As industrial automation and intelligent manufacturing continue to gain popularity, PLC, as the core control unit of industrial equipment, is a key carrier that connects the operation of industrial robots, automated production lines, and intelligent warehousing equipment. It is also an essential skill in the field of automation technology.
Chongqing is a gathering place for the intelligent manufacturing industry in southwest China. The automation upgrades of various manufacturing enterprises have steadily increased the demand for talents in technical positions such as PLC programming, equipment debugging, and system operation and maintenance. Systematic PLC programming practical training has also become an important way for many people to delve into the field of industrial control.
Chongqing Xinhua Computer School offers the Robot Intelligent Manufacturing Engineering major, focusing on local industry development needs and focusing on Chongqing PLC programming practical training that is suitable for industry applications.
This training abandons the purely theoretical teaching mode and focuses on practical teaching with strong practicality. It is suitable for entry-level people and technical practitioners who want to improve their industrial control skills, and helps students gain a solid grasp of the core practical capabilities of industrial automation.
This PLC programming practical training course builds a complete teaching system around the actual application scenarios of industrial sites. The content progresses from shallow to deep, and is suitable for learners with different basics.
In the early stage of the course, basic contents such as electrician basics, electrical diagramming, and electrical component recognition are laid out to help students build an industrial control knowledge framework and clear entry barriers.
The advanced stage focuses on explaining the programming logic and operation methods of mainstream PLC equipment, covering common programming languages such as ladder diagrams and instruction lists, and detailed explanations of basic instruction applications such as logical operations, data transmission, and program calling. It also covers supporting skills such as touch screen configuration, inverter debugging, servo motor control, and sensor matching to meet the operational needs of diverse equipment in industrial sites.
The entire course weakens boring theoretical accumulation, and all knowledge points are connected to actual equipment operations, allowing students to understand programming principles and at the same time become familiar with basic operations such as equipment hardware wiring, program writing and entry, parameter debugging, and troubleshooting, and master standardized industrial control equipment operating procedures.
The core of industrial control technology lies in practical application, and paper theory is difficult to adapt to the actual needs of industrial production.
The school’s PLC programming practical training relies on an exclusive smart manufacturing training venue, equipped with complete PLC training equipment, industrial robot training devices, and automated simulated production lines, to restore the real industrial operating environment.
The teaching process is based on practical projects. Students can independently participate in practical training content such as equipment wiring, program writing, system debugging, production line linkage simulation, etc., from simple motor start and stop control, signal light logic control, to complex multi-device collaborative automation program writing and debugging, and gradually accumulate practical experience.
Through repeated on-machine training, students are helped to master equipment operation skills, become familiar with common procedural problems and processing ideas at industrial sites, and develop standardized industrial control operating habits.
At the same time, the teaching content closely follows the industry equipment application trends, covering mainstream PLC equipment models and control systems on the market, taking into account small equipment programming and medium and large production line control logic learning, so that the skills mastered by students are in line with the equipment application standards of Chongqing’s local manufacturing, automobile, electronics, new energy and other industries.
As the local smart manufacturing industry continues to upgrade, the penetration rate of industrial automation equipment continues to increase. The demand for PLC technology practitioners in various industries covers equipment debugging, electrical control, system operation and maintenance, automation technology support and other directions.
After completing this PLC programming practical training, you will be able to adapt to many types of industrial control-related technical positions. You will be able to independently complete basic work such as conventional PLC program writing, automation equipment debugging, daily equipment operation and maintenance, and electrical control system optimization. You will be able to adapt to the technical position needs of multiple industries such as machinery manufacturing, automobile production, electronic appliances, environmental protection equipment, and new energy.
For those who want to enter the field of industrial automation and consolidate their hard-core technical capabilities, systematic PLC practical learning is a solid foundation for taking root in the industrial control industry and continuing to advance.
Based on Chongqing’s local industrial environment, Chongqing Xinhua Computer School’s Robot Intelligent Manufacturing Engineering major continues to delve into practical teaching of PLC programming. With industry-friendly course content and normalized practical training models, it helps every learner gain a solid grasp of automation practical skills and calmly meet the needs of technical positions in the field of industrial intelligent manufacturing.
