Employment Analysis and Introduction of Automation Major in Secondary Vocational Schools

1. What does the automation major do?

The automation major is based on automatic control theory as the main theoretical basis, and uses electronic technology, computer information technology, sensors and detection technology as the main technical means to control various automation devices and systems. .

The automation professional direction includes the following types:

1. Industrial process control direction: supported by automatic control and computer technology, automatic control is realized for the actual industrial production process, and is controlled by signal detection It consists of main courses including transformation, process control, computer control system, intelligent control and field bus line control technology.

2. Electrical engineering direction: enables students to engage in design, development, maintenance and management of power supply, electrical control and monitoring of power system automation, factories and enterprises, and building systems. The main courses are composed of electrical control technology, motion control, PLC application technology, power supply technology, power system relay protection, etc.

3. Embedded system direction: Focus on cultivating embedded system design and software design capabilities, combining theory with practice, and cultivating professionals in the embedded system direction through classroom teaching, experiments and other forms of learning. ; It consists of main courses in embedded system design, embedded real-time operating system, DSP technology, advanced display technology, and motor control.

The automation major is a comprehensive discipline that combines computer hardware and software, mechanics and electronics, components and systems, operation and manufacturing, and integrates control science, computer technology, electronic technology, and mechanical engineering. .

It has the distinctive characteristics of "combination of control and management, equal emphasis on strength and weakness, and both soft and hard application". It is a wide-caliber engineering major that intersects science, engineering, liberal arts and management.

The main course content of the automation major includes circuit principles, signals and systems, analog electronic technology, digital electronic technology, automatic control principles, modern control theory, microcomputer principles and applications, software technology foundation, motors and tractors Dynamics, power electronics technology, computer control technology, system simulation, computer network, motion control, process control, microcontroller and embedded system principles, computer-aided design, professional English, intelligent control, etc.

Currently, the cutting-edge technology in the automation profession is relatively developed. In the past few years, new automation technology has made significant progress. This change and subsequent adoption will continue to rise in the new year. Recent advances include the industrial application of some popular consumer technologies. This helps accelerate the ongoing convergence of information technology and operational technology to support digital processes.

Main courses of professional courses

Circuit principles, electronic technology foundation, signals and systems, computer principles and applications, computer software technology foundation, process engineering foundation, motor and electric drive foundation, Power electronics technology, automatic control theory, signal and system analysis, process detection and instrumentation, operations research, computer simulation, computer network, process control, motion control, basics of system identification, computer control system, introduction to systems engineering, complex variable functions and integrals Introduction to transformation, automation, embedded system principles and design.