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[Applied Electronic Technology] 3.Embedded Operating System Applications
#ICT# #IOT#

Lesson Code: TCEN2026I033

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Academic Hours
3.40hours
Publish Date
Oct 2026

Lecturer

1. Lecturer ZHAO JianchuanGuangdong Mechanical & Electrical Polytechnic

2. Lecturer OU QibiaoGuangdong Mechanical & Electrical Polytechnic

3. Lecturer ZHANG JianbaoGuangdong Mechanical & Electrical Polytechnic

4. Lecturer ZHANG YuGuangdong Mechanical & Electrical Polytechnic

5. Lecturer WANG DeyiGuangdong Mechanical & Electrical Polytechnic

6. Lecturer HE WeiGuangdong Mechanical & Electrical Polytechnic

7. Lecturer LUO QixiGuangdong Mechanical & Electrical Polytechnic

General Introduction
This course focuses on developing students’ competencies in application development based on embedded real-time operating systems. It primarily covers the principles, programming approaches, and engineering practices of RT-Thread basic I/O, thread scheduling, and peripheral
development, thereby aligning with the requirements of embedded development positions and laying a solid foundation in core real-time operating system development skills.

This Course is for
1. Helping trainees become familiar with the architecture and operating mechanisms of the RT-Thread embedded real-time operating system, as well as the underlying principles of basic I/O.
2. Equipping trainees with practical skills in thread scheduling, inter-thread communication, and peripheral driver development, as well as the corresponding programming methods.
3. Enabling trainees to develop fundamental embedded project development capabilities and lay a solid foundation for advanced courses such as Operating System Porting.

Learning Materials

1. Corresponding PPT
2. Online Course Video
3. Simulation Question Bank

Recognized By

Benefits of Learning

1. Understanding how to perform basic operations in the RT-Thread development environment, including project compilation, program downloading, and debugging.
2. Being able to understand RT-Thread thread concepts, thread synchronization, inter-thread communication, and time management, and apply these methods to embedded system development.
3. Understanding the RT-Thread device model and being able to use device model interfaces to read peripheral information and develop peripheral applications, such as temperature sensor applications, ADC voltage measurement, motor control, and smart car operation.
4. Being able to use RT-Thread software packages to develop applications, such as developing infrared remote-control applications for mobile robots using an infrared communication software package.
5. Understanding how to troubleshoot simple code bugs based on program error messages and device operating behavior, and being able to debug and modify programs accordingly.
6. Being able to read and understand RT-Thread sample code and integrate threads and peripheral drivers to develop and implement small-scale embedded applications.

Courses Videos
1.1 Getting to Know the RT-Thread Real-Time Operating System.mp4play1.2 Creating an RT-Thread Project.mp4play2.1 Introduction to RT-Thread PIN Device and Its Interface.mp4play2.2 Implementing Vehicle Light Double-Flash Control Using PIN Device Output.mp4play2.3 Using PIN Device Input for Button-Controlled Buzzer.mp4play2.4 Implementing Button-Controlled Horn Using PIN Interrupt.mp4play2.5 Simultaneous Control of Double-Flash Lights and Horn via Button.mp4play3.1 Introduction to Threads.mp4play3.2 Using Threads to Simultaneously Implement Vehicle Light Double-Flash and Button-Controlled Horn.mp4play3.3 Explore the Thread Running Mechanism.mp4play3.4 Thread Actively Yielding the CPU.mp4play4.1 Recognizing the Concept of Thread Synchronization and the Semaphore Mechanism.mp4play4.2 Using Semaphore Mechanism for Matrix Keyboard Key Recognition.mp4play4.3 Understanding Mutex.mp4play4.4 Understanding Event Sets.mp4play5.1 Understanding RT-Thread System Time and Its Interfaces.mp4play5.2 How to Obtain High-Precision Time.mp4play5.3 Using System Time Interfaces to Implement Ultrasonic Distance Measurement (Level Scanning Method).mp4play5.4 Using the System Time Interface to Achieve Ultrasonic Ranging (Interrupt Method).mp4play6.1 Understanding Mailbox Communication and Its Interfaces.mp4play6.2 Using Mailbox for Inter-Thread Communication.mp4play6.3 Understanding Message Queue Communication and Its Interfaces.mp4play

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