Magnetic modules
Modules stack on top of each other and hold with magnets. Power and data connect by themselves, with no wires or soldering.
Modules stack on top of each other and hold with magnets. Power and data connect by themselves, with no wires or soldering.
Students describe what the kit should do in their own words. The AI turns it into a flowchart and explains why it works.
Students try the program in a simulation, then upload it to the kit with one button over USB or Bluetooth.
Everything starts with the Mainboard and its ESP32-S3 chip. Modules stack on it into a tower, and each one adds a single job: lights, a display, buttons, sensors or motors.
EDU01
The brain of the kit with Wi-Fi and Bluetooth
EDU02
Four coloured LEDs and four buttons
EDU03
One LED that lights up in any colour
EDU04
Four-digit display for numbers and time
EDU05
Light and flame sensor, buzzer and infrared
EDU06
Rotary knob with a push button
EDU07
Three slide potentiometers
EDU08
Colour LED matrix, 8 × 8 dots
EDU10
Screen for text, numbers and drawings
EDU11
Rotary knob from 0 to 100 %
EDU12
Four coloured buttons
EDU18
Keypad with 16 keys
More modules for AI Lab: Relay, Mosfet, Compass, SDPlayer (MP3), Servos and the Joystick prototype.
AI Lab is a programming environment in the browser. Students describe what their kit should do, and the AI builds a flowchart out of bubbles. The program is not unreadable code but a diagram students understand from the first step.
Type something like “When it gets dark, turn on the LED.” The AI asks back and suggests the first step.
The program is a flowchart of actions, conditions, loops, variables and events. Bubbles can also be added and edited by hand.
The simulation steps through the bubbles and the 3D preview shows what the LEDs, displays and motors do. Modules can be added and moved with the mouse.
One button turns the flowchart into MicroPython and uploads it to the Mainboard over USB or Bluetooth. The diagram can then show what the real board is doing.
In the default Step by step mode the AI builds the program in small steps, explains each one with an everyday comparison and ends with a “Try this…” task. It points out mistakes in the bubbles instead of quietly fixing them. The Whole program mode builds the solution at once, and still explains it.
Teachers create a class, students join with a code or a link and get assignments. Teachers open each submitted program, write feedback, give a grade or send it back for fixes, and see how the whole class is doing.
A classic kit often ends with plugging in wires and copying code. Eduingo combines magnetic modules that connect by themselves with AI Lab, where students build their own algorithms from steps, conditions and loops and see right away what they do on a real device.
Modules in AI Lab
Sample projects
Project themes, from games to IoT
Ways to upload: USB and Bluetooth
CEO & CTO
CEO & Sales
Emotional Support
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