Re-Rock investigates how stone can be reintroduced as a mass construction material for the 21st century. While stone produces substantially less embodied carbon than concrete and can endure for centuries, its use has declined due to high labour costs and complex construction processes.

Re_Rock asks whether advances in computational design, robotic fabrication, and post-tensioned structural systems can reverse this trend. Through an architectural language of fingerprint-like stone vaults, continuous formations emerge from the logic of compression.

These spatial landscapes challenge conventional residential typologies, replacing repetitive building systems with structurally expressive shells that unite enclosure and structure. ReRock proposes a future where low-carbon, long-life architecture is once again built from stone.

Positioned within the context of London’s housing and environmental challenges, the project explores an alternative model for residential development, one that prioritises permanence over disposability, material intelligence over carbon-intensive construction, and buildings capable of serving generations rather than decades.