Patrick Hood-Daniel teaches bare-metal STM32 microcontroller programming, covering GPIO, timers, interrupts, and IDE setup in an eleven-hour course.
Get the kits to complete these projects here: buildyourcnc.com/collections/arm-stm32-microcontroller-kits?…
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Introduction
Introduction to Bare Chip Microcontroller Development
The Prototyping Setup
Installing the new 2.0.0 STM32CubeIDE and supporting software (CubeMX and Cubemonitor)
IDE and Monitoring Software Setup (Legacy)
Getting Familiar with the STM32CubeIDE
Creating a Project in the IDE
Transferring the program to the microcontroller
Monitoring Runtime Data using STMStudio or STMCubeMonitor
Troubleshooting 1: Chip erase using the boot pin
Troublechooting 2: Chip erase using the reset pic
Troubleshooting 3: Power on AVCC not present
4 Most Important Code Instructions - Changing and testing bits
Project 1: Turning on an LED The "Hello World" of MCU Projects
Project 2: Receiving Input from a Button
Project 3: Latching an Input
Project 4: Interfacing an LCD Display
Using pointers to construct a string of characters
Project 5: Sending integers to the LCD
Project 6: Send floating point numbers to the LCD
Project 7: Set the location on the LCD
ADC (analog to digital conversion) introduction
Project 8: ADC Conversion (internal temperature sensor)
Project 9: Converting the ADC value to a meaningful number - Temperature -
Project 10: Potentiometer as the ADC input
Project 11: Timers and Counters Prescaler (Skip Oscillations)
Project 12: Timers and Counters: ARR (Auto reload register) Top Count Limit - Count Direction - Center Aligned Mode (Zig Zag Counting)
Introduction to PWM (Pulse width modulation)
Project 13: PWM (Pulse width modulation)
Project 14: Creating an ADC Header File
Project 15: Control PWM Output with the ADC
Project 16: Control the Dimming of an LED using PWM
Project 17: Control a Hobby Servo with the PWM Output
Project 18: Control a Hobby Servo with a potentiometer connected to the ADC
Introduction to Interrupts
Project 19: Using interrupts for ADC Conversion
Project 20: Using interrupts for ADC Conversion 2 Channels
Project 21: Fixing an Artifact on the LCD
Project 22: Push Button Interrupt
Project 23: External Interrupts on two pins
Project 24: Switch output to the STMStudio rather than the LCD
Introduction to the I2C or IIC communication protocol
Project 25: Communicating with the ADXL 345 Accelerometer via I2C - Writing
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Why it's here
3 people recommend this
What people say. Recommended as a comprehensive bare-metal programming course for beginners learning STM32 microcontrollers.
K
u/KaLaTa1987in r/embedded • Recommends
What should I do next?
I've wanted to work in embedded systems for a long time, but around 3–4 months ago I started taking it seriously.
I began with Arduino projects, then quickly moved to the ESP32, and recently bought an STM32 NUCLEO board. I completed this bare-metal programming course, but since the course used a different STM32 board than mine, I ended up spending a lot more time reading the reference manual and studying it.
Now that I've finished the course, I'm not sure what to do. Should I take another course? If so, which ones would you recommend? Should I spend some time learning AVR as well, or focus entirely on ARM-based MCUs for now?
I know projects are important, but I'm…
On “Feeling completely lost trying to learn STM32 GPIO and Timer Interrupts how to bridge the gap from confusing tutorials to actual hardware understanding?”
Can you share the playlist if it is in YouTube?
There is one STM32 course in YouTube for beginners (11 hours), you can check it out if it helps:
link to this video
