Students are introduced to the development and applications of embedded systems and taught how to make their systems using a TinkerCad simulation of the Arduino Uno device and the Arduino programming application.
Students will:
- Learn more about electrical engineering and computer science with a hands-on experience
- Use and Identify several components in the Arduino system, including LEDs, potentiometers, and resistors
- Have a basic understanding of how the Arduino system works
- Use the C coding language with the Arduino computer application
- Create their own Arduino-based projects
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Lab time commitment
100-140 minutes (including 50-minute intro video)
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Lab materials
Digital materials only
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Live Q&A session and wrap up with
College Students & Professional Engineers

April 23, 2025
Telva McGruder
Executive Director, Global Body Manufacturing Engineering
General Motors
Classroom Tools & Resources
Get access to all of the presentation materials, workbooks and resources to run the Smart Circuits lab in your classroom.
Lab Intro Videos
Get our engineer’s introduction to the lab topic and learn more about the lab activity.

Teacher Guide
Pre-work, instructions and troubleshooting advice.
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Student Workbook
Questions and assessments from the lab presentation.
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Abbreviated Student Worksheet
A worksheet containing major student lab activities.
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Engineer’s Presentation
Full lab presentation presented by our engineers.
ViewMeet the lab intro host

James Venditto
Electrical Engineering Ph.D. Student
,
Columbia University
James is an electrical engineering PhD student at Columbia University’s Lightwave Research Laboratory, where he performs research in the area of integrated photonics. He began his journey in semiconductor devices at the University of Notre Dame, where in 2022 he completed his B.S. in Electrical Engineering, with a concentration in Semiconductors and Nanotechnology. He then went to Columbia, where he obtained his M.S. in Electrical Engineering in 2024.
James designs, simulates, and tests photonic devices that are used for optical communications. Currently, his research projects include examining photonic circuit designs for satellite-satellite communications, and designing components in new material processes.

James is an electrical engineering PhD student at Columbia University’s Lightwave Research Laboratory, where he performs research in the area of integrated photonics. He began his journey in semiconductor devices at the University of Notre Dame, where in 2022 he completed his B.S. in Electrical Engineering, with a concentration in Semiconductors and Nanotechnology. He then went to Columbia, where he obtained his M.S. in Electrical Engineering in 2024.
James designs, simulates, and tests photonic devices that are used for optical communications. Currently, his research projects include examining photonic circuit designs for satellite-satellite communications, and designing components in new material processes.