Eclipses and Celestial Mechanics
Model orbits of small bodies around large bodies in space, especially our solar system, and investigate how lunar and solar eclipses and lunar phases occur.
Automatic Braking
Students investigate a block-based program using Ozobot’s infrared sensors to provide automatic braking. Then, create and test a hypothesis. Originally written by Dr. Richard Born, Associate Professor Emeritus at Northern Illinois University.
Binary Blaster
Students will learn how to convert values from binary to decimal by implementing a program on the Ozobot. They will use Evo specific blocks (lights and sounds) to complete this activity.
Cookie Jar (Part 1 of 3)
How many cookies are in the cookie jar? Discover how variables hold information, just like a cookie jar holds delicious treats. Then create an advanced program to help Ozobot count the cookies in the cookie jar!
House Lighting Activity
Students will be able to use OzoBlockly coding skills in a more freeform activity. They will code their Ozobots using line following to light up their Holiday House.
Cookie Jar (Part 3 of 3)
In our final lesson, we’re diving into functions to enable Ozobot to mix and bake the cookies, before putting them in the cookie jar. By integrating functions into our program, we’re turning Ozobot into a master baker and adding an extra sprinkle!
Ozobot Dance-Off for the Hour of Code
Help Ozobot learn to dance! Create and program a dance routine for the Ozobot robot.
Ozobot Art—OzoArt!
This activity will challenge your students’ creativity, improve their programming skills, and allow them to design beautiful art with an Ozobot Bit and camera or iPhone.
Planetary Alignment and Kepler’s Law of Periods
In this lesson student lab groups investigate planetary “alignment” and Kepler’s Law of Periods.
Construction Set OzoBlockly Programming Challenge
Students write an OzoBlockly program to move a radioactive waste block and a bricks block to their respective drop-off zones.