lattice structure pavilion

Project idea

inspired by biomimicry, the pavilion translates the fluid anatomy of the Stingray fish into a continuous structural ribbon. Its parametric Voronoi skin modernizes the traditional Mashrabiya, creating a dynamic interplay of light and shadow that evokes a poetic sense of "Light & Memory."

Project description

Biomimetic Form Generation: Developing a continuous, double-curved structural shell through advanced digital modeling, accurately simulating the organic wings and aerodynamic flow of the Stingray fish. Parametric Envelope Design: Designing a custom Voronoi grid lattice across the pavilion's outer skin, dynamically optimized to manage light penetration and air micro-circulation based on environmental placement. Open-Plan Spatial Programming: Creating a fluid, column-free internal layout beneath the sweeping concrete or composite shell, designated to accommodate shifting public functions such as exhibitions, temporary social installations, or contemplation zones. Landscape & Ground Integration: Crafting smooth transition points where the pavilion’s structural ribbon meets the ground plane, creating integrated reflection pools and stepped platforms that enhance the overall spatial dialogue with water and light.

Technical information

lattice structure pavilion

Toka Tarek

Alexandria University - Faculty of Fine Arts

Egypt

Arquitectura

Proyecto enviado

14. 06. 2026

Etiqueta

Arquitectura Pavillion

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