ORA Essentials: Lesson 3 – Basic Programming Blocks
Students will learn the basics of programming ORA and Evo, learn to identify, assemble, and run multi-block programs, and predict and control ORA movements.
ORA Essentials: Lesson 4 – Guided Programming
Students will learn X, Y, and Z axes through coding sequential motions, combine code blocks for ORA and Evo, learn to identify, assemble, and run multi-block programs, and plan movements for time efficiency and accuracy.
ORA Essentials: Lesson 5 – Meet the Vacuum Gripper
Students will learn about the ORA vacuum gripper end effector tool, understand when a vacuum gripper is used, and create programs using the vacuum gripper.
ORA Essentials: Lesson 6 – Concurrency with the Vacuum Gripper
Students will learn concurrency in programming by controlling ORA and Evo to execute parallel instructions. Students explore the capabilities and limitations of the vacuum gripper.
ORA Essentials: Lesson 7 – Meet the Finger Gripper
Students will learn about the ORA finger gripper and when it is used. Students will also explore precision X, Y, and Z motions to pick and place objects with precision.
ORA Essentials: Lesson 8 – Apply the Finger Gripper
Students will learn to control the pitch, yaw, and roll of the ORA as they orient the finger gripper to complete a series of tasks.
ORA Essentials: Lesson 9 – Inspection and Logic
Students will learn how variables and randomness can be introduced to code to perform quality control testing or help with game design.
ORA Essentials: Lesson 10 – Efficiency and Types of Movement
Students will learn the difference between joint and linear movement. Students will also learn about adding user points in Ozobot Editor.
ORA Essentials: Lesson 11 – Functions: Jobs and Subjobs
Students will learn about creating and calling functions to perform specific tasks. These functions will make up subjobs which will be combined to complete a larger job/task.
ORA Essentials: Lesson 12 – Logic and Control
Students will learn about the conditional logic statements ‘And’ and ‘Or.’ Students will understand how these statements are used in ladder logic.