AI Kids Lab Mission 1: Machine Learning
Collect data, discover patterns, and experience how machine learning learns through a board game.
Explore every program—from AI principles and ethics to creative work and robotics—and combine the activities your class needs.
Search, compare by field, and add multiple activities to create a program plan for your school.
Collect data, discover patterns, and experience how machine learning learns through a board game.
Explore how an image-recognition model reads data and learns from it.
Build a burger in order to learn algorithms and problem-solving.
Plan routes with block-command cards while learning sequencing, loops, and debugging.
Connect transparent pipes and markers in a board game that builds mathematical and logical thinking.
Feel how magnets push and pull, then explore magnetic fields.
Design a three-dimensional light path and use the principles of straight travel and reflection.
Design current paths and block arrangements to create light and sound.
Create an algorithm for a target shape and learn debugging by retracing steps.
Complete patterns along the shortest route and experience the principles of reinforcement learning.
Learn the foundations of coding through an accessible, game-based block-coding platform.
Explore generative AI concepts and the principles of responsible use.
Learn what generative AI is and how to use it responsibly through a board game.
Plan and create imaginative outcomes while solving problems as active learners.
Scan hand-drawn art and turn it into moving game characters and backgrounds.
Become a game designer and make an original DIY board game.
Create games with block coding while developing creativity and coding skills.
Design the motion of GraviTrax marbles and understand kinetic-energy principles.
Experience a range of careers using AI technology.
Understand flight principles and build flight-control skills through coding missions.
Program a robot to control movement and experience the basics of autonomous driving.
Combine sorting-recycling missions with robot coding to solve environmental challenges.
Use voice coding and infrared sensors in a racing game about autonomous driving.
Use sequential commands and turns to find the best route through obstacles.
Build many kinds of robots with modular cubes and try a sensor-racing game.
Run a mini soccer match with Albert robots in this coding program.
Give directions to find places and create missions for one another in a robot activity.
Draw routes with line coding and solve missions.
Experience immersive archery in an augmented-reality environment.
Experience force transfer, kinetic energy, and speed through collisions and racing.
Build and present future jobs and communities with bricks.
Drive decorated cars with friends and navigate them out of a maze.
Detect obstacles with ultrasonic sensors, collect minerals, and return to base camp.