**Main courses in embedded development and what you can do after learning:**
1.**C/C++ Programming Language:**
Learn the C/C++ language as the basic language of embedded system development, and be able to write the underlying code of the embedded system.
2.**Digital Circuits and Systems:**
Understand the basic principles of digital circuits, learn to design and analyze digital circuits, and lay the foundation for hardware programming.
3.**Embedded System Architecture:**
Learn about the architecture of embedded systems, including processor architecture, memory management, input and output.
4.**Embedded System Design:**
In-depth knowledge of the design principles of embedded systems, including the collaborative work of hardware and software to realize specific functions.
5.**Real-Time Operating System (RTOS):**
Learn to use a real-time operating system and master key concepts of real-time systems such as task scheduling and interrupt handling.
6.**Embedded Software Development Tools:**
Proficiency in the use of embedded system development tools, such as compilers, debuggers, simulators and so on.
7.**Communication Protocols:**
Understanding and mastering common communication protocols, such as UART, SPI, I2C, etc., in order for the embedded system to communicate with external devices.
8.**Embedded System Testing and Debugging:**
Learn to test and debug embedded systems using a variety of tools to ensure system stability and reliability.
9.**Internet of Things (IoT) Technology:**
Understand IoT technology and learn to connect and integrate embedded systems with cloud services and other devices.
10.**Embedded System Project Practice:**
Participate in embedded system projects, apply what you have learned and enhance your practical project experience.
11.**Low Power Design:**
Learn the principles of low power design for embedded systems to improve battery life and system energy efficiency.
After taking these courses, you will have the basic skills needed to design, develop, and maintain embedded systems. You'll be able to participate in projects in areas such as IoT device development, automotive electronics, and medical devices to design and optimize embedded systems to improve system performance and stability.
The above content is carefully organized by Piggyback.com.