Ibn El Shater's Museum

Project idea

Thrilled to unveil a sneak peek of the "Ibn El Shater's Museum" project! ? ? S P A C E M U S E U M ? This concept is inspired by Ibn El Shater's revolutionary discovery of the new planetary model and his deep fascination with digital clocks. The design takes cues from the circular shapes of planets and clocks, as well as the mesmerizing elliptical orbits of celestial bodies. By blending these elements with a futuristic aesthetic, we’ve created something truly extraordinary. Tools utilized: AutoCAD | 3DsMAX | Photoshop

Project description

The project is a futuristic cultural/scientific building based on fluid forms and interconnected spaces, creating an immersive spatial experience that links knowledge, technology, and science fiction. The architectural composition is based on repeated horizontal sections beneath a transparent structural dome, clearly expressing internal spatial organization and visual continuity between different levels. Interactive exhibition spaces Continuous curved circulation paths Educational and experimental zones Immersive digital display areas Internal circulation is designed as a continuous journey, where fluid curves guide visitors across multiple levels without relying on traditional spatial separations. The upper dome functions as both a structural and symbolic element, allowing natural light penetration and reinforcing the concept of space and infinite openness. Lighting combines natural daylight with soft artificial illumination to enhance the futuristic atmosphere and visual experience within the building. The project aims to create an iconic architectural landmark that offers a non-traditional educational and cultural experience based on movement, perception, and interaction.

Technical information

Upper dome constructed using a space frame structural system Reinforced concrete columns and load-bearing walls Flat slabs or post-tensioned slabs for large-span areas High-performance double-glazed glass for dome and façades Steel structures for internal walkways and curved elements Lightweight composite materials for interior finishes