Getting Started With STM32 MCUS Programming

Published 1/2026
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 2.58 GB | Duration: 5h 30m

using STM32CubeIDE v2, STM32CubeMX and the ST HAL library

What you’ll learn
Discover STM32 microcontrollers and the STM32Cube ecosystem
Getting familiar with the tools STM32CubeIDE and STM32CubeMX
Configure the hardware using STM32CubeMX
Handle interrupts
Use the DMA for data transfers between memory and to peripherals
Use most common communication interfaces: UART (serial), I2C, SPI
Use peripherals and communication interfaces in blocking (polling), interrupt and DMA modes
Find additional information in the ST documentation

Requirements
At least a basic knowledge of C programming language

Description
STM32 microcontrollers are among the most widely used in many domains:Â consumer electronics, automotive, medical devices and Internet of Things (IoT). They are powerful microcontrollers thanks to their architecture based on ARMÂ Cortex-MÂ cores, with very low power consumption.This course will guide you step-by-step in mastering STM32 MCUs, by taking advantage of the STM32Cube ecosystem, a collection of tools and software libraries provided free of charge by STÂ Microelectronics. This course will enable you to quickly become autonomous for your own projects.Through practical projects on a Nucleo board (affordable STM32 development board manufactured by ST, compatible with Arduino shields), you will learn how to configure and use the main peripherals and communication interfaces of the STM32:Â UARTÂ (serial port), I2C, SPI, timers, DMA. For this, we’ll use STM32CubeMX, a powerful tool provided by ST allows to graphically configure the hardware, and generate initialization code. We will also use the STÂ HALÂ (Hardware Abstraction Layer)Â library, which makes the development much easier and faster.This course follows the new workflow introduced by STM32CubeIDEÂ v2 end of 2025, in which STM32CubeMX is no longer integrated, but has to be used as a standalone tool.Theoretical lessons explain various concepts that we will meet throughout the course:Â architecture of the STM32, interrupts, communication buses, peripherals, and so on.This course is intended for engineers, students and hobbyists, with or without experience of microcontrollers. Basics in CÂ language are required, as we will use this language.
Engineers,Students,Hobbyists