L2-05 — Digital Fabrication

Step into the future of making!
This course provides a comprehensive introduction to digital fabrication processes with a focus on CNC machining and laser cutting. Students will explore the theoretical foundations and practical applications of fabrication workflows through case studies and project-based learning. The curriculum covers essential topics such as 2D/3D machining techniques, nesting strategies for beams and shells, panelization, patterning, and digital toolpath generation. Special emphasis is placed on integrating design and fabrication processes to develop efficient, precise, and innovative architectural and structural solutions. By the end of the course, students will acquire the skills necessary to transition from digital design environments to physical prototyping and production.

Applications:

• Architectural Prototyping: Fabrication of scale models, shell structures, and spatial prototypes.

• Structural Systems: Development of connections, joints, and panelized systems for construction.

• Product and Industrial Design: CNC- and laser-cut components for furniture, installations, and functional objects.

• Digital-to-Physical Workflows: Translation of computational models into fabrication-ready files and toolpaths.

• Research and Innovation: Exploration of material performance, fabrication strategies, and advanced computational workflows.

Schedule: