Master wireless energy transfer and build Arduino-powered systems that transmit electricity—no wires, all innovation.
Discover the future of hardware with wireless power transmission using Arduino! In this hands-on course, you’ll explore the fascinating world of electromagnetic energy transfer and learn how to design, build, and optimize wireless power circuits with microcontroller integration.
What you’ll learn
- Make your own Arduino Wireless Powered Project.
- Learn How Wireless Electricity Can be transmitted using Arduino.
- Learn Working Principle of Wireless Power Transmission.
Course Content
- Introduction & History of Wireless Power –> 7 lectures • 10min.
- Working Principle –> 5 lectures • 7min.
- Why We need wireless electricity –> 5 lectures • 6min.
- Range and Safety –> 5 lectures • 7min.
- Wireless Powered Arduino Project –> 6 lectures • 7min.
- Things you should know + The Code –> 8 lectures • 17min.
- How Does This Circuit Work + End Of Course –> 4 lectures • 4min.
- Practice Test –> 0.
- Who we are? –> 1 lecture • 5min.
- Course Project –> 2 lectures • 3min.
- Course Wrap-Up –> 1 lecture • 34min.
Requirements
Discover the future of hardware with wireless power transmission using Arduino! In this hands-on course, you’ll explore the fascinating world of electromagnetic energy transfer and learn how to design, build, and optimize wireless power circuits with microcontroller integration.
From inductive coils and power regulation to Arduino-controlled activation and data display, you’ll build real working prototypes of wireless energy systems. This course is ideal for makers, tinkerers, and students who want to push past traditional circuit design and venture into contactless energy transfer.
Through guided tutorials and real-world applications, you’ll learn to blend the power of Arduino programming with fundamental electronics to build scalable, safe, and functional wireless power modules.
What You Will Learn
- Understand the core physics of wireless power (inductive coupling, resonance)
- Design and test simple wireless power transfer circuits
- Integrate Arduino for switching, monitoring, and control
- Use sensors to track voltage, current, and distance in live systems
- Build a working wireless phone charger or low-voltage application
- Troubleshoot issues related to coil alignment, power loss, and interference
- Apply safety protocols and design considerations for practical use
Who Is This Course For
- Arduino hobbyists and tinkerers
- Electronics students exploring advanced applications
- DIYers interested in wireless innovation
- Makers building automation or smart charging systems
- Engineers experimenting with contactless power technology
Requirements
- Basic Arduino programming knowledge
- Familiarity with electronics (resistors, capacitors, breadboarding)
- Access to Arduino Uno/Nano and basic components
- Wireless power kit (coil, transmitter/receiver modules, power source)
About the Instructor:
Educational Engineering Team
Team of Skilled Engineers Sharing Knowledge with the World
Educational Engineering Team offers Courses on:
- Circuit Design, Simulation, and PCB Fabrication
- Arduino, PIC Microcontroller, and Raspberry Pi
- Programming in C, Python, and other programming languages
- PLC Industrial Programming and Automation
- 3D Design and Simulation
- ESP and IoT World
Student Reviews
“I built my first wireless charger in week one—this course is the real deal!” — Naveed H.
“Combining Arduino with wireless power was easier than I expected thanks to Elena’s teaching.” — Chloe M.
“A fantastic course for taking your Arduino projects to the next level.” — Tomas G.
FAQ
Q: Do I need expensive parts?
A: No! We guide you through low-cost wireless modules and DIY coil-building techniques.
Q: Will this work for phone charging?
A: Yes, we explore small-scale wireless charging circuits suitable for phones and wearable devices.
Q: What kind of certification do I get?
A: A Certificate of Completion showing your skills in Arduino-based wireless energy systems.
Q: Is prior wireless knowledge needed?
A: Not at all—we start with the basics and build up to practical applications.
Q: Can I ask questions during the course?
A: Yes! You’ll have access to a student forum and instructor-led Q&A threads.
Excited to send power through the air?
Join this course and build your own Arduino-controlled wireless power transmission projects—an electrifying leap into the future of hardware! Enroll Now