An academic collaboration led by Prof. Tania Ursomarzo and Prof. Iman Ibrahim with students from the American University of Sharjah and the University of Sharjah explored the geometry and environmental logic of mollusk shells.

The project translated the natural intelligence and structure of mollusc shells into an adaptable modular installation responding to airflow, sustainability and flexibility in construction. Inspired by the layered concave form of bivalve shells, the design featured interlocking modules that could be assembled, disassembled and reconfigured with ease. This system allowed for relocation, repair and reinforcement, mirroring how shells naturally redirect water flow to minimise erosion.

Functioning as a permeable boundary, the installation interacted dynamically with wind. Each tapered module funnelled air, applying the Venturi principle to enhance passive cooling in outdoor settings. The modules were fabricated from a composite of recycled low-density polyethylene (LDPE) and crushed seashells gathered from UAE beaches, combining flexibility, texture and environmental responsibility. The production process reimagined hydraulic pressing techniques to shape curved, high-performance elements from waste-based materials.

By merging natural systems thinking with modular construction and low-impact materials, the project presented a new model for responsive, repairable and ecologically attuned design — illustrating how biomimicry and material innovation can advance sustainable architectural practice in evolving urban and environmental contexts.

About American University of Sharjah & University of Sharjah:

A collaborative research project developed through material experimentation with recycled plastics, supported by grants from the American University of Sharjah (AUS) and the University of Sharjah (UOS). The team comprises Professors Tania Ursomarzo (AUS) and Iman Ibrahim (UOS), alongside students Lamya Ahmed, Lina Awad, and Aisha Tariq from AUS, and Yasmin Alqeshawi from UOS.