What are the most promising jobs for college students majoring in production process automation?

It is best to learn automation to engage in automatic control, because the professional counterpart, what you learn will be used in your work. It is recommended that you do all the positions, and you are familiar with each position, then you will become an expert, and if you still have some management skills, maybe one day you will become the leader of the unit. Oh, everything is difficult at the beginning, the director must have perseverance, I wish you success.

The national joint examination for master's degree for in-service personnel.

There is no academic certificate, there is a degree certificate. It belongs to the non-academic education of graduate students, and the examination is held in October every year, mainly to recruit in-service personnel, and some of the majors also recruit fresh graduates, such as master of software engineering, master of engineering in the field of electronic communication, control engineering, etc. Currently, there are 15 professional degrees.

Part-time degree studies can be carried out on a part-time basis or without part-time ......Specifically, there are: Master of Laws (different from the one in the JAE in January), Master of Education, Master of Physical Education, Master of Arts, Master of Public Health, Master of Military, Master of Business Administration (different from the MBA Joint Entrance Examination in January), Master of Accounting, Master of Public Administration, Master of Engineering, Master of Agricultural Extension, Master of Veterinary Medicine, Master of Landscape Architecture, Master of Landscape Architecture, Master of College Teachers, and Master of Secondary Vocational Teachers; If you apply for a junior college, you can do without a bachelor's degree, but the acceptance rate is only 10%.

The employment prospects for automation majors are still very good. Can be engaged in automation engineering, automation design, system engineering, mechanical and electrical equipment automation control engineering, data acquisition, electronic technology, computer control system engineering, artificial intelligence, robotics engineering, etc. It can be engaged in technical design and development, as well as maintenance and repair.

First, if the automation major is a bachelor's degree, if you go to the enterprise for employment, you need to start from the workshop, depending on the personal situation about 1 year, after one year of workshop exercise, you can engage in the work of a design assistant, drawing drawings and the like, the design assistant is about 1 year, which can allow you to participate in simple design, if you complete the task excellently, you can participate in the design of the module. If you pass the assessment, you will be allowed to complete a module of the project independently. until you are trained to be able to develop and manage projects independently.

This is a basic (not the only one) career pathway. If you go directly to a research institution, it is quite difficult to graduate from a bachelor's degree, unless it is very special. If you go to the design institute, it's pretty good, and there are experienced masters with you.

2. Employment prospects. Now the country attaches great importance to the development of the manufacturing industry. In particular, intelligent manufacturing, intelligent manufacturing, coupled with the application of 5G and the advent of the future 6G era, automatic control jobs will grow from geometric levels.

Whether it is a private enterprise, a joint venture, a state-owned enterprise or even a relevant department, there is an urgent need for automatic control professionals. Design, manufacturing and production need automatic professionals, control system maintenance and upgrading also need a large number of automation professionals, and the use of enterprises or units also need talents with automatic professional background. As a result, the job prospects are still very good.

In short, the work that can be engaged in after graduating from the automation major is still very wide, which has a lot to do with the characteristics of this discipline, and automatic control involves almost all fields. Therefore, the job prospects are also quite good!

Automation is an undergraduate major, and his name in the graduate school is control science and engineering, and I have to admit that he can better reflect the professional characteristics in the graduate level.

Automation is based on the theory of automatic control with electronic technology, computer technology, sensors and detection technology as the main technical means, to control the system of various automation devices, to put it bluntly, is to make an electronic device to replace labor.

With the continuous development and progress of society, the development of automation will be better and better, after China enters the 90s of the 20th century, the degree of automation of civil aviation, railway, finance, communication system, taxation, customs and other departments is getting higher and higher, and the demand for automation talents is increasing, like some large enterprises integrated automation system, national railway automatic dispatching system, national power network automatic dispatching system, air traffic control system, urban traffic management system, etc., intelligent application fields are gradually expanding, Medical automation, economic management automation, etc.

And now automation in large factories can imitate human intelligence, robots have been in industrial production, in the ocean development and space exploration has played a major role, factory office home automation, a skill to say that automation will become an important part of the new technological revolution, and can be rapidly developed.

The prospect of automation graduates will also be bright, because automation technology is widely used in various fields of society, automation professional adaptability is very strong, a wide range of applications of engineering and technology disciplines, the employment counterpart rate of this major is also relatively high, after graduation, students of the major can be engaged in automatic control automation management and other related work, can renew electrical engineers, test engineers, mechanical engineers, sales engineers, software test engineers, etc., The most important courses in this major at the undergraduate level are the principles of automatic control, modern control theory, signals and systems, computer science and mechanical engineering.

You can be an electronic engineer, an electrical engineer, an automatic control engineer, a technician, a R&D engineer, a software development engineer, a system integration engineer, an equipment engineer, an electromechanical engineer, a network engineer, an information technology specialist, and so on. The job prospects are very broad.

It is very good to go to some large companies to do sales, you can also go to the civil service examination, or go to some large factories to work as a worker. The job prospects for this job are not particularly good, because many factories do not need students of this major.

The employment prospects are very good, for example, you can work as an electronic engineer or technician, you can also go to work as a software engineer, as well as an equipment engineer, you can also work as a software engineer, R&D engineer, and programmer, etc.

Graduates of automation majors, like other engineering graduates, are mostly enterprises: foreign enterprises, state-owned enterprises, private enterprises, engaged in product development, production, sales, equipment maintenance and enterprise (project) management, etc. That is to say, engineers, workshop directors, factory directors, managers, salesmen, etc.

