Yes, no problem. For example, you can apply for any major of the police. The police are civil servants, and there are no restrictions on their majors. Only restricted civil service positions require professional categories. For example, the tax bureau must have an accounting qualification certificate and graduate in accounting.
Second, the employment orientation of optical information science and technology What is the employment orientation of optical information?
The direction of this major is different in different schools. There are electronics, display, communication and optics in our class! It doesn't seem difficult to find a job this year! It's not clear in the future! If it is an undergraduate, the major is basically to learn something basic, and the future development direction is not decisive! (Science and Engineering)
At present, the postgraduate entrance examination rate of this major is still relatively high, but because the major is relatively new, the current work shows that those who have been working have nothing to do with this major, mainly their comprehensive ability. Now they just graduated, about 3K a month, but they work overtime more, in Taiwan enterprises. A good student in our major went to Huawei, nearly 5K a month. As long as you have the ability, employment is still very wide. (Xi 'an Institute of Technology)
The employment of this major is not very good. Most people go to the postgraduate entrance examination. It seems that the new theme has not been decided yet. Basically, electricity and light are equally divided, but neither is very fine. (Xi 'an Institute of Technology)
I'm working now, and most of our classes have taken the postgraduate entrance examination, so it doesn't matter if I'm a professional or not, as long as I study hard. I must make a decision as soon as possible, whether to take the postgraduate entrance examination or work. My college grades are very poor. Now my monthly salary is 3,000 yuan, and I just graduated (Anhui University).
After graduation, many people in our class choose to continue their studies. Of course, it is not bad to study for graduate students in a better university, and it is also a good choice to go abroad. As for my work, I feel quite confused because I don't have much professional knowledge in this science. I have everything, from some electronics companies and so on. It is difficult to find a job in any major now, and the pressure is relatively high. (Shandong University)
It depends on the teaching direction of school optical information you reported, which is biased towards communication, photoelectricity and measurement and control. More than a quarter of my classmates are in graduate school, and most of the rest are engaged in some technical work, some are moving, and some are in ASUS. Personally, I feel that if I choose this major, I must learn electronic technology well. I am a civil servant now. (Anhui University)
Optical information is an interdisciplinary subject in optical fiber communication enterprises such as scientific research and teaching. It is the product of the combination of machinery, electricity and light. I wonder what courses your sister-in-law has taken. Therefore, theoretically, after graduation, you can engage in the work related to machinery, electricity and optical communication. On the other hand, this specialized course is relatively wide, so it is not deep. If you want to find a good job, you must choose the direction you are good at and interested in to continue your studies! The employment pressure of undergraduates is still relatively high. The graduates of our class (80) have been studying for 24 or 8 days, and the rest are basically looking for jobs, so don't continue to take the postgraduate entrance examination. The work situation is ok, much better than that of liberal arts, with an average salary of about 2000. (Anhui University)
Optical information, the current job market is not mature, because the domestic optical industry is not very strong, except for an optical valley in Wuhan. Therefore, most people in our class continued to study, walked about ten times, and were admitted to more than a dozen, so one third of them did it by hand. I also found a job, and the work situation is not good. I looked for a job by correspondence and electronics, and finally signed LG, also by electronics. It's a bit difficult for undergraduate students to find a job in pure optics. The postgraduate entrance examination situation is very good. All the students in our class can find their own positions except one who didn't take the postgraduate entrance examination, and the situation is even better. Students majoring in optics from Peking University, Tsinghua, Chinese Academy of Sciences, Zhejiang University and Fudan University can go.
Optical information science and technology is a new major, but it would be more difficult to get a job in our school if it is not suggested by the communication school, for example, because our school puts optical information in the Institute of Physics, the course is incomplete, and it is the first year to open this major, so it is difficult to find a job, and the postgraduate entrance examination is the choice of many people in our class, so it is not difficult to take the exam. I can apply for optical fiber communication, live in Nanyou and HKUST, which is my understanding of our class. Forget optics, and it's not easy to find a job. In terms of employment, I found a job in a mobile company, but I relied on interpersonal relationships. If you want to enter a communication company, it should be easy to find this major. In fact, it is good to seize the opportunity to learn more at school and get a good job. Learning computer well, learning English well is enough. If you enter a communication company and all three people of China Mobile Unicom want to enter, it depends on your ability. (Anhui University)
(3) What is the employment direction of optical information science and technology specialty?
This question is a bit vague. How to classify the employment direction? Optical information major belongs to science or engineering. What you belong to in a school depends on the professional direction and arrangement of the school. Employment is basically engaged in optical design and photoelectric design in enterprises. In fact, there are many employment directions.
Is the major of optical information science and technology good?
Optoelectronic information engineering (photoelectricity) and optical information science and technology (optical communication) belong to our institute. . First of all, there is no doubt that every major in that school has a group of quite degenerate friends. After playing DOTA for three years, do you still want to find a well-paid job? . . . In addition, the actual graduation rate of our college has reached 80%, and a few people are left looking for jobs. These people are either excellent people (the job they are looking for has little to do with their major, such as some computer majors) or the university is too decadent. Needless to say, it will not be a good job. Of course, it is not excluded that a senior failed more than a dozen courses last year and still went to ZTE's special case. . To sum up, most people will definitely go to graduate school, and our scientific research guarantee rate is getting higher every year. Graduate employment is still quite good. Guoguang will be admitted this year, and some tutors' students are extremely popular. . . By the way, the photoelectric employment in our school is ok, at least if the undergraduate wants to find a job, Fiberhome can guarantee the bottom. . . As I said just now, most of them are graduate students. . . .
