Is it good to study electronic information major, is it easy to study electronic information science

Those who are eager to learn are taught from scratch. The college has a major specially set up for junior high school graduates, which is mainly to learn computer application skills, emphasizing practical operation ability, and junior high school graduates can learn well; The professional computer school can teach students according to their aptitude, so that junior high school graduates can not only learn computers, but also learn, learn well, and successfully find employment.

It's easy to learn, it's all zero-based teaching. The college has a major specially set up for junior high school graduates, which is mainly to learn computer application skills, emphasizing practical operation ability, and junior high school graduates can learn well; The professional computer school can teach students according to their aptitude, so that junior high school graduates can not only learn computers, but also learn, learn well, and successfully find employment.

The employment prospects of electronic information majors are good, students can be engaged in the research and development of computer hardware or IT products, computer management and application departments are engaged in computer software development, and computers are used as the main tools to engage in art design or tool research.

With the deepening of social informatization, most industries need electronic information engineering professionals, and the salary is very high. After graduation, students can engage in the design, application development, and technology management of electronic equipment and information systems. For example, as an electronic engineer, design and develop some electronic and communication devices; As a software engineer, design and develop various hardware-related software;

As a project leader, planning some large systems, which requires a lot of experience and knowledge; You can also continue your studies to become a teacher, engage in scientific research, etc. The distribution of employment is very wide.

It covers most of the popular areas at the moment. Among them, there are more talents employed in the computer field, but the professionalism is often not as good as that of computer majors and software majors, and there are more students in testing and maintenance positions.

When I graduated 9 years ago, it was very easy to find a job in electronics, and it was generally recruited by the unit to the school, and now the electronics industry has tended to be full, and it is not very easy to find a good job.

Electronic information majors are not easy to learn.

Electronic information majors have a wide range of employment, high employment rate, and good income, but it is also very difficult to learn, and this major requires a good foundation in mathematics and physics, and has high requirements for mathematics and strong hands-on ability.

The major of electronic information engineering mainly studies various electronic equipment and information systems, and signal processing, which is an interdisciplinary discipline. His research interests include hardware, circuit design, communication equipment, etc., and software, signaling and programming. The employment is broad, adaptable, and has good employment prospects.

Employment direction of electronic information:

1. After graduating from the electronic information major, you can go to the electronic system industry to engage in system sorting, analysis and component design, analysis, research and development.

2. You can also go to post and telecommunications, energy, transportation, finance, public security, national defense, radio and television and other departments to engage in the operation and technical management of electronic equipment and systems.

3. Postgraduate entrance examination is a good choice: the demand for graduates majoring in electronic information engineering continues to grow, but the requirements of employers for talent level are also constantly escalating, that is, from undergraduates and junior colleges to master's and doctoral students. <>

As a senior senior majoring in electronic science and technology at Xi'an University of Technology, I would like to say that no major is easy to learn! In the four years of college, I have met a lot of people, engineering, liberal arts, science, I have more or less heard them complain about their majors, so if you decide to study this major, don't ask him if it is difficult to learn, listen to the class well, set a goal after class, and work towards it.

When we were a freshman, we also learned some basic subjects, high mathematics, big things, etc., and in our sophomore year, we slowly came into contact with major-related courses, such as circuit basics, high frequency, signals and systems, digital electricity, analog electricity and other professional courses, since it is a professional course. It's definitely hard, but hard work isn't a subject that you can't reach. And then naturally I will also do some professional-related experiments.,I still remember the fear of being dominated by the circuit comprehensive experiment in my junior year.,For me, a rookie student.。。。

It's just desperate! The scene of our experiment is similar to the picture below

The following po a few of the two professional courses with the highest failure rate in our hospital, modular electricity and high frequency, now I think about it I also have a headache, but follow the teacher's footsteps slowly, you can also slowly understand, remember, you must put down the phone, because you will have to take longer to understand the principle of a little bit, this process is very painful, far less easy than listening carefully in class!

Studying the electronic information profession is not easy and requires hard work and patience. First of all, electronic information is a high-tech discipline, and its basic knowledge of mathematics and physics requires in-depth knowledge. In addition, electronic information is a discipline that combines theory and practice, and it is necessary to learn to use electronic components and various tools for circuit design and experimental operations.

Therefore, there are high requirements for students' hands-on ability and practical ability. In addition, the electronic information major also requires students to have a keen insight into the latest technologies and trends and the ability to innovate, which is also a very important difficulty.

However, this does not mean that it is impossible to study electronic information, as long as you have enough enthusiasm and hard work to overcome difficulties, it is possible to achieve good grades. First of all, it is necessary to have a solid basic knowledge of mathematics and physics, especially mathematics courses such as linear algebra and calculus are indispensable basic subjects in the electronic information major. Secondly, students should take each course seriously, understand the nature and characteristics of electronic components, master when and how to select appropriate components, how to form components into circuits, and other practical skills.

In addition, it is necessary to actively participate in practical activities such as laboratories, project development, and competitions to improve the ability of comprehensive practical operation and innovation.

In short, it is not easy to learn electronic information majors, but as long as students have enough enthusiasm, make full use of educational resources, and overcome difficulties, they will definitely achieve good results and realize their career planning. <>