What is the employment situation of physics majors now?

I am an undergraduate student in the physics base class of a key university, with a physics score of 146 (out of 150) in the college entrance examination, and I don't want to say the name of the university, but the school has a history of nearly 100 years, and I can tell you about the situation of our class:

After graduating from undergraduate, there are two paths, work and research (can account for about half of the class), and those who are generally admitted to graduate school have changed their majors, 70% of which are in graduate school, and graduate students in physics are generally master's and doctoral students, and they graduated with a doctorate this year.

There are three types of doctoral graduation: one is to go abroad for postdoctoral fellowship; The second is to teach at a university, but please note that it is not to stay in school, it is very difficult to stay in school now, it is to go to other universities, generally two or one of the lower universities. the third is to go to the research institute; The Ph.D. students who went abroad were very good, one of them was at MIT and one was at Princeton.

There are three main types of master's graduates: first, they go to some technology companies, and Huawei has 7 of them, most of whom are in technical research departments; The second is to be a high school teacher, there is one in Beijing No. 4 Middle School, and the third is to go abroad, and there are some of them. The students who go abroad for master's degrees are also good.

After graduating with a master's degree, it seems that there is a person doing sales.

There are not many people who have graduated from physics bachelor's degree, counting me, there should be only a dozen people, 2 in the financial industry, 1 in consulting, some in technology companies, some in IT companies, technology companies are generally not particularly good, do experiments or something, I and another in finance, but I am a bachelor's degree in finance, and the other classmate is a master of finance, and the one who is consulting is an MBA from Guanghua of Peking University; The classmate in the IT industry did very well, at Google, abroad, but he was an IT maniac, he hardly studied physics in his undergraduate, and all his mind was on the computer.

Personally, I don't think you have a problem with undergraduate physics, but if you want to rely on undergraduate physics to find a high-paying job, unless you have something special in the technical aspect, it is more difficult.

1. If you want to engage in physics-related work, it is recommended that you study applied physics.

2. If you want to try undergraduate physics first, then it is recommended that you plan as early as possible, whether to take the postgraduate entrance examination for individual majors. Nowadays, the financial industry is very fond of talents with multidisciplinary backgrounds, and people with bachelor's degrees in physics or mathematics, master's degrees in finance or related majors are very popular. Above.

Hello! I'm a physics teacher and I'm about to graduate. The demand for physics teachers cannot be generalized, some places are more lacking, and others are more saturated.

If you are in a poor area, the shortage of teachers may be larger, and the employment situation is still okay. College physics generally has thermal, electromagnetic, mechanics, thermodynamics, optics, etc., mainly to learn theoretical things, unlike the "sea of questions" mode in high school, if your foundation is OK, and your comprehension ability is OK, then there is no problem, and the remaining question is: how is the employment situation in your place this year?

Oh, I'm from the Department of Physics, interest is the best teacher, if you like it, of course there's no problem with physics, the courses we learn are important force, electromagnetism, electrodynamics, theoretical mechanics, quantum mechanics, mathematical physics methods, digital electromechanical electricity, etc., of course, it's also difficult, but it's good to like it.

Hehe, good luck. Call me again if there is any problem.

It's a bit hard to learn, but if you stick to it, you'll get a lot of gains.

<>1.Applied Physics

This major mainly cultivates students to master the basic theories and methods of physics, have a good mathematical foundation and basic experimental skills, and master electronic technology and computer technology.

Fiber optic communication technology, biomedicine.

Basic knowledge of physics, basic rubber infiltration experimental methods and techniques, can be used in physics, post and telecommunications, aerospace.

Energy Development, Computer Technology and Applications, Optoelectronic Technology, Healthcare, Automatic Control.

and other relevant colleges and universities in the technical field engaged in scientific research, teaching, technology development and application, leasing and management.

2.Major in Physics

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.

3.Acoustics

Acoustics is a sub-discipline of physics.

It is the study of mechanical waves in a medium.

i.e. sound waves), the scope of study includes the generation, reception, conversion and various effects of sound waves. At the same time, acoustic measurement technology is an important measurement technology with a wide range of applications. In its simplest form, acoustics is the production and propagation of sound, which is the basis of acoustic research.

4.Major in Materials Physics

The major of Materials Physics cultivates students to systematically master the basic theories and techniques of materials science, have the basic knowledge and basic skills related to materials physics, and be able to master the basic theories and techniques of materials science and engineering.

and senior professionals in materials physics who are engaged in research, teaching, scientific and technological development and related management work in related fields.

5.Optics Major

It is required to have a solid foundation in physics and mathematics, have a certain understanding of the current situation and development trend of the discipline, and have good professional theories and professional skills. Should be proficient in a foreign Chinese language and be able to read foreign language materials of the major. Have a certain ability to use computers and advanced instruments and equipment to independently engage in scientific research in a certain field of optics, and have both a rigorous and realistic scientific attitude and a pioneering spirit.

Able to be competent in teaching, research and high-tech development in universities and research units.

