A-Mazing Race: Calculate and Code
Apply grade-level math skills to solve problems and use the answers to build color-coded paths for Ozobots to follow. This lesson combines computational thinking, math problem-solving, and hands-on coding to reinforce key concepts.
Ozobot evo česky
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Ozobot EVO známý robot
Děti se naučí programovat s Ozobotem
Cluck and Code: Georgia’s Agricultural System
Ozobot delivers Georgia-grown chicken from Canton to Atlanta! Students use Ozobot Blockly Level 3 to explore the Agriculture, Food & Natural Resources career cluster.
Ethics Lab: AI on Trial
Step into the role of an AI Ethicist! Students will investigate how AI can make biased decisions, propose improvements, and use Color Codes to demonstrate their evaluation of AI decisions with Ozobot.
Introduction to Color Codes 07: Line Switch
Students will learn Color Codes to program Ozobot to move in a set sequence to and from multiple lines that are not connected.
Introduction to Color Codes 09: Skills Check 2 (Grades 3-5)
Students check their understanding of using Color Codes to program their bot to run on a timer and switch lines to mimic playing soccer and scoring a goal.
Introduction to Color Codes 05: Skills Check 1 (Grades 3-5)
Students check their understanding of using Color Codes to program their bot to move in set directions, change speed, and complete special moves to show a sequence of events and move through a maze.
Healthy Habits
What healthy habits are part of your everyday routine? Which ones are you working to build? Show your thinking by using block-based programming to move Ozobot through your healthy habit tracker.
Whale Fall Cycle
Program Ari to represent stages of a whale fall and the ecosystem that forms on the ocean floor. Students use color codes and sequencing to create and refine scientific models.