
Explore advanced LED programming techniques with Arduino, including XY matrix, noise with palettes, pixel art, Fast Fourier Transform, and sound visualization for creative installations.

Explore advanced LED programming techniques using Arduino, including color palettes, timers, patterns, and effects. Learn to create dynamic and visually stunning LED displays.

Learn to develop interactive retro-style games for PCB badges using open-source frameworks. Explore game creation techniques, overcome challenges, and adapt code for your own conference badge projects.

Explore two methods for interfacing a 3.3V Raspberry Pi with a 5V Arduino Uno using I2C, including direct connection and logic level converter approaches.

Learn to control large NEMA 23 stepper motors using Arduino and microstep driver modules. Covers motor specifications, driver selection, wiring, and programming with basic sketches and the AccelStepper library.

Learn essential prototyping techniques for electronics projects using breadboards, Arduino, and Raspberry Pi. Explore design processes, tools, and accessories to kickstart your experimentation and project development.

Learn to use rotary encoders with Arduino for precise control and measurement. Explore encoder types, create Arduino sketches, and build projects like servo control and motor RPM reading.

Learn to integrate a Real-Time Clock with Arduino, from basic setup to advanced interrupt-driven applications. Includes a practical project combining time, temperature, and humidity measurements.

Learn to control large DC gearmotors using PWM and Arduino with the Cytron MD10C H-Bridge controller. Explore efficient motor control techniques and high-frequency PWM for improved performance.

Learn to integrate OLED displays with Arduino using I2C and SPI protocols. Build a temperature and humidity meter while exploring various OLED types and their advantages over traditional displays.

Explore microwave proximity sensing with RCWL-0516. Learn standalone and Arduino-integrated setups, including latching and remote sensing applications. Gain practical skills in Doppler effect-based detection.

Transfer Arduino Uno projects to ATmega328 chips for permanent, compact designs. Learn three programming methods and build a Star Wars-themed music box to demonstrate the process.

Step-by-step guide to assembling an Arduino-based Elegoo Smart Robot Car, covering component overview, assembly process, and initial testing of this versatile educational robotics project.

Explore Pixy2, a smart camera for Arduino and Raspberry Pi projects. Learn setup, training, and coding for object detection, line tracking, and barcode reading.

Learn to build an Arduino-based UV Index meter, explore UV light properties, and create two versions: a basic model and an advanced design with temperature and humidity sensors.

Master servo motor control with Arduino, from basic operations to advanced multi-servo projects using PCA9685. Gain practical skills for robotics and automation applications.

Learn to build and program a robot car using XOD, a visual Arduino IDE. Create custom nodes, use libraries, and implement sequential programming for RGB LEDs and motor control.

Explore XOD, a graphical programming environment for Arduino. Learn to create projects without coding, from basic LED control to building a temperature and humidity gauge with LCD display.

Comprehensive guide to integrating LCD displays with Arduino, covering various types, I2C adapters, and practical applications like temperature gauges and keypad shields.

Learn to build a wireless joystick for Arduino robot cars using nRF24L01+ modules. Covers module setup, RadioHead library usage, and practical demonstrations for remote sensing and control projects.

Explore inexpensive 433 MHz RF modules for Arduino projects. Learn about regulations, antennas, and data transmission. Build a wireless temperature and humidity sensor in this hands-on tutorial.