Concrete 3D Printed Stacked Wall

Stacking Cells investigates how robotic concrete printing can be expanded through modular fabrication and assembly. Instead of printing a single continuous wall, the project develops a family of stackable components containing integrated cavities and niches.

Each module is designed around a continuous printing path that maximizes structural stability while simplifying fabrication. Once printed, the components are assembled into a larger architectural system resembling interlocking cellular blocks. The strategy enables the creation of larger structures while overcoming the dimensional constraints of robotic printing equipment.

The project demonstrates how additive manufacturing can be combined with assembly logic to create adaptable and scalable architectural systems.