Reborn: Earthquake Resilient Architecture for Survival, Hope, and Urban Recovery in Tabriz

Project by Soheib Rahmani

Editor’s Choice entry of Reborn

A Plan for Survival, Built Around Hope

What is life like after a crisis? For those who lose their homes, streets, routines, and sense of safety in a single moment, survival is not only a matter of shelter. It is also a matter of time, memory, dignity, and hope. Reborn, Plan and Hope for Survival, a project by Soheib Rahmani, approaches this question through the lens of earthquake resilient architecture, proposing a framework where emergency response, urban repair, and community rebuilding become one connected system.

The project is Reborn,Plan HOPE set in Tabriz, Iran, a city with a deep historical identity and a vulnerable seismic condition. Rather than treating disaster recovery as a temporary technical operation, Reborn studies the city as a living organism. Its proposal begins with the existing urban fabric, the social habits of people, the historic logic of bazaars, gardens, homes, and neighbourhoods, and the psychological burden that follows an earthquake.

Reborn does not simply ask how architecture can provide a roof after disaster. It asks how architecture can restore life.

Earthquake Resilient Architecture as Urban Strategy

The selected SEO keyword, earthquake resilient architecture, fits the project because Reborn works beyond the scale of a single building. It treats resilience as an urban condition. The design identifies weak areas, vacant plots, main exit routes, hospitals, subway stations, open spaces, green zones, and temporary camp locations. These are not isolated pieces of infrastructure. In the proposal, they become part of a coordinated survival network.

The project’s mapping system studies Tabriz through multiple layers: access, evacuation, safety, historical continuity, existing blocks, and possible reconstruction zones. City blocks are analysed according to their accessibility and their potential to support vulnerable communities during and after a seismic event. The result is a strategic reading of the city where architecture, planning, emergency response, and public life overlap.

In this sense, Reborn positions earthquake resilient architecture as both a physical and social tool. It is about buildings that can expand, adapt, and be reused. It is also about neighbourhoods that can guide people toward safety, offer temporary refuge, and later support a return to ordinary life.

Learning from Tabriz and Its Historical Urban Fabric

A major strength of Reborn is its attention to context. The project does not erase Tabriz’s history in the name of emergency planning. Instead, it studies the city’s cultural and commercial structure as a foundation for recovery.

The presentation highlights the role of Tabriz’s historic bazaar, traditional urban streets, gardens, public buildings, and neighbourhood logic. Commerce is described not only as an economic activity but as a social and ethical system that supports relations between communities. This reading is important because post-disaster architecture often fails when it treats affected people as numbers rather than as communities with histories, habits, and identities.

The proposal also refers to Bagh-e Shomal, a historically significant urban area associated with gardens, celebrations, cultural exchange, and public memory. By studying such elements, the project argues that rebuilding after an earthquake should not produce anonymous housing blocks. It should protect continuity, memory, and the cultural intelligence of the place.

From Emergency Shelter to Neighbourhood Recovery

Reborn works through phases. The first phase focuses on immediate reaction: awareness, safe paths, open spaces, exit ways, and temporary camps. The second phase introduces architectural intervention, using existing buildings and accessible materials to create livable residential spaces. The third phase deals with longer-term recovery, where temporary shelter can evolve into a more stable neighbourhood structure.

This phased model is one of the project’s most compelling contributions to earthquake resilient architecture. It does not separate emergency shelter from future housing. Instead, it proposes a system where temporary structures, modular homes, and reused materials can transition into more permanent urban life.

The project suggests that some existing buildings can be reused with modifications. This reduces the need for total demolition and allows local materials, familiar spatial patterns, and existing infrastructure to become part of the recovery process. The result is not a blank-slate reconstruction plan but a practical method for repairing the city from within.

Modular Housing and Scalable Construction

The housing system in Reborn is designed around flexibility. The project presents two house patterns, including smaller and larger residential models that can respond to different family sizes and durations of stay. The diagrams show units that can expand over time, with layouts arranged around courtyards, alleys, gathering areas, and shared circulation.

The construction logic is direct and pragmatic. The exploded diagrams show lightweight structural frames, modular panels, brick finishes, insulation layers, roof components, and reusable elements. The project proposes construction systems that can be assembled quickly, removed without major waste, and reused in future rebuilding processes.

