3D PRINTING SUMMER SCHOOL
A hands-on multi-day program exploring clay, computational design, and robotic 3D printing in construction.
This summer school explores how additive manufacturing can open new possibilities for building with earth. Participants work across material understanding, digital design, and robotic production to develop an integrated view of material, geometry, and fabrication.
What this program explores
Earth as a circular and locally available building material
Computational design for additive construction
Robotic workflows for 1:1 prototyping
New tectonic and architectural possibilities through material-aware fabrication
Workshop structure
Day 1 - Resources
Introduction to building with earth and the material behavior of earth-based construction materials.
Day 2-3 - Reimagine
Computational design explorations for new assembly logics, geometries, and additive construction principles.
Day 4-5 - Robotics
Introduction to robotic programming and robotic fabrication, leading into physical 1:1 prototyping.
What participants will gain
- 01Understanding of core principles of building with earth
- 02A practical introduction to computational design and robotic programming
- 03Insight into the relationship between material, geometry, and fabrication process
- 04Experience in translating design ideas into large-format prototypes
This program is for students and emerging designers interested in materials, digital design, fabrication, and construction innovation.
This is a rare opportunity to bridge the gap between ancient earth materials and futuristic fabrication, allowing you to learn highly sought-after parametric and robotic construction skills alongside experts.
ANNOUNCED
A focused summer school for those who want to rethink construction through material intelligence and robotic making.
From material to machine.
Explore how earth, geometry, and robotics come together in additive construction.
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