AFUQ Integrated Astronomical Center

Project idea

A Journey from Mystery to Discovery
Every great discovery begins with a question, and every question begins with curiosity.

AFUQ | Integrated Astronomical Center was conceived from the belief that astronomy should not remain confined to specialists, but should become an inspiring and accessible experience for everyone. Although the universe has always fascinated humanity, astronomy is still often perceived as distant and complex, creating a gap between scientific knowledge and public understanding.

The project seeks to bridge this gap by bringing together scientific research, education, and interactive public engagement within a single architectural environment. Rather than simply presenting scientific information, the center guides visitors through a journey that begins with wonder, evolves through learning and exploration, and ultimately leads to understanding.

Marsa Matrouh was selected for its exceptional environmental qualities, including remarkably clear skies, minimal light pollution, and an uninterrupted desert horizon. These characteristics make the site an essential component of the architectural concept rather than merely the project's location, while also offering the opportunity to establish a year-round scientific and cultural destination.

The design is driven by the concept of "A Journey from Mystery to Discovery." The architectural form originates from the metaphor of a mysterious celestial object descending from the sky and gradually merging with the landscape until it becomes architecture. In doing so, the building does not simply accommodate the journey of discovery—it becomes the journey itself.

Project description

An Architectural Journey Connecting Knowledge and Experience

AFUQ | Integrated Astronomical Center is conceived as an integrated destination where scientific research, education, culture, and public engagement coexist within a unified architectural environment. The project transforms astronomy from a subject of observation into a lived experience that invites people to learn, explore, and discover.

The project is organized around a central space that acts as the heart of the complex, from which all major functions are connected. The visitor journey unfolds through a carefully sequenced interactive exhibition that narrates humanity's evolving understanding of the universe—from the first gaze at the night sky, through Ancient Egyptian astronomy and the birth of scientific observation, to the era of space exploration and future visions of the cosmos.

The experience culminates in the Planetarium, the project's primary immersive destination, where scientific knowledge is transformed into an engaging visual journey through the universe.

Complementing the public experience, the research zone accommodates specialized laboratories for data analysis, simulation, digital model development, theoretical research, and scientific verification, together with researchers' offices, administration, meeting spaces, and residential facilities, creating a comprehensive environment for scientific work.

Educational spaces, workshops, a library, lecture hall, permanent exhibition, cafeteria, and public amenities further establish the center as a year-round destination for learning, research, and cultural engagement.

A clearly defined circulation strategy separates visitors, researchers, and service functions, ensuring operational efficiency while maintaining the privacy and integrity of the research environment.

Technical information

Architecture as a Physical Expression of the Concept

The project's structural strategy was developed to support both the architectural vision and functional requirements. A reinforced concrete core provides the primary structural stability and vertical load transfer, while a space frame system spans the large volumes of the planetarium and major public spaces, creating flexible, column-free interiors.

Cantilevered forms extend the building toward the horizon, reinforcing the concept of movement and exploration while visually reducing the building's perceived mass and creating shaded transitional spaces around the complex.

The façade design is inspired by the geometric distribution of stars and galaxies, generating a graduated perforated skin that expresses the project's astronomical identity. Beyond its visual character, the façade improves daylight control, reduces solar heat gain, and creates a distinctive nighttime presence.

The circulation system is organized around three independent user groups—visitors, researchers, and service staff—ensuring efficient operation while preserving the functionality and privacy of the research facilities.