STM32 Programming course for beginners
A complete, project-based course designed to teach you how to program STM32 microcontrollers with confidence — from GPIO and timers to communication interfaces and interrupts.
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Highly Practical
What you'll learn
✔Essential theory guide.
✔ Understanding deeply how microcontrollers operate.
✔ Working with datasheets, reference manuals, and other technical documents.
✔ Learning 'Embedded C': bitwise operations, numbering systems, etc.
✔ Being able to program the microcontrollers using STM32CubeIDE and STM32HAL API.
✔Being able to program the microcontroller using only the CMSIS library.
✔ Mastering GPIO, TIMERS, INTERRUPTS, UART, and ADC peripherals.
✔ Design the logic of your LED device.
✔ You will lay a solid foundation to learn more advanced topics.
Course Content
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CH0 - Course Introduction
3 lessons- 1 - Introduction to the course
- 3 - Libraries and Tools to program STM32 microcontrollers
- 4 - Datasheets and other documents
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CH1 - GPIO peripheral
10 lessons- 1 - Introduction
- 2 - IDE installation
- 3 - Hardware configuration
- 4 - HAL API, GPIO
- 5 - C language, numbering systems
- 6 - stdint library
- 7 - Bitwise operators
- 8 - Registers
- 9 - Setting, resetting the bits
- 10 - CMSIS, GPIO peripheral
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CH2 - How the microcontroller operates at a low level...
2 lessons- 1 - The microcontroller architecture
- 2 - Startup file
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CH3 - External Interrupts
3 lessons- 1 - Introduction
- 2 - HAL API, External interrupts
- 3 - CMSIS, External interrupts
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CH4 - Pulse-Width-Modulation
8 lessons- 1 - Introduction to Clocks
- 2 - Introduction to Timers
- 3 - HAL API, Timers
- 4 - CMSIS, Timers
- 5 - PWM implementation, STM32
- 6 - HAL API, PWM
- 7 - CMSIS, PWM part 1
- 8 - CMSIS, PWM part 2
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CH5 - Timer update interrupt
3 lessons- 1 - Introduction to Timer interrupt
- 2 - HAL API, Timer interrupt
- 3 - CMSIS, Timer interrupt
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CH6 - UART Communication protocol
3 lessons- 1 - UART Introduction
- 2 - UART: data transmission
- 3 - UART: data reception
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CH7 - Analog-to-Digital Converter
3 lessons- 1 - ADC explanation
- 2 - Document explanation
- 3 - HAL API, ADC
Reviews
Alex R
What I really like about this course is learning both bare-metal and HAL API STM32 Programming. The instructor also explained all the topics rigorously.
Dmitri Sokolov
I liked how the instructor explains a new STM32 peripheral topic and immediately applies it to develop the logic of the led device. Finally, my LEDs are blinking and can control their brightness. In addition, it was great to learn the STM32 bare-metal programming.
Rahul Das
The course content is great, and I got the response to all of my questions within a day or even a few hours.
Ren Saito
All topics are well structured, and it is quite easy to follow. Highly recommend it to beginners!
Olivia Bennett
It was great to understand all logical bitwise operations and apply them to manipulate the registers values.
Henry Webb
I finally grasped the interrupts work and how to use them in STM32 Programming. Thanks a lot!
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$30
$60
✔Flexible payment plans
✔Lifetime access
✔ 40 lessons
✔ 4 hours of video content
✔ PDF Materials
Flexible Payment Plans
Choose to pay once for lifetime access or spread the cost over several easy monthly payments — all shown at checkout.
Discount for students
Students can get a 30% discount on this course. Contact us to claim your discount.
Cancelling & 14-day Money-back guarantee
I'm sure you'll enjoy this course! But if it doesn't meet your expectations, no problem—you can get a full refund within 14 days and cancel anytime, no questions asked.
Ask Questions Anytime
Whenever you're stuck, ask in the comments tab — I personally reply within 12 hours to guide you forward, like a mentor throughout your STM32 journey.
Target audience
Built For Engineers Like You
➜ Students and engineers who want to get started with STM32 microcontrollers
➜ Hobbyists interested in embedded systems and electronics
➜ Anyone transitioning from Arduino to professional embedded development
➜ Developers who want to strengthen their understanding of STM32 HAL and CubeMX