pavillion

Idea projektu

This project aims to create an iconic, sculptural pavilion inspired by the micro-structural patterns of bone trabeculae, translating their intricate network of interwoven lines into a contemporary architectural form. The design explores how natural biological systems can inform lightweight, visually dynamic structures while maintaining strength, balance, and aesthetic harmony.

The pavilion reflects the coastal atmosphere of Alamein, utilizing transparent turquoise acrylic and metallic mesh elements to capture light, shadows, and reflections. These materials allow the structure to blend seamlessly with the surrounding sea and sky, creating an immersive spatial experience.

Popis projektu

The project proposes a sculptural pavilion inspired by the micro-structural geometry of bone trabeculae, aiming to translate natural biological patterns into an architectural installation suitable for the coastal environment of New Alamein. The scope of the project covers the conceptual development, material exploration, structural logic, and visualization of an experimental organic form.

1. Conceptual Development

Interpreting trabecular bone structures as a source of form-generation.

Extracting the principles of branching, porosity, and interwoven networks to create a dynamic pavilion geometry.

Establishing a narrative that links biological complexity with architectural expression.

2. Site and Contextual Response

Designing a pavilion that responds to the coastal atmosphere, light conditions, and environmental character of the Alamein shoreline.

Ensuring the structure harmonizes visually with sand, sea, and sky through transparency, color, and form.

3. Material Strategy

Utilizing tinted acrylic for its translucency, light diffusion ability, and modern aesthetic.

Implementing aluminum mesh and framework for structural stability while maintaining lightness and permeability.

Studying the optical behavior of materials to enhance reflections, shadows, and visual depth.

4. Structural and Formal Exploration

Developing a free-form organic pavilion through digital modeling.

Simulating the interlaced trabecular system into looping, branching, and intertwined architectural elements.

Ensuring that the structural gestures are both expressive and physically feasible.

5. Spatial and Experiential Qualities

Creating an open, accessible installation that encourages public interaction.

Emphasizing fluid movement, light transformation, and immersive visual experience.

Offering a contemplative space where visitors can observe the interplay of translucency, material texture, and natural light.

Technické informace

b. Aluminum Framework

Type: Internal supporting frame for acrylic and mesh units.

Properties:

Corrosion-resistant (suitable for marine environments)

High strength-to-weight ratio

Flexible for forming organic curves

Provides structural stability

c. Mesh Elements

Material: Aluminum or stainless-steel woven mesh.

Function:

Enhances texture and light play

Provides structural connection points

Adds translucency without visual heaviness

Construction System

Primary Structure: Aluminum frame shaped using CNC-bent elements to match organic curves.

Secondary Skin: Tinted acrylic sheets mounted on the frame using concealed fittings.

Mesh Integration: Mesh panels tensioned and fixed between curved supports.

Foundation:

Concrete or steel base plate embedded in sand

Anchoring points distributed to maintain stability against wind loads