and cultural continuity.

TRANSPLANT proposes bio shelters that make people smile by combining Syrian spatial traditions with low-impact construction methods. Its structure uses wood, while the walls are made from self-blocking mud bricks. This allows quick assembly, easy construction, and a material language connected to vernacular building practices. The design is not only about providing rooms. It is about building a habitat where displaced families can live with privacy, community, and environmental care.

Sustainable Architecture as a Humanitarian Framework

Sustainable architecture is often understood through energy efficiency, recycled materials, and ecological performance. TRANSPLANT expands that meaning. Here, sustainability is social, cultural, and environmental at the same time.

The housing system is designed for refugees who may have lost not only their homes but also their familiar patterns of daily life. The project uses architecture to restore those patterns. It creates courtyards, shared kitchens, green spaces, and communal yards that support both private family life and collective interaction. This approach makes the project more than a shelter scheme. It becomes a resilient neighborhood model.

The images show a clustered housing layout with multiple residential blocks arranged around open courts. These courtyards act as breathing spaces within the settlement. They bring light, air, shade, and social activity into the heart of the housing units. Children can play, families can gather, and residents can use the outdoor areas for gardening, meals, and informal meetings.

In this sense, TRANSPLANT uses sustainable architecture to address emotional recovery. It recognizes that people need more than walls and roofs. They need spaces that help them feel safe, connected, and respected.

Inspired by the Syrian Interior Court

One of the strongest design references in TRANSPLANT is the traditional Syrian courtyard house. The project board describes the Syrian interior court as one of the most sustainable architectural forms. It is centered on inward-looking spaces that are protected from the outside, creating privacy, shade, and communal life.

The courtyard house has a long architectural history in Syria and Iraq. It works as a climatic device and a social device. Climatically, it allows natural ventilation, reduces heat exposure, and creates shaded open space. Socially, it becomes the heart of domestic life, where families cook, eat, talk, rest, and celebrate.

TRANSPLANT adapts this tradition into a refugee housing system. The design uses common yards and green spaces to create an extended living environment for Syrian families. Instead of placing refugees into anonymous housing blocks, the project offers spatial familiarity. The courtyard becomes a memory of home, translated into a new context.

This is where the project becomes especially meaningful. It does not simply copy vernacular architecture as an aesthetic. It studies how Syrian domestic space works and then reinterprets it for a contemporary humanitarian need.

Site Context: Reyhanli and the Border Condition

The site is located in the southwestern suburbs of Reyhanli, Turkey. The project board maps the site in relation to future housing, a future park, a future cultural center, traffic routes, and a hospital. This makes the selected site strategic. It is not isolated from urban services. Instead, it is positioned within a broader support network.

The site diagrams also study climate, sun direction, and prevailing winds. These environmental readings are important because sustainable architecture must respond to local conditions. TRANSPLANT is not imagined as a generic refugee camp. It is tied to place, climate, and available urban infrastructure.

The surrounding programmatic context suggests that the project could become part of a larger social ecosystem. Housing is placed near green space, cultural infrastructure, and healthcare access. This allows the settlement to function as a community rather than a temporary storage zone for displaced people.

Housing Units Designed for Daily Life

The housing unit is shown as a compact 21-square-meter space intended to welcome six Syrians. The mezzanine allows the design to use height efficiently, creating additional sleeping or resting space without expanding the ground footprint. This vertical use of space is important in dense humanitarian housing, where land and resources are often limited.

Each unit is part of a larger cluster. The ground floor connects to green space, common yards, communal kitchens, sanitary areas, and storage. These shared functions reduce pressure on individual units while encouraging interaction between residents.

The communal kitchen is a key part of the design. Food is central to cultural identity and social life, especially for displaced communities. A shared kitchen with storage space allows families to cook together, preserve routines, and support each other. It also makes the settlement more efficient by consolidating services.

The sanitary areas are planned as part of the collective infrastructure, while the housing units maintain private domestic space. This balance between private and communal life is one of the project’s strongest architectural qualities.

Material Strategy: Wood and Self-Blocking Mud Bricks

TRANSPLANT uses a structure made of wood and walls made of self-blocking mud bricks. This material strategy is central to the project’s sustainable architecture approach.

Wood provides a lightweight structural system that can be assembled quickly. It reduces construction complexity and supports modularity. The self-blocking mud bricks allow fast wall construction without relying on highly specialized labor. Mud brick also connects the project to vernacular building traditions, especially in regions where earth-based materials have long been used for thermal comfort and affordability.

The wall texture visible in the renderings gives the housing a tactile, handmade quality. It avoids the sterile character often associated with emergency shelters. The buildings feel grounded, warm, and familiar. The use of earthy tones, exposed brick patterns, and shaded exterior walkways creates a neighborhood character that is both practical and humane.

The project’s construction logic is important because refugee housing often needs to be built quickly. However, speed should not mean poor quality. TRANSPLANT proposes a system where fast assembly can still produce spaces with identity, comfort, and climatic intelligence.

Passive Design: Sun, Wind, Rain, and Humidity

The section drawings show how the building responds to sun, rain, wind entrance, humidity, and rainwater harvesting. This turns the project into a passive environmental system.

The roof form helps manage sunlight and rain. Openings allow air movement, supporting natural ventilation through the housing units. The design also includes rainwater harvesting, which can reduce dependency on external water infrastructure and support landscape maintenance.

Solar panels are visible on the rooftops in the aerial renderings. These panels strengthen the project’s ecological performance by integrating renewable energy into the settlement. The roofs are not passive covers. They become productive environmental surfaces.

