Learning Activities
Use these engaging, hands-on activities and resources to help youth understand computer science and computational thinking.
Afterschool Math Plus
Help students find math in everyday experiences and build their skills in math.
Clover by 4-H
CLOVER by 4-H offers over 190 engaging, hands-on activities for learning.
Hacker Training
Learn about cryptography and how to use a replacement cipher. Then create messages to encode and decode with others in your group.
Game Changers
Game Changers is a collection of 3 activities that teaches kids computer science (CS) skills through game play and puzzles centered around topics they care passionately about.
ScratchEd Community Archives
The ScratchEd Community Archives is a Harvard-based coding education resource containing multiple computer science teaching resources.
CS First
CS First from Google for Education provides students with video-based activities, helping them learn computer science through different themes like sports, art, and game design.
Minecraft Education Edition
Minecraft is more than a video game. The education edition is a platform for computer science education designed to help students learn to code.
CS Fundamentals
CS Fundamentals is the Code.org curriculum guide, providing a comprehensive system for creating CS learning experiences.
Code Camp
Code Camp is a 24-hour programming, design and entrepreneurship contest where teams compete against other teams to build the best web or mobile app.
Game Changineer
Game Changineer is an AI-enabled website that allows students to practice coding their own games using standard language, so they learn the structure of code and computational thinking.
4-H STEM Challenge
The 4-H STEM Challenge is an annual initiative to inspire kids everywhere to take an interest in STEM through hands-on learning.
You’re a Computational Thinker
Help youth start developing their STEM identities and use computational thinking to solve a problem.
Computation Thinking with Monsters
With nothing but paper and markers, students will learn the four practices of computational thinking.
A Game Without Instructions
This lesson gives students the opportunity to practice the four computational thinking practices (decomposition, pattern matching, abstraction, and algorithms) in one cohesive activity.
Animate A Name
This is an opportunity for kids to build a customized animation and develop coding skills with CS First and Scratch.