Axiometa’s Genesis IoT Discovery Lab provides a standardized foundation for development by removing unreliable connections ...

CAN, a Raspberry Pi RP2350-powered CAN development board with onboard XL2515 CAN Bus controller and a SIT65HVD230 ...

A Senior Four student from Loro Secondary School in Uganda’s Oyam District has been named best innovator at the Lango Region ...

Bangladesh, often overlooked in global tech discussions, has quietly cultivated a thriving robotics culture, particularly for young women.

Combining laser engraving with 3D printing creates unique, customizable items quickly and inexpensively. Creative projects ...

3.Arduino_LED_Matrix.h Arduino UNO R4 built-in 8x12 LED matrix can ... We have built several interesting IoT-based Weather Monitoring Projects using different sensors and microcontrollers. If you want ...

A simple Arduino project that uses 9 LEDs connected to digital pins 2 through 10 to create a forward and backward LED chasing effect. Perfect for beginners to learn digital output control, loops, and ...

It’s a self-balancing, LED-blinking ... part is that it’s Arduino-compatible. That means you can hack it, recode it, and add sensors to make it do more tricks. It’s a great way to sneak programming ...

This project demonstrates an interrupt-based embedded system built using the Arduino Nano 33 IoT, a BH1750 light sensor, and a slide switch. The built-in LED is controlled through external ...

The future of technological innovation lies at the intersection of intelligent systems, sustainability, and global collaboration.

At the end of the year, high school students enjoy the opportunity to create a final product dictated by their own interests.