Learn MICROPYTHON with Real Code Examples

Microcontroller runs MicroPython interpreter

Hardware modules provide GPIO, PWM, ADC, etc.

REPL for interactive access

Filesystem for scripts and libraries

Optional communication modules for networking (Wi-Fi/Ethernet)

Board boots MicroPython interpreter

main.py executed automatically

Hardware controlled via machine module

REPL allows live testing

Scripts process inputs and control peripherals

Single-threaded, event-driven scripting

REPL-based live interaction

Filesystem-based code deployment

Modular libraries for sensors and actuators

Optional networking for IoT integration

IoT sensor nodes with Wi-Fi

Robotics prototypes

Environmental monitoring systems

Educational microcontroller kits

Automation projects for small-scale embedded devices

Lightweight and efficient for microcontrollers

Maintain Python 3 syntax where possible

Provide direct hardware access

Interactive REPL for testing and debugging

Modular and extensible via libraries

Modularize scripts using functions and classes

Use libraries for repetitive hardware tasks

Optimize loops and memory usage

Combine multiple peripherals efficiently

Distribute functionality across multiple boards if needed

Port scripts from standard Python carefully

Adjust hardware-specific pin mappings

Update library usage for MicroPython

Test main.py functionality on target board

Validate all sensor and actuator interactions