This project provides hands-on learning experience, guided by our Learning Management Software.
It includes a one-year student subscription to the course and materials necessary for an individual student to complete the project.
Within the online course, you'll find step-by-step video instructions, lesson videos, and additional activities to help students raise state testing and ACT scores, and a certification portion that allows students to earn a micro-credential.
Build, Program, and Code Electronics
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The STEM Learning Package
The STEM Experience
Ready to be a Tech Whiz?
Build your own marble maze and code your way to fun! Learn the fundamentals of programming with Arduino, experiment with motors and joysticks, and dive into the exciting world of electronics.
As you build, code, and experiment, you'll gain a deeper understanding of STEM concepts, from physics and engineering to computer science.
Topics Explored
Programming
• Learn the fundamentals of coding with Arduino.
• Write code to control motors, sensors, and other electronic components.
• Develop problem-solving skills as you troubleshoot and refine your code.
Electronics
• Understand basic electrical concepts, such as current, voltage, and resistance.
• Learn how to assemble and test circuits.
• Explore the world of sensors and how they can be used to create interactive projects.
Mechanics
• Apply engineering principles to design and build your marble maze.
• Experiment with different materials and structures to optimize performance.
• Troubleshoot and refine your design to achieve maximum efficiency.

Build, Program, and Code Electronics
Loved by Students
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"One success was putting the wires in the designated spot. One challenge was hot glueing the pieces on the cardboard."
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"During the week prior to Thanksgiving Break, Mrs. Julia Smith’s Cyber Foundations classes worked on iSTEM Coding and Electronics Arduino lessons provided by a grant from Ashley Furniture. Students enjoyed the hands-on leaning creating electrical circuits using an Arduino Uno and electrical components and investigating electrical current, voltage, and digital logic as well as the fundamentals of programming. Mrs. Smith definitely has some potential electrical engineers in her classes!"
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"It was super fun and easy when we were making the maze."