
Learn to program and control Beaglebone Black, from GPIO pins and PWM to advanced projects like GPS tracking. Gain hands-on experience with Python, hardware interfacing, and data visualization.

Learn to control a SMARS Quad robot using MakeCode and BBC micro:bit. Covers hardware setup, leg configuration, movement commands, and programming, with a live demo and downloadable resources.

Learn to control a stepper motor via WiFi using a versatile controller. Explore various modes, web interface, and scripting for precise motor control in robotics and automation projects.

Learn to implement collision avoidance and line following capabilities for Arduino-based robot cars using ultrasonic sensors, servo motors, and optical arrays. Includes code explanations and demonstrations.

Introduction to the Raspberry Pi Pico microcontroller, covering MicroPython installation, LED control, and comparisons with Raspberry Pi Zero. Explores specifications and potential applications.

Control a servo motor with Arduino through step-by-step examples, covering basics, schematics, libraries, programming, and advanced techniques like sweeping.

Learn to control inputs and servos with Raspberry Pi Pico using MicroPython. Hands-on tutorial covers switches, potentiometers, LEDs, and SG90 servo, with code and wiring diagrams provided.

Explore using ChatGPT to generate and edit Python code for controlling LEDs, servos, and cameras on Raspberry Pi, demonstrating AI's potential in programming and hardware interaction.

Learn to control a servo motor using Raspberry Pi and Python, including accurate positioning, PWM commands, and programming techniques for precise servo movement.

Hands-on workshop for programming ESP8266 boards with MicroPython. Learn to control LEDs, servos, sensors, and communicate via HTTP/MQTT. No prior electronics experience needed.

Learn to build and control a Raspberry Pi-powered robot arm using .NET 5, Blazor, and SignalR. Explore GPIO control, servo movement, and remote operation through a web interface.