The employment direction of the undergraduate graduate of the Department of Physics, not to be model

Your question is vague and has the following unclear points:

1.There are many majors in the Department of Physics, whether it is a physics normal major, a physics optoelectronics major, or a physics electronic science and technology major, etc., and there are great differences in employment directions for different majors.

2.It's a good idea to describe the school you graduated from so that others can better refer to it.

Putting aside the above uncertainties, 1If you graduate from theoretical physics, you can only find employment in the fields of teaching and graduate school, academic research, etc. The physics normal major is specialized in training teachers, so it is feasible, but if you want to become a teacher if you are not a normal major, you need to find a way to take the teacher qualification certificate (psychology, education, etc., it will be more troublesome and difficult to find a way by yourself), if you go to graduate school, academic research and other directions, I am afraid you have to continue to take the postgraduate examination.

2.If it is engineering physics or applied physics, you can engage in technology, engineer and other directions, find a factory to be a grassroots technician or grassroots management after graduation, and then continue to self-study, self-examination, and take a certificate such as an electronic engineer.

According to the employment situation of most students, more than half of them have become teachers, and the rest are computer teachers in vocational schools, tutors in primary and secondary education and training institutions, school experimenters, school computer room maintenance, and grassroots technicians and quasi-engineers in factories.

Secondly, a small number of employment that has nothing to do with the major, mainly because the unit does not consider the professional restrictions when recruiting, only need to graduate from a bachelor's degree, some go to the department store as a supervisor, some go to the sales insurance, some go to the factory to do the production of grass-roots management, some open their own **, some do their own **, some take the civil service examination (as far as I know, none of them are admitted), there are postgraduate entrance examinations and so on.

In fact, our employment situation has explained a lot of facts, I believe you can probably know the employment prospects!

It has been 3 years since I graduated, and those who are good are generally teachers in good schools, some are at the head of branch schools in good training institutions, and some are engineers in factories. Measure it for yourself!

Good luck finding a good home!

Summary of the employment work of the 07 graduates of the Department of Physics of a university in Anhui, take a look, and refer to it by the way.

Column Category:Planning, Summary Release Date:2007-07-20

Summary of the employment work of the 07 graduates of the Department of Physics.

Under the leadership of the party committee and administration of the college, and with the strong support and cooperation of departments at all levels, the employment of graduates of our department this year has achieved good results. The work is summarized as follows:

1. Employment of 2007 graduates.

In 2007, there were 250 graduates in four classes in two majors. Among them, there are 130 normal graduates of the Department of Physics and 120 graduates of electronic information science and technology. The distribution of students is shown in the following table:

Distribution of 2007 physics graduates.

Province of origin Number of graduates Province of origin Number of graduates.

112 in Anhui Province and 1 in Hunan.

3 in Guangxi and 2 in Liaoning.

3 in Hebei and 4 in Shanxi.

1 person in Shanghai and 2 people in Sichuan.

1 person from Hubei and 1 person from Shaanxi.

2007 Electronic Information Science and Technology Graduates.

Province of origin Number of graduates Province of origin Number of graduates.

100 in Anhui Province and 2 in Hunan.

3 people in Jiangxi and 2 people in Zhejiang.

5 people from Hebei and 1 person from Jiangsu.

1 person from Shanghai and 1 person from Henan.

2 in Hubei and 3 in Shaanxi.

As of June 30, 2007, there were 123 students in the Physics Implementation Unit, with a one-time employment rate. There are 100 students in the implementation unit of electronic information science and technology, and the one-time employment rate is.

Statistical table of the employment nature of 2007 physics graduates.

Proportion of specialized secondary education units.

Proportion of articulation to higher education.

State-owned enterprises Proportion % Foreign-funded enterprises Proportion Other enterprises Proportion Proportion to be employed Proportion to others Remarks.

Physics 97 23 1 7 1

Electronic information 2 21 5 21 47 20 4

From the above data analysis, 97 physics graduates work in the education system, and 74 of these 97 work in Anhui, and 65 of these 74 teach in township middle schools and private middle schools. Therefore, we conclude that the main employment destinations of physics graduates are secondary education institutions in Anhui Province, and they are generally township middle schools and private middle schools in Anhui Province. Among the graduates of electronic information majors, there are 68 foreign-funded enterprises and other enterprises, while there are only 9 people in state-owned enterprises, scientific research and design units and institutions, and the graduates are mainly concentrated in Shenzhen, Kunshan, Suzhou, Nanjing, Hangzhou, Tianjin and other places.

The geographical distribution is very obvious. In Anhui, there are only 5 people who have established employment units, so it is once again confirmed that the main areas of employment of our telecommunications graduates are the Pearl River Delta, the Yangtze River Delta, and the non-state-owned enterprises in the Bohai Rim region. This shows that our guidance to our graduates is correct.

As a result, good results have been achieved.

I have a friend who is a physics teacher and has a salary of 3000-5000 per month

The best way out for the Department of Science is to go to graduate school, of course, you can also enter graduate school, but you generally don't need undergraduates. Then there is the corresponding major of engineering related to your study, such as mechanics-related construction bridges, I can't say the specifics, after all, I don't study physics, I don't know what to study.

