
Explore gorillas as amazing animals and learn actions to protect them, building a foundation for the Scratch Gorilla Robot project.
Continue the robotic gorilla lesson by following step-by-step instructions to build the robot, learn how it works, and create a program using the Lego education robotics kit.
Prepare your workspace, locate the required parts by counting stars, and assemble the torso by connecting bricks, axles, gears, and a motor, ensuring correct alignment and meshing.
Build the gorilla head from bricks and plates, assemble two identical bricks, add small pieces, and position the head so its eyes become a hand and can move freely.
Build the gorilla robot's legs by assembling front and back limbs with slopes and bushings, attaching to the torso and wheel, and securing axles for stability.
Build the banana branch and attach it to the gorilla using the smart hub, tilt sensor, and motor, then connect the two elements to get the robot ready for programming.
Compare your gorilla robot with the screen model to identify its individual parts and learn which components are programmable.
Discover how the gorilla robot uses a motor for movement, a tilt sensor for position changes, and a smart hub to power and connect to your Scratch programming.
Discover how to control the gorilla's behavior by using a shake movement, a chill sensor, and bananas as inputs to trigger events and encourage movement through electronics.
See how the gorilla robot moves: a motor drives a 12-tooth gear to a 20-tooth gear, transferring motion to the legs and head for forward walking in Scratch.
Power the gorilla robot with charged batteries in the smart hub, and program it in scratch prepared for Weeda 2.0 to bring the robotic gorilla to life.
Learn to prepare Scratch 3.0 for WeDo 2.0 on a MacBook by installing the WeDo 2.0 extension, installing Scratch Link, and connecting the smart hub via Bluetooth.
Program the gorilla to walk forward when the tilt sensor detects movement, set motor direction and 80 percent power for three seconds, and test the robot.
Connect via Bluetooth, activate the smart hub, and test the Scratch movement code by tilting the sensor under the bananas to drive the gorilla robot for three seconds.
Create a Scratch gorilla routine by adding snoring and munching sounds, with two scripts activated by a broadcast message when bananas are detected, and nap when bananas are not seen.
Discover how the complete gorilla robot program works, with a main script and two auxiliary scripts for walking and banana sounds, and learn how to test and adjust program parameters.
Develop foundational robotics skills by building and programming a Scratch-based gorilla robot, and explore hands-on play with your robot.
In this short course, you will discover the basics of coding by creating your own friendly Gorilla robot. Offer it some bananas for a snack and watch it go!
We're all about hands-on learning by having fun. You will start by learning about the relationship between humans and gorillas, then proceed to building and programming this charming robot. By the end of this course, you will have a completely functional robot that you created with your own hands!
Don't worry if you are a complete beginner in the world of robotics. Instructions shown and explained in the videos will guide you every step of the way.
To complete this course, you need LEGO® Education WeDo 2.0 (#45300) robotics kit. For programming, you will use Scratch 3.0 programming environment with WeDo 2.0 extension (and Scratch Link app, if you're a PC/laptop user).
This short course won’t make you a software engineer in a day, but it certainly will provide kids with fun, engaging and worthwhile activities that will show them the basics of programming in practice. This course can also give parents and K-12 teachers the practical knowledge they need to help children learn how to code. Finally, this course is great for anyone who want to see the coding possibilities of Scratch 3.0 when used with LEGO® Education WeDo 2.0.
By the end of this course, you’ll have a basic understanding of Scratch 3.0 and how it's used to program electronic elements of WeDo 2.0.