Does optical information science and technology have a future?
Oh, you must have studied engineering optics and intelligent photoelectric system, right? Also learn spherical aberration, aberration, dispersion and so on, then we are almost the same, should yours be called optoelectronic technology? When we are in class, these contents are basically a few words. Have you studied EDFA·DWMA? If you want to learn, you can go to some enterprises that produce optical communication equipment. Anyway, almost no unit in our school recruits this major. The students in our class are basically doing C module or sales or communication. I suggest you take the postgraduate entrance examination!
But I heard that there are many photoelectric enterprises in Jiangsu and Zhejiang. If you don't take the postgraduate entrance examination, try these. When looking for a job, don't just look for technical jobs, any process engineer should also take a look. It's still a long way for undergraduates to find jobs!
What is the major of "Lu" optical information science and technology?
Main course:
Advanced mathematics, college English, engineering drawing, mechanics, heat, optical basic edition, electromagnetism, atomic property rights, circuit analysis, electronic technology foundation, mathematical physics methods, electromagnetic field and electromagnetic wave, quantum mechanics, information optics, laser principle, guided wave optics, photoelectric technology, signal and system, optical fiber communication, general physics experiment, modern physics experiment, information optics experiment, photoelectric technology experiment, optical fiber professional requirements.
Employment orientation: Graduates can engage in scientific research, teaching, application development and management in colleges and universities, scientific research departments, enterprises and institutions and administrative departments related to this major.
In fact, there is no difference between good and bad majors. The key depends on how hard you study, and you will be the champion! When choosing, give priority to personal interests! The major of optical information science and technology should have a good development in the future, because it belongs to high technology, and the country will definitely attach importance to the training of future talents, but the premise is to become a useful person.
The current development trend and employment prospects should be said to be good and promising.
We should cherish the four years of college and learn professional knowledge well.
What will you do after you graduate from optical information science and technology?
I'm from Huake Optoelectronic Institute. . I'm Guangxin. . . . . By the way, to answer your question first, photoelectric information engineering (photoelectricity) and optical information science and technology (optical communication) are both in our college. . First of all, no matter which major in that school, there are a group of quite degenerate friends who have been playing DOTA for three years and want to find a well-paid job. . . . In addition, the actual graduation rate of our college has reached 80%, and a few people are left looking for jobs. These people are either excellent people (the job they are looking for has little to do with their major, such as some computer majors) or the university is too decadent. Needless to say, it will not be a good job. Of course, it is not excluded that a senior failed more than a dozen courses last year and still went to ZTE's special case. . To sum up, most people will definitely go to graduate school, and our scientific research guarantee rate is getting higher every year. Graduate employment is still quite good. Guoguang will be admitted this year, and some tutors' students are extremely popular. Speaking of directions, there are too many. There are now 32 teams in 7 categories in our school (it seems that there are 7 teams, I can't remember). . However, there are the most graduate students in the direction of optical network and optical devices. . . By the way, the photoelectric employment in our school is ok, at least if the undergraduate wants to find a job, Fiberhome can guarantee the bottom. . . As I said just now, most of them are graduate students. . . . In addition, if the landlord can't go to Huake, the school of this grade should not choose this major. . . Employment in other schools is really miserable, and there is only one way, postgraduate entrance examination. . .
What is the difference between optical information science and technology and photoelectric information engineering?
Optical information science and technology belongs to the Department of Physics, College of Science, focusing on theory. Optoelectronic information engineering belongs to the Institute of Electrical Engineering, which is a comprehensive discipline of optics, mechanics and electronics, separated from ultra-precision instruments.
Science and technology tend to R&D, so it is not easy to find a job. The course is definitely to deepen technology. The quality of teachers is very important, but as long as you master the optical R&D technology, the salary is absolutely high; Optical information engineering tends to be applied in engineering, and now optical technology is used. It has a wide range of employment and is not difficult, but the salary will not be very high, that is, the general level, so that you can be the top of the engineering project and the project manager.
But in the field of optical technology, the most important thing is to master more principles. Looking for a job is to make products and serve enterprises and projects. The internal structure of each enterprise's products is different, but the principles and standards are definitely the same.
My major is optical information science and technology. What kind does it belong to?
Optical information science and technology (code 07 1203) belongs to engineering and electronic information science.
Optical information science and technology is the pillar of information technology, a new interdisciplinary subject combining physics, electronics, optics and computer science, which is closely related to computer technology, electronic science and technology, physics and modern surveying and mapping technology. The fields involved in the research include optical communication technology that uses light instead of electric signals to transmit, store and exchange multimedia information such as sound, image and data; Photoelectric integrated control technology is used in clinical medicine, instrument control, precision measurement, remote sensing detection, intelligent guidance and other applications.