The Journey

Project idea

The Journey reimagines the relationship between industry and society by transforming a black sand processing factory into a public architectural experience. Rather than concealing industrial production behind inaccessible boundaries, the project invites visitors to witness, understand, and engage with the manufacturing process. Through an elevated circulation system, industry becomes not only a place of production but also a destination for education, exploration, and public interaction.

Project description

The project is located in Rosetta, Egypt, where black sand deposits represent one of the country's most valuable natural resources. It combines a fully operational processing facility with public functions including exhibition spaces, research laboratories, observation paths, and a restaurant.

Visitors follow a carefully designed elevated journey that unfolds the industrial process step by step—from understanding the origins of black sand, to observing storage and magnetization, exploring research facilities, and finally overlooking the main production hall where permanent magnets are manufactured. Throughout the experience, industrial operations remain fully functional while being safely integrated with public circulation through enclosed observation pathways.

The architectural concept emerges from the interaction between two contrasting systems: the rigid industrial grid, representing precision and production, and the fluid circulation paths that represent human movement and discovery. Their integration creates a spatial dialogue where industrial efficiency and public experience coexist.

Technical information

The visitor circulation is carried by an elevated steel bridge system that passes through the production buildings without interrupting industrial operations. Inside the factory volumes, the bridge is suspended from deep steel transfer trusses located above the public path, eliminating the need for intermediate columns within the production areas. Steel tension rods connect the bridge structure to the overhead trusses, creating a lightweight suspended system while maintaining clear working spaces below.

To ensure visitor safety and comfort, the circulation path is enclosed with a glazed environmental envelope. The enclosed walkway is mechanically ventilated and maintained at a slightly positive air pressure, preventing industrial dust from entering while preserving visual continuity with the production spaces.

The production buildings are organized using a regular structural grid with reinforced concrete frames supporting the industrial functions. A secondary perforated aluminum envelope wraps the façades and extends over selected roof areas. Supported by an independent steel subframe, this outer skin provides solar shading, visual continuity, and a unified architectural identity while remaining structurally separate from the primary building frame.

The project integrates computational design into the architectural process through a multi-objective optimization workflow. The visitor path was generated by evaluating thousands of curve configurations based on path length, attraction to key production areas, mandatory program coverage, dwell-time scoring, anti-loop constraints, and curvature smoothness. The selected solution became the primary generator of the project's spatial organization.

Documentation

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