[Automotive Manufacturing and Testing Technology] 3.PLC Control Technology
#ICT# #IOT#

Lesson Code: TCEN2026H043

Clicks:
Academic Hours
1.90hours
Publish Date
Feb 2026

Lecturer

1. LIU HaijunNeijiang Vocational & Technical College

2. GAN WeiNeijiang Vocational & Technical College

3. YANG FugangNeijiang Vocational & Technical College

4. ZHOU YangfanNeijiang Vocational & Technical College

5. HUANG RuijunNeijiang Vocational & Technical College

6. LONG YaoNeijiang Vocational & Technical College

General Introduction
This course aims to serve as a core practical course for majors such as Mechatronics Technology and Industrial Robotics Technology. It bridges vocational education and industrial positions and is closely aligned with the needs of the intelligent manufacturing industry.
Built around an integrated “theory + simulation + hands-on practice” framework, the course covers core content required for relevant vocational qualification and 1+X certificate examinations, supporting learners in achieving a smooth transition of skills from the classroom to real industrial scenarios.

This Course is for
1. Helping learners build a solid theoretical foundation in PLC control technology;
2. Enabling learners to master practical skills including Siemens S7-1200 PLC programming, hardware configuration, and communication commissioning;
3. Helping learners cultivate engineering thinking as well as strong awareness of quality, efficiency, and safe production;
4.Helping learners align their learning outcomes with occupational job requirements and relevant certification examinations, and enhancing their employability and problem-solving skills in real industrial scenarios.

Learning Materials

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

Recognized By

Benefits of Learning

1. Possessing a solid theoretical foundation in PLC control technology, with a clear understanding of hardware architecture and operating principles;
2. Being able to proficiently apply programming instructions and multiple programming approaches in PLC control systems;
3. Mastering practical skills such as equipment selection, wiring diagram drafting, program design, and fault troubleshooting, enabling coordinated control of multiple devices and virtual simulation commissioning;
4. Possessing agile engineering thinking and effective communication skills, while fostering strong awareness of quality, efficiency, cost control, and safe production;
5. Havinga a rigorous and meticulous technical attitude and an exploratory spirit of continuous learning;
6. Being able to cultivate professional values characterized by dedication to duty, diligence in practice, respect for the profession, and excellence in technical skills, in alignment with the requirements of intelligent manufacturing positions.

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