Tectonic Computation: Crafting Logic through Material and Geometry

This paper reframes computation as a design practice rather than a technological application. Through the construction of mechanical computing artifacts that harness environmental energy and material constraints, it demonstrates how designing can become a form of computational inquiry. The work positions architecture as a discipline capable of foundational contributions to computation by treating material, geometry, and energy as active agents of logic and memory. The study advances two main contributions: 1) It reconceptualizes computation as a physical and architectural phenomenon rather than a symbolic or digital one. 2) It demonstrates, through a pedagogical experiment, that computation can be enacted and understood through material and tectonic design, making it a foundational mode of architectural reasoning.