The Seam: Architecture That Stitches Fracturing Arctic Glaciers Back Together

What if architecture could heal a landscape instead of scarring it? The Seam proposes exactly that: a habitat designed not to sit on the Arctic but to nestle inside it, filling the crevices that form as glaciers fracture under warming temperatures. Rather than treating the ice as a foundation to build upon, the project treats it as a patient to stabilize. The structure lodges itself within natural fissures, acting as both dwelling and suture, reinforcing ice masses and preventing their separation.

Designed by Atakan Gunduz and Selcan Şimşek, The Seam received an Editor's Choice distinction in the EHC - Arctic competition. The brief asked designers to rethink habitation in one of the planet's most hostile and ecologically fragile zones. Gunduz and Şimşek responded with a proposal that refuses the conventional logic of polar outposts, where insulated boxes drop onto a frozen plane. Instead, they conceived an architecture that is topographic, movable, and thermally integrated with glacial ice itself.

Faceted Forms That Echo Fractured Ice

From above, The Seam reads less like a building and more like a crystalline growth emerging from the ice sheet. Faceted glass volumes converge around a central transparent core, their angular geometry mirroring the splintered surfaces of glacial crevasses. The aerial views reveal how the structure's form language is derived directly from its context: sharp, prismatic, and directional, as though the architecture were a shard of ice that chose to become habitable. A transparent pyramidal center connects three curved roof shells, allowing daylight to penetrate deep into the interior while maintaining visual continuity with the surrounding landscape.

Structural Joints as Glacial Logic

The close detail of intersecting white faceted panels and angular glazing reveals the tectonic precision behind the concept. Multiple geometric joints converge where surfaces meet, suggesting a kit of parts that can be reconfigured as the glacier shifts. This is critical: The Seam is designed as a movable structure that dynamically adjusts to evolving glacial formations. The solid base wall visible in the side elevation grounds the lightweight glass superstructure, creating a threshold between the frozen mass below and the inhabited volume above.

A key material innovation is the use of frozen water as insulation. The habitat walls incorporate ice as a thermal barrier, reinforcing the structure while simultaneously aiding in the cooling of surrounding glaciers. It is an elegant inversion: rather than fighting the cold, the architecture enlists it as a building material. Energy needs are addressed through renewable sources, with wind and solar power minimizing the ecological footprint in a region where any disruption carries outsized consequences.

Interior Life Between Faceted Walls

The interior courtyard offers a startling counterpoint to the frozen exterior. Green turf covers the ground plane, and trees grow between white faceted walls where seated figures gather. It is a controlled microclimate, a pocket of temperate life cradled within glacial architecture. The image makes a quiet but powerful argument: sustainable polar habitation does not have to mean perpetual austerity. By leveraging the thermal mass of surrounding ice and the insulating properties of the faceted envelope, the designers carve out genuinely hospitable space in one of the least hospitable places on Earth.

Topographic Massing and Modular Scalability

A series of rendered site models shows the habitat from multiple viewpoints, exposing the relationship between topographic massing and interior volumes. The modular design allows expansion as needed, adapting to both population growth and environmental shifts. Viewed in sequence, the models demonstrate how The Seam could propagate along a glacial crevice, filling gaps between ice masses to prevent further fragmentation. Each module reinforces the next, and the glacier reinforces each module in return. The architecture and its site become structurally codependent.

Why This Project Matters

Most polar architecture treats extreme cold as an adversary. The Seam treats it as a collaborator. By embedding a habitat within glacial fissures and using frozen water as both insulation and structural reinforcement, Gunduz and Şimşek propose a fundamentally different relationship between building and environment. The architecture does not impose itself on nature; it coexists with it, filling voids that would otherwise accelerate ice loss.

As climate change continues to reshape polar landscapes at an accelerating pace, projects like The Seam offer a necessary provocation. They force us to ask whether architecture can move beyond passive sustainability toward active ecological repair. The answer here is speculative but compelling: a building that heals the ground it stands on, that shifts as its site shifts, and that turns the defining crisis of the Arctic into the organizing principle of its design.

View the Full Project

About the Designers

Designers: Atakan Gunduz, Selcan Şimşek

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Project credits: The Seam by Atakan Gunduz, Selcan Şimşek EHC - Arctic (uni.xyz).