Generative Design
summary
Generative design uses simple biological rules — diffusion-limited aggregation and differential growth — encoded into software to produce physical products: dendrite necklaces fabricated by photo‑chemical etching with over 5000 unique necklaces sold, and a hinge‑based textile 3D‑printed as a single piece dress of 2,200+ parts and 3,300+ hinges that prints, unfolds and wears without assembly after being folded to reduce print size by ~85%. Tools include web design apps, elastic‑surface and rigid‑body simulations, SLS nylon printing, and sensor‑driven midsoles for New Balance using variable‑density structures.
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chapters (15)
- 0:00Introduction to generative design
- 0:43Nature-inspired design processes
- 2:53Digital fabrication and uniqueness
- 3:36Limitations of current design software
- 4:20Form as expression of growth
- 5:25Differential growth in biology
- 6:31Floraform project and simulations
- 9:19Digital gardening and algorithms
- 10:49From digital to physical products
- 11:11Customization and co-creation
- 11:57Kinematics project introduction
- 13:423D printed garments without assembly
- 15:47First successful 3D printed dress
- 16:50Generative design in footwear
- 17:52Empowering and democratizing design
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