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Code an Edison robot to find fruit-shaped stickers on the ground and to keep count of the total number of stickers found.

#edison #robot #robotics Example of Racing Activity using an Edison robot. In this activity, 2 Edison robots are driving on the racing mat. Edison robots use line detection sensors to detect black, white, and yellow surfaces. Based on the reflection value it decides whether to keep right forward or left. Surface reflection values are unique for each surface, it's a trial-and-error process.

In this program, our mBot will find its way out of a square maze by testing whether there is an obstacle within 18 cm away using Ultrasonic sensors. Code by teacher Viet Pham at the K-6 AI club.

Edison robot programmed by teacher Kazybek Mizam solves multiple mazes by using Infrared-based obstacle detection. EdScratch code: drive.google.com/file/d/1lMk9ws3Dl6Jw3BDz0JlXwnF3AUXa-TG6/view?usp=sharing Code and maze created by Kazybek Mizam Auburn University

Edison robot programmed by teacher Kazybek Mizam to follow a predefined trajectory to solve a maze. No obstacle detection used. Code and maze created by Kazybek Mizam Auburn University