Production Line Simulation and Robotic Preventative Maintenance
Using OzoBlockly, Ozobots are programmed to simulate a factory production line similar to those in many of today’s factories.
Red-Green-Blue OzoBlockly Intersection Tally Challenge
Challenge your computer science students to OzoBlockly programming including arrays and functions, while encouraging self-documentation.
OzoBlockly Color Visit Counts Challenge
Ozobot is programmed to keep track of the number of times that it has traversed each of three paths–red, green, and blue paths.
“Evodot”: The Making of an OzoBlockly Game
ANYONE can PLAY this exciting game, which makes use of Evo’s proximity sensors. COMPUTER SCIENCE students can LEARN HOW TO CODE Evodot.
OzoBlockly Challenge: Walking in Squares
In an OzoBlockly challenge, you will program Ozobot to “walk in squares” in a very special way.
Chuck-A-Luck: For Fun or Computer Science and Statistics and Probability
Chuck-A-Luck, a popular carnival game, can provide students some fun or a learning experience in computer programming and statistics and probabiity.
The Game of Pig: Lesson in Probability, Statistics, and Computer Science
Students can simply have fun playing Pig or delve into probability, statistics, and computer science related to the game.
Evo “21” Game Activity
Play 21 with Evo for some fun and also learn about probability and risks associated with desicions.
OzoBlockly Stair Climb Challenge
Students are challenged to design an OzoBlockly program that makes Evo go up and then down a flight of stairs in a provided Ozomap.
Evo Challenge Lesson: Random Walk on Cartesian Plane with Turn Counts
Attachments: Evo Challenge Lesson – Random Walk on Cartesian Plane with Turn CountsEvo Challenge Solution for Random Walk on Cartesian Plane with Turn CountsEvo Random Walk with Direction Counts More Properties: Grades: 10, 11, 12, 6, 7, 8, 9 Subjects: Computer Science Academic Standards: CSTA.2-AP-11, CSTA.2-AP-12, CSTA.2-AP-13, CSTA.3A-AP-17, CSTA.3A-DA-11