Micropython Class

MicroPython Libraries & Hardware You Will Learn

Students will learn MicroPython through a real robotic class that combines real hardware setup and real coding. Using Raspberry Pi Pico or ESP32, they will work directly with LEDs, sensors, buttons and LCD displays while developing practical skills in robotics, IoT and automation.To accelerate the learning process, students will learn each concept step by step with the support of AI, making lessons more interactive, engaging, and enjoyable.This approach also reflects modern industry practices, where AI is increasingly used as a practical tool to assist software development, coding, debugging, problem-solving, and project development.

Our programme is also one of the only classes that promotes real hardware setup and real coding, allowing students to physically build circuits, connect components, troubleshoot wiring and write the MicroPython code needed to control the hardware. NOT TO WORRY, ZERO CODING SKILS IS REQUIRED to learn Micropython and Robotics

picozero

A beginner-friendly library that simplifies the control of LEDs, buttons, buzzers and other electronic components.

machine

Learn how to control GPIO pins, PWM, ADC, I2C, SPI and other hardware functions directly from MicroPython.

time

Used to create delays, measure time intervals and control the timing of electronic projects.

rp2

Explore Raspberry Pi Pico-specific functions including advanced GPIO capabilities and Programmable I/O (PIO).

dht

Used to read temperature and humidity information from sensors such as the DHT22.

onewire

Learn how microcontrollers communicate with compatible digital sensors through the 1-Wire communication protocol.

neopixel

Control individually addressable RGB LEDs and create colourful lighting sequences, animations and effects.

DHT22 Temperature & Humidity Sensor

Learn how to detect and measure environmental temperature and humidity using the DHT22 sensor.

Thermistor Temperature Sensor

Understand how temperature-sensitive resistors can be used with analog input to measure temperature changes.

LCD 1602 Display

Learn how to display text, sensor readings and program messages on a 16-column, 2-row LCD screen.

Zero Knowledge Needed

We will start from zero. You do not need to have any pre-requisite to learn Micropython and Robotic classes. We will start from zero

Python Fundamentals → Basic Electronics → Micropython

MicroPython Course Structure

Our MicroPython programme is structured progressively so that students develop a strong understanding of programming before moving into electronics and practical microcontroller projects. Students will begin with Python programming fundamentals, continue with electronic components and circuit connections, and finally apply their knowledge through practical MicroPython projects using the Raspberry Pi Pico W, Pico 2W or ESP32.

Programme	Duration	Learning Focus	Course Fee
Python Programming Fundamentals	8 Classes	Variables, data types, conditions, loops, functions, lists and fundamental Python programming concepts.	RM 1,500
Basic Electronics & Connections	4 Classes	Breadboards, resistors, GPIO pins, wires, LEDs, sensors, buttons, LCD displays and basic circuit connections.	RM 800
MicroPython Mini Projects	16 Classes	Hands-on programming with Raspberry Pi Pico, Pico W, Pico 2W, LEDs, NeoPixels, LCD displays, sensors and other electronic components.	RM 3,000

MicroPython Mini Projects

Explore our practical MicroPython mini projects and download the accompanying PDF student guides. Each lesson progressively develops programming, electronics and Raspberry Pi Pico skills.