Our course is designed so that you can gradually delve into the world of microcontrollers, starting from the simplest concepts and ending with complex projects. You will not only learn how various components and devices work, but also learn how to apply this knowledge in practice by creating your own projects.
The lesson order is organized as follows: Arduino, STM32, OrangePI/RaspberryPI. Why is it easiest to start with Arduino?
- Ease of learning - Simple integrated development environment (IDE) and a vast amount of educational materials.
- Low entry barrier - Initial projects with Arduino require minimal knowledge in programming and electronics.
- Large community - Arduino has one of the largest communities of enthusiasts, meaning you will always find help, advice, and ready solutions for your tasks.
- Wide range of components - Arduino offers a variety of sensors, modules, and components that are easily integrated and allow you to quickly expand the functionality of your projects.
- Many examples and libraries - Arduino supports a vast number of ready-made libraries for various devices and sensors, making it easy and fast to add new functionality to projects.
- Easy integration with other platforms - Despite starting with Arduino, the skills and knowledge acquired can easily be applied when transitioning to more complex platforms like Raspberry Pi and STM32.
1. To understand how microcontrollers work, you should read Basics of Electronics.
2. First acquaintance with Arduino.
3. Information on how to start writing your own programs can be found Here.
4. After the basics, you can read additional mini-lessons on our forum here and here.
5. Next, you can move on to advanced topics, such as:
Sound
LEDs
Displays
AC device control
Control loops
Heating and cooling
Stepper motors
Servomotors
Advanced motor control
Motors, pumps and actuators
After mastering Arduino, you can move on to learning about single-board computers such as Raspberry Pi or Orange Pi, which provide much more computational power and functionality for a variety of projects. Raspberry Pi and Orange Pi are miniature computers capable of running Linux-based operating systems like Raspbian or Armbian, making them ideal for more complex applications that require a full-fledged OS. These devices are widely used for creating media centers, home servers, video surveillance systems, robots, and other projects that require powerful computing capabilities and extensive connectivity options. Transitioning to Raspberry Pi or Orange Pi allows you to work with more complex software, use powerful programming languages such as Python and C++, and integrate internet services and cloud technologies into your projects.
OrangePi and RaspberryPi
Now that you are familiar with simple microcontrollers, you can advance to learning about more complex microcontrollers like the STM32, which offer higher performance and advanced capabilities for complex projects. The STM32 is a family of 32-bit microcontrollers based on the ARM Cortex architecture, widely used in industries, medical devices, consumer electronics, and other fields. These microcontrollers have high computational power, large memory capacity, and numerous peripheral devices, enabling the implementation of complex algorithms and tasks such as signal processing, motor control, working with various interfaces, and wireless communication. Transitioning to STM32 opens up new horizons and allows you to create more advanced and high-performance devices.
1. Here you can learn more about what ARM technology is and how it works.
2. The main lessons on STM32 are in this topic.
3. We also have additional lessons for registered users.
These knowledge and skills will not only expand your technical horizons but also allow you to bring your boldest ideas to life, making your journey in the world of electronics exciting and fruitful. We are always ready to help you on our forum, answering your questions and supporting you at every stage of your learning and creativity. Wishing you success and inspiration!