Physics is a basic science that has made a very important contribution to the development of modern industry and science and technology. However, since physics is a science and engineering discipline, there is indeed a certain amount of pressure on the employment side compared with other majors.

First of all, physics graduates can choose to work in teaching, scientific research, etc., which is also a wide range of fields for graduates. However, teaching and scientific research need to have a certain depth and breadth, and need a strong theoretical foundation and practical experience. In this field, there is a high demand for excellent talent, and the competition is fierce.

Secondly, physics graduates can also choose to work in related technical fields, such as electronic technology, computer technology, optical fiber communication technology, biomedical physics, etc. Zhengqing is able to make better use of physics knowledge and provide technical support for emerging industries. With the rapid development of information technology and technology, there is a growing demand for physics graduates in these industries, and the employment prospects are good.

Finally, physics graduates can also consider changing careers and looking for career opportunities in other industries, such as finance, consulting, engineering and construction, etc. The Physics major provides graduates with a solid foundation in mathematics and physics, as well as innovative thinking skills that can help them gain an edge in the workplace.

Overall, the physics major is still relatively optimistic about the employment situation of graduates. However, in order to better adapt to market demand and enhance their core competitiveness, students should strengthen the study and practice of relevant technical fields, and actively participate in various practical activities, such as laboratory practice and social internship. It is also a very important step to strengthen the understanding and cognition of the job market and formulate a career plan that suits you.

1.Physics Career Prospects.

The employment prospects for physics majors are quite good; 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 engage in technology development and application research in the fields of materials science and engineering, electronic information technology, etc.

2.What are the employment directions of physics majors?

After graduation, they can engage in teaching, scientific research, governance and other aspects in vocational colleges, middle schools, education governance departments, etc. 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).

Analysis of the employment situation of physics majors.

Physics Career Direction: After graduation, physics students can engage in scientific research, teaching, technology and related management work in physics or related science and technology fields, employment positions: high school physics teacher, junior high school physics teacher, sales engineer, high school physics teacher, junior high school physics teacher, physics teacher, junior high school physics teacher, physics teacher, junior high school physics teacher, research and development engineer, optical engineer, primary school, junior high school and high school excellent teachers, etc.

Employment prospects for physics majors: China trains about 12,000 undergraduate applied physics professionals every year. 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 updating is very fast. 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.

Physics is a great professional.

of employment prospects are quite good; After graduation, students of this major can engage in teaching work in colleges and universities, or engage in theoretical research, experimental research, and technology development and application in research institutes. In addition, you can also work in materials science and engineering in a company.

Technology development and application research in the fields of electronic information technology.

Extended Materials. Physics majors include junior high school teachers, graduate school entrance examinations, scientific researchers, civil servants, university teachers, and software engineers.

High school teachers, personnel of public institutions, etc. Graduates majoring in physics are mainly engaged in teaching and research in universities, national defense departments, scientific research institutions, etc.

Physics graduates have a wide range of employment opportunities, and graduates can enter physics-based disciplines, such as information, energy, aerospace, military industry, materials, transportation, economics, and life sciences.

Wait. Physics graduates have a solid theoretical foundation, and many students will choose to go to graduate school or go abroad for further study, and most of the majors for further study are physics-related majors. In the domestic postgraduate entrance examination, there are many courses in physics that are the main disciplines or examination subjects of other majors, and the postgraduate examination rate is very high, which is also the advantage of physics majors.

The employment in physics is the same as that of most basic majors, mainly engaged in teaching and research and related scientific research management in universities, national defense departments, scientific research institutions, etc. There are many physics-related research institutes in China, such as the Institute of High Energy Physics of the Chinese Academy of Sciences, the Institute of Nuclear Hail Matching of the Institute of Theoretical Physics, the Institute of Modern Physics, the Institute of Plasma Physics, and the National Space Science Center.

According to some reports, the employment rate of physics majors is not high, and the relevance of graduates to their jobs after six months is only 37%. This may be related to the employment characteristics of most basic disciplines. Because not everyone who studies physics can become a physicist or do scientific work.

Although on the surface, there are very few industries that are directly related to physics, in fact, the employment scope of physics graduates is very wide. Graduates of this program are represented in many physics-based disciplines, such as information, energy, aerospace, military, materials, transportation, economics, life sciences, and so on.

The Physics major is a major under the physics category, and students in this major are awarded a Bachelor of Science degree after graduation. Physics is a basic but very precise major, in short, physics is a natural science that reveals and expounds the basic properties, basic composition, interaction and motion laws of the material world. More broadly speaking, physics is the exploration and study of natural phenomena and their laws, the major of the course is a lot, like this refers to the cheating of the major as an ordinary person is indeed a certain degree of difficulty, and the employment rate of the major is not high, but as a basic discipline, the scope of employment is very wide, which also confirms the sentence of the high school, "learn mathematics, physics and chemistry, go all over the world", because the physics major needs to master the systematic knowledge of physics during the university, so the foundation is very solid, This also has an advantage in employment, after systematically learning physics knowledge during the undergraduate period, there are many courses in physics that are the main disciplines or examination subjects of other majors, and the postgraduate examination rate is very high.