NEOM Celestial Space Center

Project idea

The NEOM Celestial Space Center is a scientific, educational, and cultural destination located in Trojena, NEOM. The project is inspired by celestial movement, astronomical observation, and the relationship between the Earth and the cosmos. The design integrates architecture with the surrounding mountainous terrain, creating an immersive journey that guides visitors from the physical landscape into the world of space exploration. The center aims to promote scientific knowledge, public engagement, and innovation in astronomy and space sciences while supporting NEOM’s vision of becoming a global hub for research, education, and future technologies.

Project description

The project consists of three interconnected circular volumes organized around a central public space. The main building accommodates exhibition galleries, a visitor orientation center, educational facilities, research spaces, administrative offices, a café, retail areas, and support services. A dedicated planetarium provides immersive astronomical experiences and educational programs. The design incorporates outdoor observation areas, landscape integration, and underground parking facilities. The project serves students, researchers, tourists, and the general public, offering a comprehensive environment for learning, exploration, and scientific discovery.

Technical information

* Project Name: NEOM Celestial Space Center
* Location: Trojena, NEOM, Saudi Arabia
* Project Type: Space Science and Astronomy Center
* Building Configuration: Three interconnected circular volumes
* Main Functions:
* Planetarium
* Astronomy Exhibition Galleries
* Educational Classrooms and Workshops
* Research and Learning Facilities
* Administrative Offices
* Visitor Center
* Café and Gift Shop
* Outdoor Observation Areas
* Structure System: Reinforced Concrete Core with Long-Span Steel Roof System
* Parking: Underground Parking Facility (Basement Level)
* Sustainability Features:
* Passive solar design
* Energy-efficient building systems
* Natural daylight optimization
* Water conservation strategies
* Integration with surrounding topography
* Design Concept:
* Cosmic Movement
* Celestial Density
* Terrain Integration
* Spatial Journey from Earth to Cosmos

Documentation

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