What does an automation major do?

There are three main employment directions for mechanical majors, namely engineering and technical personnel, design and development personnel, product sales personnel, etc.

The mechanical major mainly learns the basic theory of mechanical design and manufacturing, learns the basic knowledge of microelectronic technology, computer technology and information processing technology, receives the basic training of modern mechanical engineers, and cultivates the basic ability of mechanical product design, manufacturing, equipment control, and production organization and management. Its main courses are mechanics and mechanical engineering.

Automation refers to the process in which a machine or device is automatically operated or controlled according to a prescribed procedure or instruction without human intervention.

Automation application fields can be divided into: office automation, mechanical automation, information automation, industrial automation, sewage treatment automation, etc., which are widely used. The use of automation technology can not only liberate people from heavy physical labor and part of mental labor and harsh or dangerous working environments, but also expand the function of human organs, greatly improve labor productivity, and enhance human ability to understand and transform the world.

Automation refers to the process of achieving the expected goals through automatic detection, information processing, analysis and judgment, manipulation and control of the production and management process of machinery and equipment, systems or processes with the direct participation of no or fewer people, according to the requirements of people.

It's boring, but it's easy to find a job.

The premise is that you are a man.

What does the automation profession do:1. The main research of automation is the principle and method of automatic control, automation unit technology and integration technology and its application in various control systems. It is based on the theory of automatic control, with electronic technology, power electronics technology, sensor technology, computer technology, network and communication technology as the main tools, and is oriented to the automatic control of industrial production process and the automation of various industries and departments.

2. It has the distinctive characteristics of "combination of control (system) management (management), strong (electricity) and weak (electricity), and soft (piece) and hard (piece) implementation", and is a wide-caliber engineering major with the intersection of science, engineering, literature and management. After graduation, students will be able to work in the fields of automatic control, automation, signal and data processing, and computer applications.

3. The employment field is also very broad, including high-tech companies, scientific research institutes, design units, colleges and universities, financial systems, communication systems, taxation, foreign trade, industry and commerce, railways, civil aviation, customs, industrial and mining enterprises and science and technology departments.

Employment direction of graduates majoring in automation:

1. Power plant (including the distribution room of various companies and factories).

2. Software development (especially single-chip microcomputer or EDA, etc.).

3. PLC (generally industrial control direction, building an operating platform, etc.).

4. Various mines, or metal smelting sites (for the maintenance and operation of automation equipment, etc.).

1. The automation major is a major that takes automatic control theory as the main theoretical basis, electronic technology, computer information technology, sensor and detection technology as the main technical means, and controls various dynamic devices and systems.

2. There are two development directions for the major, the first is the direction of industrial process control, the second is the direction of embedded system, which is the combination of computer hardware and software, the combination of machinery and electronics, the combination of components and systems, the combination of operation and manufacturing, and the comprehensive discipline of control science, computer technology, electronic technology and mechanical engineering"Combination of control and management, equal emphasis on strong and weak electricity, and both software and hardware"It is a wide-caliber engineering major with the intersection of science, engineering, culture and management.

3. Automation professional education is accompanied.

The best explanation of automation is that machines, equipment, and systems automatically realize the process of performing relevant actions according to the expected goals in accordance with people's requirements without human participation, aiming to free human hands.

Here we have to focus on understanding the word "automation", automatic, indicating that there is no need for manual, then it needs to be controlled, so the essence of automation is "automatic control". In fact, in foreign countries, there is no "automation" major at all, but only "control engineering", but this major is used as a master's degree in automation in China.

Nowadays, automation majors are very common in major universities, and their employment after graduation is also very good, which is worth choosing.

The automation major is based on emerging cross-sectional disciplines such as system science, control science, and information science, and takes advanced technologies such as electrical technology, electronic technology, sensing technology, computer technology, and network technology as the main technical means to realize the interdisciplinary comprehensive majors such as motion control of various moving bodies, process control of various production processes, and optimization of various systems.

The first-level discipline of automation is "control science and engineering", which cultivates engineering application technical talents who master the relevant knowledge in the fields of automatic control, computer software and hardware, artificial intelligence and robotics, and can be engaged in system design, product development, scientific research and technical management in automation and related fields, and can solve complex engineering problems.

Cultivation requirements. Students in this major mainly learn the basic theories and basic knowledge of electrical technology, electronic technology, control theory, information processing, system engineering, automatic detection and instrumentation, computer technology and application, and network technology, and receive good basic training in engineering practice. Basic ability in system analysis, design, development and research.

Automation mainly studies the basic knowledge and technology of electronic technology, automatic control, system engineering, information processing, etc., conducts the analysis, design, development and research of automation systems, and realizes the automatic control of various devices and systems. For example: the design of automatic door control system for buildings, the design and manufacture of intelligent robots, the automatic control of industrial equipment, and the research and development of automatic observation systems for weather phenomena.

Students in this major mainly learn the basic theories and basic knowledge in the field of automation, receive basic training in the basic methods of automation and solve practical engineering problems, and have the basic ability in automation engineering design and research.