Today's Agenda
1:00 - 1:15 PM: Logging on & Ice breakers
1:15 - 2:00 PM: Tinkercad Demo
2:00 - 2:10 PM: Bio Break
2:10 - 2:20 PM: Activity Time
2:20 - 3:00 PM: Let's Build a Game Level
3:00 - 3:30 PM: Reflections, Saving & Sharing
Today you'll explore more advanced Tinkercad features, including shape alignment, creating holes in shapes, mirroring, and using the physics simulator to create more dynamic 3D models.
Ability to align and group shapes to create complex models.
Knowledge of creating custom shapes and using the “Hole” feature.
Understanding of basic physics simulation within Tinkercad.
Alignment: Adjusting the position of shapes so they line up in a specific way.
Hole: A feature in Tinkercad that allows you to subtract one shape from another, creating an empty space.
Mirror: A function that duplicates a shape and flips it over a selected axis, creating a symmetrical effect.
A shape with a hole
Alignment
The mirroring tool
Combining shapes with holes
Here, we'll learn how to add and subtract from shapes, create custom shapes, and even play around with physics.
Step 1: Log In to Tinkercad and start a new project
Click on the link above and then log in with nickname
This should be your first name and last initial in one word (like sevanm)
Create a new 3D design project by clicking 'Create New'
Then press '3D Design'
→ Aligning shapes
Create two shapes (one shape inside another to create a hole)
Select both
Find and press the icon at the top right of the screen that looks like two bars (or press L)
The dots around the shape will help you figure out the type of alignment you want
Clicking on a dot will align the shape in that specific direction
→ Creating a hole in a shape
Now that you have two shapes, select the inner shape
With your shape selected, go to the right panel that pops up and select 'Hole'
Now, select both objects and group them together!
→ Mirroring a Shape
Duplicate a shape or create a new one
With your shape selected, go to the icon at the top right of the screen that looks like two planes (or press M)
Choose the direction you want your shape to mirror by clicking on one of the three arrows
→ Making Custom Shapes
Go to the shape panel and click on 'Basic Shapes'
Scroll all the way down to the bottom and find 'Shape Generators'
Add a shape into your workspace and play around with the parameters! Can you make something cool?
→ Playing with the Physics Simulator
All the way at the top right of the screen, click on the icon that looks like a falling apple (the Sim Lab)
Click on the mountain below that icon to change the material of the ground
Click on shapes to alter their material and physics properties
Get ready to throw stuff! Press Play at the bottom left, and then click on the screen.
→ Save Your Work
Move around your workspace to get the best view of your work
At the top right of the screen, press 'Send to'
Then click on the download icon
Upload it to Padlet!
How to use the shape generator
Examples of 3D game levels
Let's use Tinkercad to create a 3D Level Design!
Medium: Focus on basic shape creation, alignment, and simple hole operations.
Spicy: Experiment with complex custom shapes, intricate designs, and advanced physics simulations.
Step 1: Sketch out what you want your video game level to look like using Sketchpad
Think about:
Will my level be friendly?
Will my level be dangerous?
What kind of objects do I want to make?
Step 2: Create a new 3D Project
Step 3: Use everything we've learned in Tinkercad to create your game level!
What we've learned:
Rotate, scale, and change the color of a shape.
Align shapes to create structures.
Use the 'Hole' feature to create tunnels or gaps.
Mirror objects for symmetrical designs.
Add custom shapes to enhance your level.
Use the physics simulator to test interactions.
Bonus Step: Create at least two levels - one that's cute and friendly, and one that's more challenging, scary, and dangerous!
Add your work to our workshop's Padlet!
Step 1: Visit our class Padlet website
Step 2: Press the plus icon
Step 3: Upload your work
Press the upload button (the first button)
Find and select your file (screenshot)
Step 4: Add your name and title to your work!
Optional: write a short caption describing your work
Step 5: Then, press Publish!
Learn how to make extremely detailed, complex shapes in TInkercad here!