Digital Fabrication
Tools, processes, and systems that use digital design and automated fabrication to create physical objects and structures.
Digital fabrication encompasses the technologies and methodologies that bridge computational design with physical production. This includes 3D printing, robotic construction, CNC machining, and other automated manufacturing processes that translate digital models into built outcomes.
The community explores open-source fabrication equipment, parametric design workflows, robotic assembly systems for construction, and how digital tools reshape the relationship between design intent and material production across scales from small objects to building facades.
Popular projects
View all 6 projectsLatest journals
View all 17 journalsWhen Making Becomes Designing
Rethinking Craft in the Age of Digital Fabrication
SPIDER-NET: Parametric Multilayered Mobility Woven into Shanghai's Historic Core
A five-layer vertical circulation system fuses spider web geometry with traditional Chinese joinery at a congested Shanghai intersection.
Fallen Leaves: Translating the Physics of a Leaf's Descent into Parametric Form
Amir Ahmed's vase turns sine curves and computational logic into a customizable sculptural object inspired by organic motion.
Polyhedra Sculpture: Algorithmic Geometry Cast in Plaster and Wood
Lars Renklint turns parametric subdivision logic into tactile sculptures, bridging cloud-based computation with physical casting and 3D printing.