It is said that he studied physics.

Bai's classmates are more difficult to find employment, and physics is very biased towards learning and application.

Sex is not very strong. I have a classmate who is also studying physics, and when he was newly admitted, he told me that he could become an engineer after graduation (probably he believed the introduction of the major in the admission brochure). Four years later, he graduated and chose to go to graduate school in the face of employment pressure.

The major of physics cultivates high-level professionals who master the basic theories and methods of physics, have a good mathematical foundation and experimental skills, and can engage in scientific research, teaching, technology and related management in physics or related scientific and technological fields.

Students in this major mainly learn the basic laws of material motion, receive training in scientific research and technological development using physical knowledge and methods, obtain preliminary training in basic research or applied basic research, and have good scientific literacy and certain scientific research and application development capabilities.

Direction of employment. After graduation, students of this major can engage in teaching in colleges and universities, or engage in theoretical research, experimental research, and technology development and application in research institutes. In addition, you can also go to the enterprise to engage in technology development and applied research in the fields of materials science and engineering, electronic information technology, etc.

Physics students with a solid foundation in physics theory and experience in applications can become experts in many fields of engineering and technology. Every year, China Raid and Annihilation trains about 12,000 undergraduate applied physics professionals. Majors that intersect with this major include physics, engineering physics, semiconductors and materials, etc.

In terms of talent demand, China's demand for applied physics majors is still in short supply. At present, many physics research topics are still basic, often require a large amount of first-class policy investment, and it is difficult to achieve industrialization, which should be mentally prepared for those who plan to engage in applied physics research after graduation. However, in recent years, with the rapid development of science, many cutting-edge technologies researched in the physics industry have been quickly applied, such as neutrino communication, which is one of the hot topics at present.

With the increasing interdisciplinarity and subdivision of disciplines, the degree of knowledge is updated very quickly. Talents with basic majors such as applied physics can get more and more attention from various industries due to their strong plasticity and solid basic knowledge.

Summary. After graduation, students can engage in teaching, scientific research, and governance in vocational colleges, middle schools, and education governance departments. Physics is a first-level discipline, and graduates can apply for master's and master's and doctoral programs in various second-level disciplines of physics and related interdisciplinary disciplines (such as condensed matter physics, optics, etc.).

Physics (Teacher Training).

I studied physics at university, and what is the direction of employment after graduation?

Well. I studied physics at university, and what is the direction of employment after graduation?

Hello, the employment prospects of the physics major are quite good; After graduation, students of this major can go to colleges and universities to work in the teaching of sliding books, or to the research institute to engage in the theoretical research, experimental research and technology development and application of the letter rush. In addition, you can also engage in technology development and application research in the fields of materials science and engineering, electronic information technology, etc.

After graduation, students can engage in teaching, scientific research, and governance in vocational colleges, middle schools, and education governance departments. Physics is a first-level discipline, and graduates can apply for master's and master's and doctoral programs in various second-level disciplines of physics and related interdisciplinary disciplines (such as condensed matter physics, optics, etc.). Physics (Teacher Training).

Tan Tsai Qing.

I often hear students or children of relatives complain that they are studying physicsIt's so tiring. It is true that we go to college to get a good job, and in society, physics is not very competitive. Understand the reasons why physics majors would change careers, because unless you have the ability and emotional intelligence to do so, it's hard to get stuck in this industry.

In addition to academic circles, there are many industry graduates who can pursue careers in this area, but it takes your own heart to find, and this discovery is not only a job resume, but also an exploration of their abilities and interests. For example, there are teachers, R&D positions in biological companies.

Even if my work is not as glamorous as others, I am drunk and obsessed. However, I feel honored that I can contribute to the country's physics cause and physics research. Occasionally, I see that other students are highly educated, and sometimes I am envious, but at the same time, I know that I should only take care of the work I have to do now, and I have learned a lot in it, and occasionally I am happy to see the latest developments in physics on Facebook out of curiosity.

Hope you understand.

I think that since you are studying physics, you can still choose a related industry to develop after graduation, identify an industry, learn from scratch, and persevere, you will have gains.

If you still want to further your studies and continue your academic research, I think you can also go to graduate school, because there are actually many people who study physics who are continuing their studies.

But in fact, this still depends on the personSee if your basic knowledge is solid, you can't stick to it without love in this areaBecause he is a very boring subject, he understands the reason why physics majors change careers, because unless you have excellent ability and emotional intelligence, it is difficult to mix in this industry. In addition to academia, there are actually many industries that are suitable for physics graduates, but you need to find it yourself, which is not only to find a job and submit your resume, but also to explore your abilities and interests.

Summary

1.The requirements of our country's scientific research institutes for science are actually very high, especially for students who have graduated from physics majors, and they can have greater favor.

2.Our country's aerospace industry lacks a large number of talents, and physics students are able to correspond.

If you still have any related questions, you can come to me and I will help you answer. [funny] [funny] [funny].

Question: What major do you want to choose as a scientist?