Día de los Muertos Dance (Grades K-2, Addition/Subtraction)
During Día de los Muertos, we can bring joy and celebration through dancing! Solve addition and subtraction problems to help Ozobot create a Día de los Muertos dance.
Día de los Muertos Dance (Grades 3-5, Multiplication/Division)
During Día de los Muertos, we can bring joy and celebration through dancing! Solve multiplication and division problems to help Ozobot create a Día de los Muertos dance.
Fractions on a Number Line
Students will use Ozobot and the Ozo Tells Time STEAM Kit to make connections with their understanding of the fractions ½, ⅓, and ¼ on a clock and on a number line.
Getting Ready Routine for Ozobot Blockly
Students will list their morning routines and draw a picture for each item. Then, they will program Ozobot in Ozobot Blockly to pause at the time that each event happens, so students can explain the event.
ORA Essentials: Lesson 6 – Using Vacuum Grippers
Students learn about the practical applications and limitations of vacuum grippers in robotics, including how to program and test them for various tasks involving different objects.
Meet the Vacuum Gripper
Vacuum grippers are known for their versatility, but not without limitations. Learn about their functional foundational principles and apply that new understanding to a series of experiments and challenges.
ORA Essentials: Lesson 7 – How Finger Grippers Work
Students explore the components and mechanics of finger grippers through hands-on activities, testing with various objects, and discussions on the comparison with human grip and its applications in industry.
ORA Essentials: Lesson 2 – ORA Editor & Workspace
Learn about the ORA Editor and how to begin programming ORA.
ORA Essentials: Lesson 3 – Basic Programming Blocks
Students learn the basics of programming ORA, learning to identify, assemble, and execute multi-block programs to predict and control robot arm movements.
Meet the Finger Gripper
Pneumatic finger grippers are simple and can operate at high speeds, operating effectively without motors or gears. Learn about how they work and apply that new understanding to a series of experiments and challenges.