This project investigates the structural and construction logic of a grid-shell system with tolerances at each end, opening up potentials for contraction and bending. Our model is composed of 3D-printed modules connected by small earring backs, which can be translated into laminated wood in real-life construction. 

Inspired by the construction techniques of the Mannheim Multihalle and the module system developed in Eike Schling’s 2019 design workshop, our study explores the optimum forms through hanging models and how varying connection points and applied densities influence spatial and structural behavior in the model. By implementing stoppers to allow for increased density at the center and corners, we tested multiple configurations—ranging from no compression to selective center and side compression—to analyze the adaptability and hierarchy of the system. The final compression model showcases how modular assembly techniques can generate dynamic, self-supporting structures that are supported by maxing out the rigidness of the joints.