STM32 Bare Metal Programming

270 views 10:01 am 0 Comments December 14, 2024

Course Information

Categories: Embedded Systems, STM32 BareMetal Programming

Welcome to our in-depth STM32 BareMetal Programming course! Whether you’re a beginner stepping into embedded systems or an experienced engineer looking to expand your microcontroller expertise, this course will equip you with the essential skills to program STM32 microcontrollers for a wide range of applications.

Course Overview

STM32 microcontrollers, powered by ARM Cortex-M cores, are known for their versatility and performance, making them ideal for applications ranging from industrial systems to consumer electronics. This course is designed to equip you with a deep understanding of STM32 microcontroller programming without relying on hardware abstraction layers (HAL) or libraries. By focusing on BareMetal programming, you will gain hands-on experience with low-level control of STM32 devices, enabling you to write efficient, optimized, and resource-conscious code.

The course emphasizes practical learning and real-world applications, covering topics such as GPIO, timers, interrupts, ADC, UART, and more—all programmed directly at the register level. Whether you’re an embedded systems enthusiast or a professional seeking to strengthen your microcontroller expertise, this course will give you the confidence and skills to master STM32 BareMetal programming.

What you will Learn

• File Creation for BareMetal Programming: Learn how to set up a BareMetal programming environment from scratch, write startup files, and configure linker scripts for STM32 microcontrollers.
• GPIO Registers: Dive deep into the architecture and functionality of GPIO registers and understand how to configure and control GPIO pins directly through register-level programming.
• LED Blink: Master the fundamentals of BareMetal programming by creating a simple LED blink project, your first step toward hardware interaction with STM32.
• Push Button: Learn how to interface push buttons and implement debouncing techniques to create responsive input systems.
• 7-Segment Display: Gain hands-on experience in driving a 7-segment display for numeric output using GPIO and register-level programming.
• LCD Display: Understand how to interface a 16×2 LCD display with STM32 microcontrollers, sending commands and data to display text using BareMetal code.
• External Interrupt: Explore the configuration and use of external interrupts to handle real-time events and improve system responsiveness in embedded applications.
• System Clock Configuration: Learn how to configure the STM32 system clock for optimal performance by setting up PLLs, clock sources, and prescalers directly through registers.
• Timer Interrupt: Delve into timer modules, configure them at the register level, and implement timer-based interrupts for tasks like periodic events and delays.
• UART Communication: Develop robust serial communication systems by configuring and programming UART peripherals using BareMetal techniques.
• Debugging and Error Handling: Acquire debugging skills using STM32CubeIDE and hardware debuggers for error-free code.

This course offers a hands-on, practical approach to STM32 BareMetal programming, empowering you to write efficient, low-level code for real-world applications.

Course Format

The course provides a balance between theoretical knowledge and practical experience, combining video lessons, coding exercises, and real-world projects to solidify your understanding of STM32 BareMetal programming.

Who Should Take This Course

  • Beginners eager to dive into embedded systems development using STM32 microcontrollers.
  • Engineers, developers, and enthusiasts looking to expand their expertise in ARM-based microcontroller programming.
  • Students studying electronics, electrical, or computer engineering who wish to specialize in STM32 microcontrollers.

Prerequisites

No prior STM32 programming experience is required, though familiarity with C programming and basic electronics will be beneficial.

Course Duration

The course spans one month, divided into 10 modules that cover different aspects of STM32 BareMetal programming.

Certification

Upon successful course completion, you will receive a certificate of achievement, showcasing your proficiency in STM32 microcontroller programming.

Join Us Today

Begin your journey towards becoming an STM32 microcontroller expert by enrolling in our course today. Whether you aim to develop advanced embedded systems or improve your technical skills, mastering STM32 programming will take your career to the next level.

For enrollment and inquiries, please contact:
Name: VAct Technologies
Contact Number: 7871909590

Course Instructor

Kumaravel Kumaravel Author

Baremetal programming for STM32

1. File_creation_for_STM32F401RC_BM
Lesson 1 of 10 within section Baremetal programming for STM32. You must enroll in this course to access course content.
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2. GPIO_Registers_in_STM32401RC_BM
Lesson 2 of 10 within section Baremetal programming for STM32. You must enroll in this course to access course content.
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3. Led_Blink_in_STM32F401RC_BM
Lesson 3 of 10 within section Baremetal programming for STM32. You must enroll in this course to access course content.
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4. Push_Button_in_STM32F401RC_BM
Lesson 4 of 10 within section Baremetal programming for STM32. You must enroll in this course to access course content.
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5. 7_Segment_in_STM32F401RC_BM
Lesson 5 of 10 within section Baremetal programming for STM32. You must enroll in this course to access course content.
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6. LCD_Display_in_STM32F401RC_BM
Lesson 6 of 10 within section Baremetal programming for STM32. You must enroll in this course to access course content.
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7. External_Interrupt_in_STM32F401RC_BM
Lesson 7 of 10 within section Baremetal programming for STM32. You must enroll in this course to access course content.
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8. System Clock Configuration_BM
Lesson 8 of 10 within section Baremetal programming for STM32. You must enroll in this course to access course content.
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9. Timer Interrupt_STM32401RC_BM
Lesson 9 of 10 within section Baremetal programming for STM32. You must enroll in this course to access course content.
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10. UART STM32F401RC_BM
Lesson 10 of 10 within section Baremetal programming for STM32. You must enroll in this course to access course content.
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