What kind of work do you want to do after graduating from electronic information majors?

Graduates of this major have a wide range of engineering and technical adaptability, a wide range of employment, high employment rate, strong practical ability, quick work, can be engaged in the production, operation and technical management and development of electronic products in electronic information related enterprises.

Mainly for the production enterprises and business units of electronic products and equipment, engaged in the assembly, commissioning, testing, application and maintenance of various electronic products and equipment, and can also go to some enterprises and institutions for the safe operation and maintenance of some mechanical and electrical equipment, communication equipment and computer control equipment.

Electronic information engineering is a discipline that applies computer and modern technology to electronic information control and information processing

Electronic information engineering is a relatively broad discipline, so the work engaged in after graduation from electronic information majors is also diverse. At present, the professional disciplines of electronic information engineering mainly include: robotics and artificial intelligence, big data, electronic information engineering, communication engineering, optoelectronic information science and engineering, biomedical engineering, information countermeasure technology, navigation engineering, microelectronic science and engineering, automation, etc.

1. Examples of employment directions for electronic information engineering majors

1. Digital electronic circuit, this direction is mainly engaged in the development of single-chip microcomputer, FPGA, digital logic circuit and microcomputer interface after graduation.

2. Communication direction, one branch of this direction is engineering design, construction, and debugging, and the other aspect is development, routers, switches, software, etc., to understand No. 7 signaling, various communication-related protocols, and development platforms from ARM, DSP to Linux, UNIX.

3. Signal processing direction, this direction is mainly engaged in the synthesis of radar signals, various transformations of images, CT scanning, license plates, faces, fingerprint recognition, etc.

2. Employment prospects for electronic information engineering majors

Today's society is a computer Internet is quite developed society, learn the electronic information engineering major in the employment is not to worry, the shortage of domestic high-tech talents has also caused the electronic information engineering graduates can be better employed. However, at the same time, the difficulty of the professional discipline of electronic information engineering is higher than that of other majors, and it is difficult to learn the professional direction by integrating the knowledge of many disciplines. Are you a student of electronic information engineering?

Can do the design and development of electronic and communication devices; You can also do the work of designing and developing various software; Continue to study and be a teacher. Finally, you can also start from your interests and hobbies and look for jobs across majors.

There are many types of knowledge in electronic information majors, and there are more choices for positions that can be engaged, such as software and hardware testing, development, embedded development and maintenance of equipment.

You can go to the enterprise to provide enterprises with this technology, or you can go out and open a company by yourself, specializing in the electronic information industry, or be a teaching assistant.

You can engage in professional-related work, now is the Internet era, many jobs need to use the network, if you don't like related work, you can also do other work, not to say that you must do this kind of work after learning any major.

After graduation, you may become a hardware R&D engineer, you can develop software, you can also hire a programmer, the salary is also very high, and you can also become a software testing engineer.

1. You can start as a software R&D engineer, which is commonly known as a programming ape. Knocking on the computer every day, it is rumored that the industry has a high sudden death rate and is risky, but software engineers are highly paid, and it is very common to do so every month.

2. The second is the hardware R&D engineer, regardless of software or hardware, the salary is very high. Of course, high remuneration means high pay, which will be very hard.

3. The third is to be a hardware test engineer. Once the developer has finished developing the new hardware, the hardware test engineer tests the hardware to see if it meets the requirements.

4. The fourth is to be a software test engineer, which is similar to the work of a hardware test engineer, which is to be developed by the developer to carry out the test work.

There is a lot of room for development, and the salary is still good compared to most majors. If you have any questions, please follow Weibo***mfixs. If there is anything, it is to help colleagues solve some computer problems.

After graduation, some of my classmates have entered the State Grid, and they are closely connected with the military manufacturing industry, among which electronic information engineering is closely connected with the other five majors. It is the largest electronic sewing machine product company in China, and a colleague of mine was in this company who developed the control board software and hardware of electronic sewing machines. Mega enterprises such as Huawei, ZTE, China Mobile, China Unicom and China Telecom are ideal destinations for graduates of this major.

<> information consulting companies, as well as financial and other wholly-owned and joint ventures, engaged in artificial intelligence engineers, algorithm engineers, software developers, etc. Electronic information engineering technology: information and communication engineering and technical personnel, electronic equipment debugging personnel, information and communication network operation management personnel, etc.

Determine what kind of people people need, and then set goals and work hard, I believe you will get the results you want! Ordinary electronic technology should be a basic skill that every citizen should master, a bit like today's driver's license.

It can be engaged in information transmission, software and information technology service industry, manufacturing industry, scientific research and technical service industry, etc. Studying electronic information will have a wide range of uses in the future, such as market supervision and marketing; Financial control and more! In the field of information and communication, high-quality, moral, intellectual and physical development of the ability of senior engineering and technical personnel.

ARM embedded systems, automatic control, sensor principles and applications, etc. This major requires a high foundation in mathematics and physics.

Nearly 70% of the graduates of Beihang University's electronic information majors chose to go abroad or study for graduate school. Research, design, manufacturing and management of aerospace electronic information system, or apply for a master's degree in related disciplines of this major. It is more suitable for those friends who are in their thirties and forties after developing from the Internet industry, and don't want to be so tired anymore, to come to these units.

After graduation, the majority of students in this program choose information transmission software, information and technical services, manufacturing, and scientific research and technical services. or engaged in the research, development and design of optoelectronic product equipment systems and devices.

