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hardware Beginner 21 lessons

Arduino Advanced

Go beyond blinking LEDs. Master sensors, motors, displays, and interrupts to build interactive hardware projects with Arduino.

Arduino is the gateway to physical computing. This course takes you from basic circuits to complex electromechanical systems. You will learn to interface with analog and digital sensors (Temperature, Distance, Light), control DC and Stepper motors using drivers, and display data on LCDs and OLEDs. We cover interrupts for real-time responsiveness and optimizing memory on limited-resource microcontrollers. Build robots, weather stations, and home automation prototypes.

✅ 100% Free & Lifetime Access
⏱️ 5-Minute Lessons (Bite-sized learning)
🚀 21-Lesson Path (Independent modules)
📱 Mobile Friendly (Learn anywhere)
Makers
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Complete Course Syllabus

  • 1
    Digital vs Analog
    Reading sensors and PWM signal output.
  • 2
    Motor Control
    H-Bridges, servos, and controlling speed/direction.
  • 3
    Displays & UI
    Writing text and graphics to OLED screens.
  • 4
    Comms Protocols
    Using I2C and SPI to talk to advanced chips.
  • 5
    Interrupts
    Multitasking on a single-core processor.

Estimated completion time: 21 lessons • Self-paced learning • Lifetime access

Career Outlook

Estimated Salary
$70k - $100k

Career Paths

Embedded Developer $80k-$120k
Hardware Prototyper $70k-$100k
IoT Technician $60k-$90k

What You Will Learn

Interface with complex sensors using I2C and SPI protocols
Control motors and servos for robotics applications
Display data on LCD/OLED screens and manage menus
Use Interrupts to handle real-time events without blocking
Optimize C++ code for limited microcontroller memory

Skills You Will Gain

C++ Circuit Design Sensor Integration Microcontrollers Soldering Basics

Who Is This For

Makers
Hobbyists
IoT Beginners

Prerequisites

None
Interest in Electronics

Arduino Advanced FAQs

Kit needed?

Physical kit recommended, but simulators work.

Coding?

Yes, Arduino uses C++ syntax.

Electronics knowledge?

We teach Ohm's Law and basic circuit theory.

Professional use?

Great for prototyping; industry uses other chips.

Need more info?
All Reork courses are 100% free, self-paced, and fully accessible on mobile devices. No prior experience is required. Read our full Platform FAQ.

Tech Stack & Tools

Arduino IDE
Tinkercad Circuits
Fritzing
Multimeter

Recommended Next Steps

Edge AI (TinyML)

hardware Advanced

Run AI on microcontrollers. Train and deploy TensorFlow Lite models to Arduino and ESP32 for voice, gesture, and vision recognition.

ESP32 WiFi/Bluetooth

hardware Intermediate

Build connected devices. Master the ESP32 microcontroller to create web servers, use Bluetooth (BLE), and connect to the cloud.

PCB Design (KiCad)

hardware Advanced

Design custom circuit boards. Master Schematics, PCB Layout, and manufacturing file generation using the open-source KiCad EDA.

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