”This project explores the integration of tensegrity principles in the design of a pavilion on IAAC’s terrace. Employing computational design techniques, the pavilion features two striking arches constructed using wooden rods and cables, showcasing the delicate balance between tension and compression. Moreover, suspended between these arches lies a secondary tensegrity structure, adorned with lightweight membranes designed to shield occupants from the sun. The integration of standardized steel elements facilitates the seamless attachment of cables to wooden rods, ensuring robust connections essential for the pavilion’s stability. In essence, this project not only redefines the concept of pavilion design but also underscores the profound impact of computational methodologies in shaping the built environment. As a dynamic and visionary addition to university terraces, the tensegrity-inspired pavilion invites users to engage with architectural ingenuity while providing a sheltered and aesthetically captivating space for contemplation and interaction.”
Referential work
Pseudo code
Form finding
Fabrication
Rods
Cables
Membranes
