Basel Abdulaal 
5 key facts about this project
### Overview
The Research & Activity Centre of the Syrian Cosmic Society is located in Damascus, Syria, strategically positioned to enhance public engagement with scientific exploration. Designed as a multifunctional facility, the centre combines educational, interactive, and aesthetic elements to create a space that encourages curiosity about the cosmos and fosters a community of learners and explorers.
### Architectural Expression
The building's design features a tall observation tower, an emblematic element that serves both as a visual landmark and a platform for panoramic views. The integration of curvilinear forms in the façade creates a dynamic, flowing appearance that invites interaction and exploration. This architectural language not only reflects the beauty of cosmic phenomena but also connects the centre to its geographical context, referencing nearby landmarks like Mount Qasioun.
### Materials and Sustainability
Sustainability is a core component of the project, with an emphasis on environmentally responsible design practices. While specific materials have not been disclosed, the anticipated use of reinforced concrete for structural integrity and glass for transparency suggests a commitment to durability and natural light. Additionally, the incorporation of photovoltaic panels aligns with renewable energy goals. The design incorporates energy-efficient systems and green spaces, promoting ecological harmony and enhancing user experience through greater interaction with nature.
### Functional Spatial Arrangement
The interior layout prioritizes flexibility, consisting of designated areas for research, education, and public engagement. The 12,168 square meter facility includes an auditorium capable of seating 400 participants, various classrooms for workshops, and interactive exhibition spaces. Outdoor areas are also integral to the design, encouraging community interaction and a sense of connection to the environment. Notable features such as digital projections and dynamic installations aim to provide immersive learning experiences, enhancing the interplay between science and public engagement.