Electronic information engineering is a major in electronic and information engineering, with basic knowledge of electronic technology and information systems, and can be engaged in the research, design, manufacturing, application and development of various electronic equipment and information systems.

Electronic science and technology cultivates interdisciplinary professionals who have a broad theoretical foundation, experimental ability and professional knowledge in the fields of microelectronics, optoelectronics, integrated circuits, etc., and can be engaged in the design, manufacturing, scientific and technological development of various electronic materials, components, integrated circuits, electronic systems, optoelectronic systems, as well as scientific research, teaching and production management in electronic science and technology and related fields.

Communication engineering is the principle and application of information transmission and signal processing in the communication process.

After graduation, you can engage in pre-sales and after-sales technical support, debugging and application of electronic products, e-commerce, building intelligence, embedded drive engineers, teacher teaching, etc.

Software, or hardware, and a combination of both. quality management, etc.

First of all, I would like to introduce the major of electronic information engineering, which is a discipline that applies modern technologies such as computers for electronic information control and information processing, mainly studying the acquisition and processing of information, and the design, development, application and integration of electronic equipment and information systems.

The electronic information engineering major is based on the circuit major, mastering the method of processing information with computers, and the logical thinking ability is strong, and students are required to have good mathematical skills. At the same time, it is also necessary to have a good knowledge of physics. The follow-up is mainly in the field of electricity.

This major also mainly cultivates students' hands-on ability, hands-on design, connecting some circuits and combining computers for experiments. In the process of continuous training, students' hands-on ability and ability to use tools are cultivated. After entering the related industry, it is relatively quick to get started.

With the continuous development of intelligent electronic technology in China, graduates of electronic information engineering are needed in all emerging technologies and electronic technologies. So it is relatively easy for graduates to find a job, and the salary and benefits are also higher.

Graduates can go to companies that apply electronic technology for development, operation, maintenance, repair, etc. Partial software learning can be engaged in the development of various software in the computer industry. Take on the role of a software engineer.

Graduates of the Department of Electronic Information can work in software or hardware. But the combination of the two is also more advantageous. In terms of the combination of software and hardware, the development prospect of embedded is still very good.

Embedded system design and development, including the establishment of hardware systems and related software development, transplantation, debugging, etc. For now, combine the advantages of software and hardware. Graduates are comparatively well paid.

At present, it is still a relatively popular employment direction.

Generally speaking, the scope of employment in electronic information engineering is relatively wide. As small as hardware testing, electronics engineers. From software development to hardware development.

as well as project supervisors, quality management, etc. At present, it is still very good for graduates to find employment. When studying, you must study well, which is relatively more beneficial to your future development.

Electronic information engineering, 95% of the country's colleges and universities are open this major or similar majors, China is the world's largest consumer of electronics, you can imagine how many jobs in this major.

Electronics basically rely on self-study, teachers and seniors bring into the door, participate in some competitions, remember to do it yourself, you have to do it yourself, there are a lot of open source works on the Internet, there are a lot of learning materials, it must be difficult to start, but don't be afraid of difficulties, and after doing a few medium-sized projects, you will find that you are basically doing those things, at most you are changing a few different models of chips, at this time you have to get out of your comfort zone and learn something other more in-depth. As for the learning route, there are too many great gods on the Internet, so I won't go into detail here.

Of course, I still have a say on this issue, because I myself studied electronic information in college, but the job I was engaged in after graduating from college is in the field of human resource management, so it can be said that my current job has nothing to do with the electronic information major I studied in college.

What kind of work do you do after graduating from the electronic information major?

I have answered a lot of questions like this before, if you want to know what you can do after graduating from your major, you can search on some job searches, such as Zhaopin, Worry-free, Boss Zhipin, local recruitment network, etc., enter your professional name into the search bar, and choose a big city such as Beijing, Shanghai, Guangzhou and Shenzhen as your work location, you will see a large number of recruitment information and job names come out, if you want to find a job, this is your job search direction.

In recruitment**, take a look at more such recruitment information, see more than ten, and you will have experience.

The advantages of this are, first, that you understand your own employment direction;

Second, you know the general situation of the position, such as salary level, career development goals, job responsibilities, job capabilities, etc. Then you will know what your next step should be, such as what qualifications to prepare, what abilities to cultivate, etc., and then you also know what the future career development path is, such as what kind of abilities you need to have as an ordinary employee, and what are the differences between being a supervisor or manager.

Of course, if you don't want to find a job, then you need to research your field of interest, and in the same way, you can find out what the job you are interested in, what you are doing every day, what kind of work ability you need to have, etc.

There are quite a lot of noodles to choose from. For example, you can choose to do C and C++ development programming; Hardware Test Engineer; Software Testing Engineer; Software Developer; Electronics Engineer, etc.

After graduating from this major, you can go to work in computer companies and program development departments, and the work is quite easy.

Electronic copying information classification circuits, digital circuits, analog circuits, this is the foundation. du then gradually divides zhi

Our school is divided into four majors: Information DAO Engineering, Electronic Science and Technology, Microwave and Millimeter Wave, and Microelectronics. There are hardware engineers, software engineers, algorithms, analysis of big data, AI, etc. Major Internet companies, Huawei, ZTE, etc. can go.

Engaged in electronic equipment information system design and application development, technical management, etc., such as software engineers, electronic engineers, hardware engineers, etc.