Structural Archipelago

  • Dates
    2025 - Ongoing
  • Author
  • Topics Awards, Contemporary Issues, Social Issues

The series presents architecture as an archipelago of interdependent fragments, where structures no longer align but coexist unstably. Over time, space subtly shears, fractures, and then consolidates into an unstable yet load-bearing rupture.

Project Description — Structural Archipelago 

Structures that hold through separation and tension

This project investigates architecture as a system composed of interdependent fragments that no longer fully align, yet continue to operate within a shared spatial framework. Drawing on photographs of Lower Manhattan, I create compositions where buildings are displaced, segmented, and reassembled using geometric interventions that reveal points of structural tension.

The series conceptualizes the built environment as an archipelago, where elements remain connected without forming a unified whole. Planes shift, axes misalign, and surfaces detach, resulting in a state of separation that resists complete fragmentation.

Throughout the sequence, instability becomes generative: shear introduces tension, displacement disrupts order, and rupture consolidates these conditions into structures maintained by imbalance. The work posits coexistence not as unity, but as the ability to sustain difference within a shared system.

© Roxana Gheorghe - Image from the Structural Archipelago photography project
i

Shear Line (Field Study). A spatial field is activated by a subtle shear, causing architectural and geometric elements to slip out of alignment while maintaining structural interdependence.

© Roxana Gheorghe - Image from the Structural Archipelago photography project
i

Displaced Order (Lower Manhattan). Fragmented facades and geometric forms intersect and disrupt each other, generating a displaced condition where order endures but does not resolve into a unified structure.

© Roxana Gheorghe - Image from the Structural Archipelago photography project
i

Load-Bearing Shift (Facade Study I). The system consolidates into a load-bearing rupture, in which misaligned elements stabilize within a new configuration maintained by tension instead of cohesion.

Structural Archipelago by Roxana Gheorghe

Prev Next Close