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Computational Design for (Industrial) Designers using Rhino Grasshopper
Lessons
Lesson 1 - Basics
Lesson 2 - Curves and lists
Lesson 3 - Data structures
Lesson 4 - Surfaces
Lesson 5 - Meshes
Knowledge Base
Personalized fit
Human 3D Shape Data and Models
Data-Driven Personalized Design
Digital Fabrication
Generating Laser Cutting Files with Grasshopper
Generating 3D printing files (G-code) with Grasshopper
Generative Design
Generative Form Finding with Kangaroo Physics
Inspiration & Further Reading
Graduation Projects
Instrumentation - Capturing Anthropometric Data
Development of a low-cost 3D foot scanner
Wearables, body protection, and fashion
Design of customizable sunglasses based on additive manufacturing techniques
Designing a multi-sports helmet based on 3D ergonomic data
A custom fit parametric bra based on 3D body scanning technologies
Orthoses and Prostheses
A medical jewel, the hand splint
Design of a 3D printed prosthetic socket that accommodates pediatric growth
Application of mechanical metamaterials in a parametric, 3D printed ankle foot orthosis
Generative Data-driven Design & Computational Simulation
The making of a smart pillow
Exploring Animated Textiles Using Pneumatic Actuators
External resources
Troubleshooting
Troubleshooting in Rhino
Curves not visible in Rhino
Creating a 3D model for fabrication
Troubleshooting in Grasshopper
Component appearance: icons and (input/output) texts
Bifocals: Add components names
Understanding component colours and error messages
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