Algorithm and Assembly: Material Logic in 3D-Printed Clay

3 units

This course will investigate the use of ceramic 3D printing to design and prototype varied aggregated assemblies of architectural elements. The current forms produced through large-scale robotic extrusion look exceedingly similar. In this course, we will use an exploration of calculated error to create new models for 3D printing at the building scale. Students in the course will engage in a rigorous workflow focusing on the relationship between the designer, the tool (3D printer), and the material (clay) and establish a feedback loop that reconsiders architecture's emphasis on anthropocentric notions of precision and control. Students will use a Potterbot ceramic printer during the seminar to explore 3D printing with clay. Over the course of the semester, students will engage in a series of assignments, tutorials, and workshops intended to create a strong understanding of the methods for robotic deposition and working with clay while also challenging the prominence of precision and control associated with digital fabrication technology. Additional coursework will include drying and firing clay components, post-printing physical manipulation, staining and glazing techniques, and clay body research. Students are required to have proficiency in Rhino modeling software to enroll. Grasshopper is not required, but recommended.