The DIY Electronics Set by Engino is designed for forward-thinking educators who want to go beyond closed systems and empower students to build, test, and iterate real-world robotic prototypes. Compatible with widely used microcontrollers like Microbit and Arduino, this set offers the perfect hardware companion for schools that already use these platforms and are now looking for a robust mechanical structure and electronics expansion to unlock open-ended project-based learning.
At its core is the DIY Hub, equipped with Engino’s own removable ESP32 controller featuring Wi-Fi and Bluetooth connectivity. It can be programmed using the KEIRO visual interface or any Arduino-compatible environment. Educators can easily swap in Microbit or Arduino Nano, maximizing the use of existing classroom resources. What sets this kit apart is its ability to give “body and motion” to students’ ideas—bridging the gap between code and the physical world. Combined with Engino’s mechanical components, students can build complex models that move, react, and adapt using a wide range of included electronics:
Smart sensors (IR, ultrasonic, light, temperature, humidity, sound, soil moisture, inertial)
Actuators (LEDs, servos, speaker, relay modules, motor)
OLED screen, buttons, connectors, and mini breadboard for real prototyping
Ideal for design thinking, engineering design cycles, and hands-on STEM challenges, this set promotes faster iterations, deeper learning, and meaningful engagement. It’s not just a toolkit—it’s a launchpad for creativity, technical fluency, and real innovation.
The DIY Electronics Set by Engino is designed for forward-thinking educators who want to go beyond closed systems and empower students to build, test, and iterate real-world robotic prototypes. Compatible with widely used microcontrollers like Microbit and Arduino, this set offers the perfect hardware companion for schools that already use these platforms and are now looking for a robust mechanical structure and electronics expansion to unlock open-ended project-based learning.
At its core is the DIY Hub, equipped with Engino’s own removable ESP32 controller featuring Wi-Fi and Bluetooth connectivity. It can be programmed using the KEIRO visual interface or any Arduino-compatible environment. Educators can easily swap in Microbit or Arduino Nano, maximizing the use of existing classroom resources. What sets this kit apart is its ability to give “body and motion” to students’ ideas—bridging the gap between code and the physical world. Combined with Engino’s mechanical components, students can build complex models that move, react, and adapt using a wide range of included electronics:
Smart sensors (IR, ultrasonic, light, temperature, humidity, sound, soil moisture, inertial)
Actuators (LEDs, servos, speaker, relay modules, motor)
OLED screen, buttons, connectors, and mini breadboard for real prototyping
Ideal for design thinking, engineering design cycles, and hands-on STEM challenges, this set promotes faster iterations, deeper learning, and meaningful engagement. It’s not just a toolkit—it’s a launchpad for creativity, technical fluency, and real innovation.