Ozobot Editor Essentials 01: Sequences and Algorithms
Create your first block-based program in the Ozobot Editor! Discover how sequences and loops affect what Ozobot does. Then plan with pseudocode, testing, and debugging to guide Ozobot in a home-to-school challenge.
Meet Ari: Color Codes (5-12)
Show off your Color Coding skills by coding a track that programs Ari to perform various actions! Using the Color Codes app and different Color Codes, determine the correct sequence that guides Ari from start to finish.
Meet Ari: Color Codes (K-4)
Explore Color Codes in a whole new way with Ari! Using the Color Codes app, observe how each Color Code programs Ari to perform different actions.
Industry Applications 10: Robot Arms in Space
Students will learn about different uses of robotic arm technology outside of Earth’s atmosphere. Students will participate in a challenge to utilize precise ORA finger gripper movement.
Industry Applications 12: Material Movers
Students will learn about robotic arm technology in the shipping and distribution industry and will use ORA to unload a shipping container of goods.
Industry Applications 8: Robot Arm, Assemble!
Students will learn about robotic arm technology used in the automotive industry. Students will use ORA to perform the actions at a particular station on an assembly line.
Industry Applications 5: Robot Barista
Students will learn about robotic arm technology used in the coffee industry and how ORA can be used to perform the duties of a barista.
Industry Applications 11: Pack and Play – ORA Style
Students will learn about robotic arm technology used in the packaging and distribution industry. Students will use ORA to perform the packing and sorting functions in an automated packaging center.
Industry Applications 9: Quality Control with ORA
Students will learn about robotic arm technology used in quality inspection and quality control. Students will use ORA and Evo together to perform quality control on a sample set.
Industry Applications 7: Nuclear Control Rod Automation
Students will learn about reaction-rate control systems used in the nuclear power industry and how a robotic arm could be used to raise and lower those control rods.