In this class, you will learn basic 3D design skills and build 3d print robots. Curriculum topics:
- 3D modeling
- 3D printing
- Programming
- Geometry
- Physics
- Mechanics
Requirements:
- Register a TinkerCAD student account.
- Buy a Tina2 3d printer
Learning Path of 3D Design:
graph TD
A[Getting Started with Tinkercad] --> B[Measurement]
A --> C[Exploring the Interface]
A --> B1[Right-handed Coordinate System]
C --> D[Sketching Basics]
D --> E[Drawing Lines and Shapes]
D --> F[Using Sketch Tools]
E --> G[Modeling Basics]
F --> G
G --> H[Creating 3D Models]
G --> I[Adjusting Dimensions and Proportions]
H --> J[Intermediate Modeling Projects]
I --> J
J --> K[Combining Shapes and Advanced Tools]
K --> L[Introduction to SimLab]
L --> M[Simulating Mechanical Movements]
L --> N[Testing and Refining Designs]
M --> O[Introduction to CodeBlocks]
N --> O
O --> P[Creating Dynamic Models with Code]
P --> Q[Final Project: Integrating Sketches, Models, SimLab, and CodeBlocks]
Learning Path of 3D Printing:
graph TD
A[Introduction to 3D Printing] --> B[What is 3D Printing?]
A --> C[Types of 3D Printers]
B --> D[3D Printing Process Overview]
C --> D
D --> E[Understanding Materials: PLA, ABS, PETG, etc.]
E --> F[Getting Started with a 3D Printer]
F --> G[Printer Setup and Calibration]
G --> H[Basic Printing Techniques]
H --> I[3D Modeling for Printing]
I --> J[Creating Models with CAD Software]
I --> K[Optimizing Models for Printing]
J --> L[Slicing Software Basics]
K --> L
L --> M[Setting Up Print Parameters]
M --> N[Intermediate Techniques]
N --> O[Using Supports and Rafts]
N --> P[Layer Adjustments for Fine Details]
P --> Q[Troubleshooting Common Issues]
Q --> R[Post-Processing Techniques]
R --> S[Finishing Touches: Sanding, Painting, etc.]
S --> T[Advanced Projects]
T --> U[Designing Functional Parts]
T --> V[Multicolor Printing and Dual Extrusion]
U --> W[Introduction to Specialized Techniques]
V --> W
W --> X[Exploring Resin Printing and High-Resolution Techniques]