The Exosphere Space Technology Institute
The Exosphere Space Technology Institute is an educational facility dedicated to nurturing the scientific curiosity and technological imagination of children aged 8 to 16. Situated within the dense urban fabric of the Sahabiye neighborhood, the institute stands as a unique institution focused exclusively on space science, technology, and innovation, offering young learners an inspiring environment to explore, experiment, and dream beyond the boundaries of Earth.
The concept draws inspiration from the rings of Saturn and the outermost layer of Earth’s atmosphere, the exosphere, a transitional zone between our planet and the vastness of outer space. Much like this atmospheric boundary, the institute serves as a bridge between education and discovery. In response to the rigid urban grid of its surroundings, the building rejects strict geometries in favor of fluid, free-flowing forms and interconnected spaces that encourage movement and exploration. This dynamic architectural language reflects the spirit of space and technological advancement while creating a welcoming environment.
The Exosphere is designed to cultivate and sustain children’s natural wonder for space and technology. Every spatial decision, from the organization of classrooms and workshops to the provision of generous open green spaces and semi-open outdoor learning areas, is guided by the belief that curiosity thrives when children are free to move, discover, and engage with their environment. Landscaped courtyards extend the learning experience beyond the classroom, inviting students to observe, discuss, and collaborate in the open air.
The form of the institute is directly inspired by Saturn and its rings. The central dome housing a planetarium represents Saturn itself. Emerging from this dome, two elongated building extend outward like the rings of Saturn, wrapping around the central volume and giving the complex its distinctive celestial character. The roof transitions with a gentle curve that smoothly connects the surrounding building mass to the dome, ensuring a cohesive and harmonious silhouette when viewed from the surrounding streetscape.
