Parametric Towers

In the second part of the semester, our students delved into the fascinating world of 3D printing and the material clay. Building on the initial design insights and foundational principles, participants collaborated with their peers to develop complex, three-dimensional geometries. In groups of four, each member designed a unique clay object, which was first conceptualized digitally. These objects, each with maximum dimensions of 25 cm x 10 cm, were subsequently stacked to form a large, coherent column. The base of each object was defined by a regular polygon. These columns not only demonstrated creative collaboration and the application of modern 3D printing technology but also highlighted a mindful approach to natural materials such as clay. They embodied the synergy between traditional craftsmanship and digital innovation, which is playing an increasingly important role in sustainable architecture.