The project’s use of wind movement, roof ventilation, and shaded courtyards reduces reliance on mechanical systems. This is essential in humanitarian architecture, where long-term maintenance and energy access may be limited. Passive design makes the housing more resilient and more affordable to operate.

The Courtyard as Social Infrastructure

The renderings show courtyards filled with trees, planting, seating, and pathways. These spaces are not decorative leftovers. They are the main social infrastructure of the settlement.

In one view, residents move through a shaded pedestrian lane between brick housing blocks. Trees soften the density of the buildings, while exterior staircases activate the edges of the courtyard. In another view, a large tree becomes the symbolic center of a shared yard, with families and children occupying the space around it. The architecture frames community life without forcing it.

Another rendering shows a play area and sports ground within the housing environment. This is significant because children are often among the most vulnerable members of displaced communities. By integrating play into the settlement, TRANSPLANT supports psychological well-being, physical activity, and everyday normalcy.

The courtyards also create visibility and safety. Residents can see movement, supervise children, and engage casually with neighbors. This kind of spatial arrangement helps build trust over time.

Aerial Organization and Cluster Planning

The top views reveal a clustered settlement composed of repeated housing blocks, courtyard voids, and roof structures with solar panels. The layout avoids the monotony of linear barracks. Instead, it creates a village-like organization with multiple scales of gathering.

At the smallest scale, each family has a housing unit. At the next scale, several units share a courtyard. At the larger scale, multiple courtyards connect through pathways, green areas, and shared services. This layered organization is one reason the project works well as refugee housing design.

The aerial view also shows how greenery is distributed throughout the settlement. Trees are not pushed to the edges. They are integrated into the central courts and pedestrian areas. This gives the settlement shade, ecological value, and emotional softness.

The placement of solar panels on selected roofs shows a pragmatic approach to renewable infrastructure. The architecture becomes a framework where energy, water, social life, and domestic space are coordinated.

Vernacular Architecture Reinterpreted for Displacement

TRANSPLANT is rooted in vernacular architecture, but it is not nostalgic. It uses Syrian spatial habits as a design resource for contemporary displacement.

The project understands that refugees carry cultural memory with them. A housing project that ignores this memory can feel alienating. By bringing the Syrian interior court into the design, TRANSPLANT creates a familiar spatial language in an unfamiliar place.

This matters because architecture can either deepen displacement or soften it. Anonymous shelters may provide survival, but they often fail to support identity. TRANSPLANT proposes a more sensitive model. It uses the courtyard, shared kitchen, green edge, and material texture to help people feel connected to their past while adapting to a new environment.

The title “TRANSPLANT” is fitting. The project does not erase roots. It relocates them. It imagines architecture as a transplanting process, where cultural habits are carried into new soil and allowed to grow again.

Ecological Housing with Social Purpose

The ecological ambition of TRANSPLANT is not limited to materials. The project also considers health, clean water, reduced inequality, and adequate shelter. The presentation connects the proposal to broader sustainable development concerns, including well-being, sanitation, and social inclusion.

This is where sustainable architecture becomes a complete humanitarian tool. The design supports health through ventilation, greenery, water systems, and shared sanitary planning. It supports inclusion through communal spaces and culturally familiar layouts. It supports environmental responsibility through mud brick walls, wood structure, rainwater harvesting, and solar energy.

The project shows that refugee housing can be ecological without becoming expensive or overly technical. It can use simple systems, local climate logic, and collective planning to create meaningful impact.

Architectural Experience: Texture, Shade, and Community

The visual atmosphere of TRANSPLANT is defined by warm brick walls, timber elements, shaded walkways, planted courtyards, and human activity. The buildings are modest in scale but rich in spatial experience.

Exterior stairs allow independent access to upper units. Narrow lanes create intimate pedestrian movement. Courtyards open into shared green areas. The architecture feels porous, allowing people to move, pause, meet, and retreat.

This is a key architectural lesson from the project. Refugee housing does not need iconic form to be meaningful. It needs careful thresholds, climatic comfort, social space, and material dignity. TRANSPLANT achieves this through a quiet but effective design language.

The project’s strength lies in its ability to combine technical thinking with emotional intelligence. It is practical enough for quick assembly, but sensitive enough to support community life.

Why TRANSPLANT Matters

TRANSPLANT matters because it challenges the minimum standards of emergency housing. It asks a sharper question: what if refugee housing could be sustainable, culturally grounded, and socially healing?

By using the Syrian courtyard house as a conceptual foundation, the project gives displaced communities a sense of continuity. By using wood and self-blocking mud bricks, it promotes ecological and buildable construction. By including shared kitchens, green spaces, sports areas, and courtyards, it turns shelter into habitat.

As a shortlisted entry of Habitats '20, the project by MEKEMTA Jodel Bismarc presents a compassionate model for sustainable architecture in humanitarian contexts. It recognizes that people displaced by conflict need more than emergency accommodation. They need places where life can begin again.

TRANSPLANT: Bio shelters that make smiling is a thoughtful refugee housing proposal that places human dignity at the center of sustainable architecture. It draws from Syrian habits, vernacular courtyard planning, ecological materials, and passive environmental systems to create a housing model that is both practical and deeply humane.

The project shows how architecture can respond to displacement without reducing people to statistics. It transforms shelter into a living environment where families can cook, gather, play, garden, rest, and rebuild community.

In a world facing continued displacement and climate pressure, TRANSPLANT offers an important architectural message: sustainable refugee housing must protect the body, support the culture, and restore the possibility of home.