Articles & Blogs

Want to scale hands-on learning without expanding your physical footprint. LabsLand enables students to access real hardware from anywhere.

Technology brings a new tool to electronics learning: remote labs - designed as a powerful tool to for flexible, effective, and practical engineering education.

The latest XRP Kit adds GPIO breakouts, additional servo ports, a redesigned frame for easier assembly and is now powered by the Raspberry Pi RP2350.

Discover the Raspberry Pi 500, a powerful all-in-one computer in a keyboard. Explore specs, GPIO upgrades, and its perfect pair—the Pi Monitor.

Learn how a team of engineering students designed and built a robot beehive mover, complete with GPS, Bluetooth, and PCB design using OrCAD.

Unlock your creative potential! Explore how artists integrate electronics into their work and find tips on using Arduino for interactive art installations.

A discussion of how to use Thonny, an alternate programming method, to program the Experimental Robotic Platform (XRP).

Discover how to set up the Kitronik Mini Controller for your XRP robot using MicroPython, including detailed code and instructions.

Ready to enhance your UI design process? Learn why EEZ Studio, a free and open-source tool, is a must-try for those working on embedded systems & test equipment.

Decimal is a DIY robot with built-in Wi-Fi control and live video streaming. Learn how to build and program it with the Xiao ESP32-CAM board.

Digit's AI-powered brain enables local real-time voice conversations using Hopper Chat and Llama 3. Learn how to set it up with NVIDIA Jetson Orin Nano.

Discover how the DS1302 Real-Time Clock module ensures reliable timekeeping for your projects.

Learn how to transfer data between Raspberry Pi and the Pico on your XRP using UART serial communication.

Learn how a high school student integrated the Pixy2 camera with Arduino for their autonomous rover for indoor mapping and navigation.

Dive into the third part of the Robotics Education series where students enhance their robotics skills using the Parallax kit and DFRobot micro:bit.

Get a student’s perspective on UC Berkeley’s EECS 16B course, covering advanced circuit analysis, linear systems, and the exciting S1XT33N robot project.

Break through the limitations of your 3D printer. This guide provides solutions, whether you're joining parts for structural stability or aesthetic appeal.

Explore the vast ESP32 ecosystem with this overview, featuring detailed explanations of its architecture, communication interfaces, and development tools.

Discover the capabilities of the ScioSense APC1 sensor and explore the endless possibilities of air-quality monitoring in indoor environments.

Get started with ML/AI camera modules and explore their potential. A look at Seeed's Grove Vision AI, DFRobot's HuskyLens, and Arduino's Nicla Vision.