[Mechatronics] 1.Applications of Microcontroller Technology-Online Course-CATECP

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[Mechatronics] 1.Applications of Microcontroller Technology

Lesson Code: TCEN2026I036

Clicks：

LIKE

Academic Hours

1.60hours

Publish Date

Oct 2026

Lecturer

1. Lecturer ZHU XiyiGuangxi Transport Vocational and Technical College

2. Lecturer WEI HaoGuangxi Transport Vocational and Technical College

3. Lecturer GUO JiajunGuangxi Transport Vocational and Technical College

4. Lecturer HUANG ChaoganGuangxi Transport Vocational and Technical College

5. Lecturer CHEN DedengGuangxi Transport Vocational and Technical College

6. Lecturer MENG ChenGuangxi Transport Vocational and Technical College

7. Lecturer ZHU YupengGuangxi Transport Vocational and Technical College

General Introduction

This course aims to cultivate students’ competencies in smart electronic product development. It systematically introduces the basic structure of microcontrollers,

the use of Proteus for simulation and development, and typical applications such as LED light control, helping students master the fundamental approaches and methods for designing and debugging microcontroller-based application systems.

This Course is for

1. Helping trainees become familiar with the basic structure and operating principles of microcontrollers and understand the fundamentals of number systems, encoding, and C programming.
2. Equipping trainees with Keil C51 programming and Proteus simulation skills, enabling them to build typical microcontroller-based application systems.
3. Laying the necessary foundation for further study of integrated courses such as Embedded Systems and Smart Electronic Product Development.

Learning Materials

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

Recognized By

Benefits of Learning

1. Understanding the safety requirements for microcontroller development and being able to correctly connect and debug microcontroller systems.
2. Being able to create Keil C51 projects, write and compile programs, and download and flash firmware according to development manuals.
3. Understanding how to use Proteus simulation software to build and verify microcontroller application circuits and complete basic parameter configuration.
4. Being able to analyze common faults in microcontroller systems and troubleshoot and resolve them using technical documentation.
5. Understanding the hardware and software design methods for typical applications, including LED control, button input, and seven-segment displays.
6. Being able to use C programming to write, debug, and optimize microcontroller application programs to achieve the intended control functions.

Courses Videos

1.1 Understanding the Structure of Microcontrollers.mp4play 1.2 Data Types.mp4play 1.3 Introduction to C Language—Number Systems and Encoding.mp4play 1.4 Introduction to C Language—Basic Operators.mp4play 1.5 Loop Statements.mp4play 1.6 Using the Keil C51 Programming Software.mp4play 1.7 Tips for Using the Proteus Simulation Software.mp4play 2.1 Building a Binary LED Light Simulation.mp4play 2.2 Building an Eight-LED Light Control System.mp4play 2.3 Building a Running Light (LED Chaser).mp4play 2.4 Controlling the Running Light with Buttons.mp4play 2.5 Designing a Seven-Segment Display to Show Fixed Characters.mp4play 2.6 Creating the Running Light Sequence.mp4play

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