So what is automation? The process of automatic operation or control of a machine or device in accordance with prescribed procedures or instructions without human intervention, and its goal is "stable, accurate and fast". Automation technology is widely used in industry, agriculture, military, scientific research, transportation, commerce, medical, service and household.

The use of automation technology can not only liberate people from heavy physical labor, part of mental labor and harsh and dangerous working environments, but also expand the function of human organs, greatly improve labor productivity, and enhance the ability of human beings to understand and transform the world. Therefore, automation is an important condition and a significant symbol for the modernization of industry, agriculture, national defense, and science and technology.

That is to say, students majoring in automation in universities have a wide range of destinations, and it is a jack-of-all-trades major, which can be used in any industry. After graduation, if you stay in the position of engineer or senior engineer, you will be an engineer and technician in the same nature as other majors, and if you are promoted to an expert or factory manager, it is the future of ordinary people.

Good or bad depends on your interests and future development, what major is not important, but interest makes you go far in this field, which is why many people do not engage in their own major after graduation and take a detour. The above is a little impression of an engineer who has been engaged in the automation industry for more than 20 years, for your reference.

The automation major is not bad, but the market demand is quite large.

The automation profession covers a wide range of industries, and many industries can do it!

The automatic chemistry major is too miscellaneous, not as specific as other majors, basically Zhi computer, electricity, electricity, electronics, and telecommunications each took a special part of the fur course together. It is recommended to subdivide this major, because although the employment is wide, there is no advantage in employment, because the outside enterprises are either the Internet industry, the communication industry, and electrical enterprises, which have no advantages compared with the corresponding related majors. In different schools, some automation is strong and some are weak.

And the gap between the undergraduate and graduate direction of automation is also very large, several directions of graduate students have systems engineering, control engineering, these two are more suitable for people majoring in mathematics, pattern recognition (artificial intelligence) direction is more suitable for people majoring in mathematics, computer, telecommunications, detection technology direction is more suitable for people majoring in instrumentation, graduate school means that a large part of the electrical courses in this science are not used, or graduate students in electrical automation. It is recommended to either study computer directly, or directly study electrical engineering, or instrumentation.

Those who enter the workshop and control the machine.

Judging from the current situation, in fact, it is very good to choose to learn computers, and you basically don't have to worry about finding a job when you come out, and some can also start your own business.

The automation specialty is BAI with automatic control du

Theory is the main theoretical basis, based on electronic technology.

DAO, computer information technology, sensors and internal detection technology, etc., are mainly technical means to control various automation devices and systems.

There are two development directions for the major, the first is industrial process control, and the second is embedded systems. It is a comprehensive discipline that combines computer hardware and software, machinery and electronics, components and systems, operation and manufacturing, and integrates control science, computer technology, electronic technology and mechanical engineering. It has:"The combination of control (system) management (management), strong (electricity) and weak (electricity) are equally emphasized, and both soft (piece) and hard (piece) are implemented"The distinctive feature is that it is a wide-caliber engineering major with the intersection of science, engineering, literature and management.

The distribution of positions of automation graduates ranks first in the electronic and electrical appliances semiconductor instrumentation industry, and the positions are mainly as follows:

Electronic and electrical engineers, electrical engineers technicians, automation engineers, electrical engineers, automatic control engineers technicians, R&D engineers, electronic engineers technicians, software engineers, electronic technology R&D engineers, equipment engineers (commissioning, installation, maintenance), etc.

In the computer software, communication and telecommunications equipment, communication and telecommunications operations, IT services system integration, Internet and e-commerce industries, the main positions are:

Software Engineer, Senior Software Engineer, Embedded Software Engineer, R&D Engineer, Software Development Engineer, Embedded Software Development (Linux MCU DLC DSP...)), programmers, system integration engineers, Internet software development engineers, system engineers, etc.

1. What can you do after graduating from automation major.

There is a lot that can be done, and each major corresponds to a lot of positions. Because the knowledge of this science is too broad, if you insist on saying what to do, it is mostly related to electricity, such as industrial control field, automation instrument field, signal processing, factory electrical, etc., this major is a wide caliber employment, to choose the direction of their efforts in the third and fourth years.

Students in this major should have electrical technology, electronic technology, control theory, automatic detection and instrumentation. Information processing, systems engineering, computer technology and application and network technology and other broad fields of engineering technology foundation and certain professional knowledge, can be in motion control, industrial process control, power electronics technology, testing and automation instrumentation, electronics and computer technology, information processing, management and decision-making and other fields of system analysis, system design, system operation, scientific and technological development and research and other aspects of senior engineering and technical personnel.

2. Employment prospects for automation majors.

With the continuous development of China's economy and the continuous development of modern industry, the talent market in electrical automation technology has considerable potential. Especially in Guangdong, the continuous improvement of automated production technology, the continuous popularization of automation products, the application of intelligent buildings and smart homes, and the continuous development of intelligent transportation have provided broad prospects for the development of electrical automation technology.

Automation belongs to the information industry. The information industry is known as a "sunrise industry" because of its rapid development, the need for many talents, and the high remuneration, which is the trend of today's scientific and technological development. Therefore, as an important member of the information industry, the automation profession also has a bright future.

Second, automation has a wide range of applications.

At present, almost all industrial sectors can be linked to automatic control, and modern agriculture and national defense are also closely related to automation. Third, this major is very beneficial to personal development. The curriculum covers a wide range of topics, and the learning is very intersecting with other disciplines.

This is also related to the origin of this major, most of the automation majors originate from the automatic control major of the computer or electronic engineering department.