Tensegrity as a Pedagogical Framework in Architectural Education: Challenges in the Design, Geometry, and Spatial Integration

Tensegrity – a self-stabilized structural principle based on discrete compression elements and a continuous tensile network – remains a conceptually rich yet underexplored system in architecture. Despite its relevance to lightweight, materially efficient design, it is rarely integrated into architectural education as a spatial or tectonic paradigm. This study uses tensegrity as a pedagogical framework for examining learning processes in structural design education, linking it to material intelligence, sustainability, and educational innovation. Conducted with twenty third-semester bachelor students, the course followed a three-phase approach: (1) physical model experimentation, (2) computational exploration using a customized plugin for tensegrity generation, form-finding, and structural analysis, and (3) a design studio focused on a forest kindergarten. Through the lens of structural logic, responsible design choices, and critical reflection on the appropriateness of tensegrity in architecture, students adopted either “Tensegrities as Architecture“ or “Architectural Tensegrity“ as a conceptual position. Results indicate that physical prototyping was most effective for understanding prestress, equilibrium, and spatial interdependence, while computational tools expanded design possibilities complementing hands-on work. Projects treating tensegrity as a generative structural logic produced more coherent outcomes. Overall, tensegrity’s primary pedagogical value lies in fostering relational reasoning, material intelligence, and systemic design thinking within an integrated research-laboratory-design studio framework.