Guided learning
Tynker’s self-guided courses enable kids to learn at their own pace in a fun, interactive environment.
Built-in tutor
Tutorials give step-by-step instructions that teach how to apply coding concepts so kids can complete projects without frustration.
Free play mode
After completing a tutorial, kids can experiment with what they’ve built to help them apply the concepts they’ve learned.
Learn the basics of coding as you explore a haunted mansion. Build 15 fun DIY projects with guided tutorials
In Glitch Manor, you will:
Learn the ABCs of coding as you solve engaging story-based challenges that gradually introduce new concepts.
Cover new concepts while fighting off steambots, exploring underwater caves, and repairing a flying tower.
In Turing’s Tower, you will:
Use apps Tynker Junior, Tynker, and Mod Creator to code, create, and mod on a tablet, while on the go.
Use code to explore secret worlds, solve dungeon puzzles, and program armies to follow your commands.
In Goblin Quest, you will:
Learn to code while you explore six of the coolest careers ever!
In Barbie™ You Can Be Anything™, you will:
Program the physics engine and learn turtle graphics to produce 9 amazing physics and drawing games.
In Cannon Crasher, you will:
Use advanced physics engine commands as you program a platformer game with your own hero and enemy A.I.
Battle your friends with code! Pit your code against others to see who the true coding champion is!
Build 8 fun arcade games to advance your coding skills and learn 2D motion, pen drawing, and animation.
Learn about variables and cloning as you create a multi-level action game, design boss fights, and program A.I.
Program a multi-level arcade game with a scoring system, win-loss scenarios, and special effects.
Make amazing games and apps for every occasion. Game kits and projects periodically added throughout the year.
Build an Angry Birds-style physics-based game. Learn to program gravity and collisions—and even create a black hole!
In Gravity Sling, you will:
Learn to control virtual versions of Sphero, Hue, and drones by solving puzzles in a virtual playground.
In Crash Course, you will:
Learn to add AR into your apps. Use live video and gestures to interact with virtual game elements.
In Augmented Reality, you will:
Learn to code the micro:bit, a tiny programmable computer with built-in sensors, an LED array, and Bluetooth.
In Intro to micro:bit, you will:
Experience the thrill of programming robots as you control motors and program tilt sensors with LEGO WeDo.
In WeDo Coding, you will:
Program micro:bit using MicroPython to create pedometers, wearable bracelets, and 2-way communication radios.
In micro:bit Programming, you will:
Connect to a drone to see your code take flight! Program your drone to perform advanced piloting maneuvers.
In Stunt Pilot, you will:
Make your own skins and experience basic Minecraft modding with Tynker.
In Mod Starter Pack, you will:
Progress to more advanced mods. Create exploding snowballs, a tree house, a fireworks show, and many more mods!
Learn to mod Minecraft with Tynker! Build 25 cool mods to host on your own private server.
Use logic, loops, variables, and functions to bring complex Minecraft structures to life! Learn to build 24 cool mods.
In Mind Crafters, you will:
Learn to create 3 classic games in Minecraft – Capture the Flag, Slimeball Soccer, and Tower Defense.
In Game Design I, you will:
Advance to creating more multiplayer games like Spleef, Paintball, Save the Pig, and more in Minecraft.
Learn to create 3 classic games in Minecraft – Capture the Flag, Slimeball Soccer, and Tower Defense.
In Game Design I, you will:
Learn to code apps and games using Python and JavaScript templates. Code using our HTML and CSS starter projects.
Learn HTML and CSS and build responsive web pages and web sites.
In Intro to Web Development, you will:
Code fun browser-based apps using JavaScript and the HTML canvas. Build 11 mini-games like Snake and Pong!
In JavaScript 1, you will:
Get introduced to Python as you solve coding puzzles, learn to code games, and complete programming activities.
In Python 1, you will:
Learn to apply Python to the real world! Use advanced concepts such as lists, dictionaries, classes, and recursion.
In Python 2, you will:
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