What are the job prospects and career directions for automation majors? In order to help you solve this problem, the following I have compiled for you what are the employment directions of automation majors, I hope to help you!
What are the employment directions of automation 1Cultivation Objective: The students cultivated in this specialty should have the engineering foundation and certain professional knowledge in the broader fields of electrical technology, electronic technology, control theory, automatic detection and instrumentation, information processing, systems engineering, computer technology and application and network technology, etc. senior engineering talents.
Senior Engineering Talents
They are the most advanced engineering talents in the world.
Major Courses: Principles of Electric Circuits, Fundamentals of Electronic Technology, Principles and Applications of Computers, Fundamentals of Computer Software Technology, Fundamentals of Process Engineering, Fundamentals of Electrical Machines and Electric Power Drag, Power Electronics Technology, Automatic Control Theory, Signal and System Analysis, and so on.
Employment Direction: The employment direction of automation majors mainly includes technology research and development companies, scientific research institutes, design units, communication systems, iron and steel enterprises, industrial and mining enterprises, railway, chemical industry, aviation, customs, taxation, industry and commerce, foreign trade, colleges and universities, and government and science and technology departments. With the popularity of automation products, intelligent buildings and smart home applications, the continuous development of intelligent transportation, social demand for this professional talent will continue to increase, the employment prospects are broader, the direction of choice will be more.
Employment prospects for automation:
The automation profession has a wide range of employment channels, because of the wide application of automation technology, its employment field is also varied. Because of this, some students in the face of job search is prone to produce "the emperor's daughter does not worry about marriage" mentality, that their own specialty is in short supply, the social demand is large, the work unit can be picked at random. But this mentality is often only counterproductive, causing the employer's disgust, and even refused to hire. Therefore, the small partners in the job search should be modest, down-to-earth and steady, from their own point of view to choose their own work.
In general, the automation professional employment field mainly includes technology research and development companies, research institutes, design units, communication systems, iron and steel enterprises, industrial and mining enterprises, railway, chemical industry, foreign trade, colleges and universities and government science and technology departments. As automation products continue to popularize, the social demand for our professionals will continue to increase, the employment prospects of our partners is more broad, the direction of choice will be more.
Industrial process control direction
Our professional engaged in automation engineers after graduation this career, can be said to be the most natural development direction. Automation engineers have always been the community's urgent need for talent, work in a wide range of fields, chemical, mechanical, electric power, mining and electronics and other related enterprises can see the automation engineer's figure.
Automation engineers are mainly responsible for understanding customer needs, writing automation control project proposal, responsible for PLC programming, configuration software preparation and organization of automation engineering construction, responsible for automation control project technical guidance requirements, and follow the software development process, the design and implementation of independent embedded software modules, and other departments to cooperate with the *** with the completion of product design, development and testing. Tests.
If you are more interested in the control program aspects, then the electrical and electronic knowledge base firmly, and then master the C language, microcontroller, FPGA and PLC and other aspects of the skills, but also can be involved in the development of machinery and equipment control system work, such as robots, robots, program writing and so on.
Direction of Electrical Engineering
As long as electricity as an energy source has not been replaced, electrical engineers will always have a relatively large market demand. As long as there are occasions to use electricity, no matter what type of business, will need electrical engineers. Partners can choose to engage in power system automation, factory enterprises, building systems of power supply and electrical control, monitoring and other areas of design and development, maintenance and management.
To the power system as the customer's foreign enterprises (such as ABB, Schneider, Siemens, GE, Emerson, etc.), due to the customer and more stable, usually the benefits are okay, so relatively speaking, the treatment is good. Inside the private sector electrical engineer is to do this piece of weak control, mainly including the drawing of the electrical principle of the equipment, the installation of electrical components, the machine's PLC control program, the machine's pre-sale debugging and after-sales debugging, etc. At the same time, this type of work is also related to the professional counterparts. At the same time, this kind of work is also and professional counterparts, is a good choice.
If you like to rely on your own ability to fight for a career, this kind of work is a good exercise. In addition, after a certain amount of work experience, students with strong ability to try the "Registered Electrical Engineer" exam, the basic examination is relatively simple, just graduated from the test we have no big problem. The professional part of the exam covers a very wide range, including 75 norms, 4 manuals (every year there are small changes). The first thing you need to do is to get your hands on a new computer, and you'll be able to do that.
Direction of Embedded System Design and Development
From the traditional industrial field, to the automotive, communications, networking, digital health and consumer electronics and other emerging areas, the wave of embedded systems and software applications swept the entire electronics industry. So, those who are interested in embedded systems can choose this kind of work to show their ambition.
Embedded software contains at least two kinds of embedded applications and the underlying driver kernel. Embedded software engineers need to port the operating system (e.g., Linux, WinCE) to it according to the specifics of the chip, and at the same time write the necessary drivers and rewrite the corresponding 'kernel code. To make a small change in that line of code need to go through a lot of information search and debugging to achieve, embedded software engineers to spend the brain labor is not solely from the rewriting of the corresponding kernel code to judge the number.
Authoritative statistics, China's embedded talent gap of about 500,000 people per year. The embedded software development work on the technical ability of the personnel requirements are very high, especially the driver, so some companies do not hesitate to spend a lot of money to hire high-end talent. If partners want to develop in the direction of software development, it is necessary to know the professional knowledge very well, and can actively learn at work, to supplement the lack of professional skills, in order to be better able to perform the development work, the future prospects for development will be very bright.
As a fresh graduate of the "rookie", partners should start from the basic work, and after accumulating rich development experience can be developed to embedded systems engineers, so as to promote the product development manager or IT project manager. If you have a certain understanding of testing theory and methodology, you can also turn into an embedded system test engineer, and eventually develop into an IT project manager.
Internet software development direction
Internet rapid development of the era, the demand for programmers is still very large, learning computer software development courses we do a full-time programmer is not a good way out. If partners can skillfully use C++, JAVA and other computer skills, you can engage in object-oriented enterprise-oriented application development, Web page design, C++ programming and Android programming and other work.
With a certain amount of team development work experience, we can move towards the management direction of project director, project manager, etc., or we can continue to take the technical route, or embark on the road of entrepreneurship after having a considerable amount of capital in the technology.