
Build a 2WD robot car with speed sensors using Arduino interrupts. Learn to assemble the chassis, integrate optical sensors, and program for speed and distance measurement. Ideal for beginners and advanced hobbyists.

Comprehensive guide on using HC-SR04 ultrasonic sensors with Arduino, covering basic setup, code libraries, accuracy improvements, 3-wire mode, and multiple sensor configurations.

Explore various Arduino boards: Uno, Mega, Nano, Pro Mini, and ATtiny85. Learn their unique features, applications, and how they fit into the Arduino ecosystem for your electronics projects.

Learn to control DC motors using L298N H-Bridge and Arduino, from basic concepts to building a simple robot car. Includes hands-on demos with potentiometers and joystick control.

Expand Arduino I/O capabilities using shift registers. Learn to control multiple LEDs, drive 7-segment displays, and create custom light sequences with practical demonstrations.

Explore five Arduino-compatible temperature sensors, from basic DHT22 to high-precision MCP9808. Learn wiring, programming, and practical applications for each sensor type.

Learn to calibrate and use TCS230 and ISL29125 color sensors with Arduino. Covers sensor operation, hookup, calibration, and RGB value extraction for projects like color-following robots or jelly bean sorters.

Learn to control high-current DC loads with Arduino using transistors and MOSFETs. Practical demonstrations include switching lamps, controlling motors, and operating RGB LED strips.

Learn to program the Raspberry Pi Pico W using Arduino IDE, including WiFi capabilities for web-based control of LEDs and servo motors. Covers installation, testing, and practical applications.

Explore Arduino interrupts: hardware, pin change, and timer. Learn to create responsive interfaces, perform timed operations, and write efficient code for microcontrollers.

Learn to integrate 7-segment and dot-matrix LED displays with Arduino, covering single and multiple modules, wiring, and coding for various configurations and applications.

Learn to build a "Pico Uno" prototype board, combining Raspberry Pi Pico's power with Arduino Uno's ease of use. Explore three designs, from simple to advanced, including reset and external power options.

Learn to control an Arduino LED using Python, enabling user input for interactive hardware manipulation and exploring serial communication between devices.

Learn to control Arduino using Python, enabling LED manipulation through desktop commands in this introductory tutorial on data transmission between platforms.

Learn to create a live 3D thermometer visualization using Arduino, DHT11 sensor, and Python. Combine hardware interfacing with data visualization for real-time temperature and humidity monitoring.

Learn to control real-world objects using gesture recognition with Mediapipe and Arduino. Develop a Python program to recognize hand gestures and control LEDs on an Arduino breadboard.

Learn to create an analog voltage meter using Arduino and Python, combining hardware interfacing with 3D visualization in vPython for real-time voltage measurement and display.

Create a voltage divider with Arduino and Python, visualize real-time voltage measurements in 3D using Visual Python, and learn data processing techniques for accurate voltage representation.

Learn to transmit data from Arduino to Python, enabling stunning 3D model animations. Explore Arduino code, Visual Studio setup, and serial communication techniques for interactive projects.

Learn to program an Elegoo Smart Car's speed using an infrared remote control. Explore Arduino IDE, if statements, and mathematical concepts like slope equations for precise velocity control.

Learn to integrate an Infrared (IR) remote into Arduino projects, covering setup, library installation, and basic coding for remote control functionality.