3D-Printing

PAACADEMY's 3D Printing courses cover material systems, structural logic and fabrication workflows across concrete, ceramics, wearable design and fibrous construction, serving architects, product designers and digital makers. 3D-Printed Wall Systems uses Rhinoceros 3D, Grasshopper 3D, Pufferfish, Kangaroo, Weaverbird and LunchBox to develop complex interior wall systems, exploring maximum dimension design through parametric form generation. Meanwhile, 3D-Printing Ceramics connects digital clay printing with computational form-making via Houdini, bridging physical fabrication with design geometry. For larger applications, 3D-Printing Concrete: Sketch to Real-Scale Prototype guides architects from concept to large-scale printing, covering structural analysis with Karamba3D alongside fabrication constraints. Fibrous Architecture: Robotic Fabrication and AI Rendering introduces multi-axis workflows using KUKA PRC, creating architectural-scale installations with an industrial robot arm. The category also pushes boundaries with 4D Printing: Time-Based Fabrication, exploring time-responsive material behaviors, alongside courses covering formwork, 3D-Printed Fashion, wearable systems and structural applications.