- 1. Introduction 6m 41s
- 2. Things You Must Know 4m 42s
Master the Future of Microcontrollers with STM32 ARM Course
About this course
Master the Future of Microcontrollers with STM32 ARM-Based Course!
Dive into the 32-bit Era: The Future is Now!
Remember when 8-bit microcontrollers were all the rage? Times have changed! The world is quickly transitioning to the power and prowess of 32-bit microcontrollers, and the STM32 ARM-based microcontroller is leading the charge.
Why Choose Our STM32 ARM-Based Course?
Step into the ARM Universe: If you've ever programmed a microcontroller, you know the basics. But the ARM architecture? It's the next frontier. This course introduces you to the intricacies of ARM, its operating system environment, and its unique syntax.
All-In-One Learning: From the basics of getting started to diving deep into STM32 naming, pinouts, registers, and the nuances of C programming, our course is divided into eleven comprehensive parts to ensure a holistic learning experience.
Practical Insights: Unlike courses that focus only on theory, we offer hands-on application examples and a detailed walkthrough of the STM32 development board. Plus, you'll get to code the STM32 via CubeMx!
Powerful Features of STM32: Experience the might of the STM32, boasting an ARM Cortex-M3 CPU, FPU, up to 256 Kbytes of operational memory, top-tier analog performance, and a plethora of peripherals.
Why Is STM32 The Future?
Unparalleled Versatility: STM32 microcontrollers come in a myriad of boards and packages, ensuring that there's always a perfect fit for your project.
Project Adaptability: Whether you're aiming for a basic project or gearing up for an advanced venture, STM32 can handle it all with finesse.
Performance Meets Power: The STM32 isn't just about powerful features; it's about harnessing them to execute projects with unmatched efficiency.
Take The Leap with STM32
The shift from 8-bit to 32-bit microcontrollers isn't just a trend—it's the future. By mastering the STM32, you're not just learning a new skill; you're becoming a pioneer in the next big wave of microcontroller innovation.
Sign up for our STM32 ARM-Based Course today and be at the forefront of the 32-bit revolution!
Enroll Now and Secure Your Spot in the Future of Microcontroller Programming!
What you'll learn
- Master the Future of Microcontrollers with STM32 ARM-Based Course!
- Dive into the 32-bit Era: The Future is Now!
- Remember when 8-bit microcontrollers were all the rage?
- Times have changed!
Curriculum
40 Lessons • 3H 39M- 1. The World of STM 1m 46s
- 2. Key Features 1m 53s
- 3. Applications 2m 1s
- 1. NUCLEO Development Boards 6m 38s
- 2. STM32 Development Board 7m 28s
- 1. Introduction to ARM World 10m 42s
- 2. Introduction to ARM Cortex 9m 54s
- 3. What is CMSIS 5m 25s
- 1. ARM Cortex M4 Architecture 4m 19s
- 2. ARM Cortex M4 Memory Map 2m 53s
- 1. Download and Install STM32CubeMx IDE 10m 9s
- 2. Download and Install Arduino IDE 9m 23s
- 3. Configure Arduino IDE to Program STM32 Boards 8m 5s
- 1. STM32 ARM Naming 4m 33s
- 2. STM32 Pinout 5m 32s
- 1. Some of the GPIO Registers in STM32 13m 1s
- 2. Control Registers in STM32 7m 2s
- 1. Soldering STM32 Pins 1m 46s
- 2. Connecting STM32 to PC via FTDI 3m 15s
- 1. Intro to STM32Cube mx 5m
- 2. STM32CubeMx MCU Selector 7m 12s
- 3. Pinout Configuration 8m 56s
- 4. Peripherals and Middleware configuration 4m 17s
- 5. First STM32 Code 9m 27s
- 6. Uploading your first code to STM32 Board 5m 48s
- 1. Introduction 2m 6s
- 2. Overview and The software to be used 5m 56s
- 3. Compilation Process and Your First C Project 3m 30s
- 4. How to increase the font size in the Programming environment 1m 19s
- 5. Why C and Basic Program Structure 2m 44s
- 6. Variables 3m 12s
- 7. Statements and Operators 4m 39s
- 8. LOOP Statements 3m 33s
- 9. Conditions if and switch 5m 15s
- 10. Numbering System 5m 15s
- 11. Using Operators 4m 26s
- 12. Using Functions 5m 6s
- 13. Digital inputs and Delay loops 4m 13s
- 0.00 instructor rating
- 1 courses
- Systems students worldwide
Ashraf S.A Almadhoun
Learn from DragonZap instructors with practical, build-first lessons focused on systems, low-level programming, compilers, kernels, and real-world engineering fundamentals.
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