This is where the idea becomes especially relevant to earthquake resilient architecture. A resilient post-disaster system must not depend entirely on expensive technologies or highly specialized labour. Reborn instead looks toward accessible construction, local identity, modular assembly, and adaptability. The architecture is designed to be fast enough for emergency conditions but dignified enough to become a place of living.

Public Space as a Tool for Psychological Recovery

Reborn understands that the trauma of disaster is not solved by providing walls alone. The project repeatedly returns to the idea of hope. The visual panels show people gathering, children playing, neighbours walking through alleys, and courtyards becoming shared spaces. These images make a clear point: after a crisis, public life is part of healing.

The proposal includes gathering areas, internal courtyards, green zones, safe open spaces, and paths between residential blocks. These are not decorative spaces. They are psychological and social infrastructure. They allow people to see one another, help one another, and slowly rebuild a sense of normal life.

The project’s FAQ section reinforces this point. It explains that post-disaster architecture must restore a sense of security and reduce psychological pressure. The design considers how spatial relationships, neighbourhood patterns, family proximity, and cultural habits can influence mental recovery. This gives the project a deeper human dimension.

Access, Exit Routes, and Crisis Organization

A key part of Reborn is its study of movement. The project identifies main exit ways, safe spaces, multiple-use spaces, and connections between neighbourhoods. It maps how people can move through the city during a disaster and how services can reach affected populations.

The proposal also introduces temporary camps and base camps connected to transportation systems. These are supported by diagrams showing service movement, food distribution, medical care, crisis organization, and the transfer of people from unsafe zones to safer areas.

This strategy is critical because earthquake resilient architecture cannot be limited to structurally safe buildings. It must include evacuation logic, road hierarchy, open-space planning, medical access, emergency gathering points, and clear connections between residential zones and support services.

Reborn treats these systems as part of architecture itself.

The Role of Empty Spaces in Urban Resilience

One of the project’s most valuable urban observations is its use of empty or underused spaces. In dense cities, vacant land is often seen as a leftover condition. Reborn redefines it as emergency infrastructure.

The proposal identifies vacant sites in the northern, southern, eastern, and western margins of the study area and considers how they can become temporary camps, safe gathering points, or future residential support zones. These spaces can reduce pressure on damaged neighbourhoods and provide immediate options for shelter and services.

By doing this, the project transforms urban voids into active components of earthquake resilient architecture. It also suggests that every city should understand its unused land not only as development potential but as a critical survival resource.

Reuse, Repair, and Environmental Responsibility

Reborn’s design philosophy is not based on large-scale demolition. Instead, it promotes reuse, repair, relocation, and recycling. The project’s diagrams show a progression from maintaining historical elements to reusing materials and allowing settlements to grow with minimal waste.

This is significant because post-disaster reconstruction often creates additional environmental damage through debris, rushed construction, and imported materials. Reborn proposes a more responsible approach: use what exists, adapt what can survive, and build with systems that can be dismantled or reused when they are no longer needed.

The project’s material strategy includes modular frames, wall panels, brick, insulation, plaster, and construction elements that can be assembled with relative speed. The emphasis is not only on survival but on reducing waste and supporting long-term sustainability.

Architecture as Social Responsibility

The FAQ section of the project makes a clear ethical argument: before and after a disaster, the role of architecture is not neutral. Architecture must help communities react, recover, and reconnect. It must give importance to people and their lives before focusing only on formal or technical solutions.

Reborn expresses this responsibility through a layered design method. It combines urban mapping, emergency planning, modular housing, material reuse, psychological care, and local culture. The project does not present architecture as a finished object. It presents it as an action plan.

This is why Reborn stands out as an Editor’s Choice entry of Reborn. It understands crisis as a condition that demands speed, but it also understands recovery as something that requires patience, dignity, and cultural continuity.

Why Reborn Matters

Reborn is powerful because it does not reduce disaster response to temporary tents or isolated emergency shelters. It imagines a complete post-earthquake urban system, one that begins with survival and grows toward renewed community life.

Its proposal for Tabriz shows how earthquake resilient architecture can work across multiple scales: the city, the block, the street, the courtyard, the home, and the individual. It offers a model where safe routes, temporary camps, modular housing, reused structures, and public spaces become part of one integrated recovery strategy.

At its core, Reborn is not only about architecture after destruction. It is about creating the conditions for people to continue.

It is a plan for survival, but more importantly, it is a plan for hope.