What jobs need talents from the physics department

It depends on what you are studying.

Rocket launch. Teacher.

Optics, Mechanics, Atomic Physics, Nuclei**, etc.

I'll tell you a joke and see if I can make you happy, and then give it to me:

When I was in junior high school, I thought it was useless to take politics classes, so I asked my tablemate, "What's the use of studying politics?" What jobs require politics? ”

My classmate casually threw out a sentence: "After studying politics, you can become a politics teacher!" ”

Ha ha! The answer to your question is as above.

The physical outlook is not good. Ph.D. students in the Department of Physics can only work as postdoctoral fellows until they find a place in a university or research institute.

Laboratories and other scientific research institutions, aerospace or something.

Engineers are most in demand and are well paid.

Oh, yes, the teaching profession

Bridge class bar engineering construction.

Engineering technology. Cutting-edge physics

I also love physics!

<> career paths for physics students after graduation are mainly divided into the following types:

1. If you graduate from theoretical physics, there are only employment directions such as teachers, graduate schools, and academic research. The physics teacher major is dedicated to 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.), and if you go to graduate school, academic research and other directions, you must continue to take the postgraduate examination.

2. If it is engineering physics or applied physics, then 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.

3. 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.

4. Secondly, a small number of employment is unrelated to 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 go to graduate school and so on.

Graduates of the Department of Physics can do: typical careers in physics, careers as research scientists, careers in physics in space and astronomy

Careers in physics in healthcare, etc.

1. Typical Careers in Physics:

Whether you want to explore space, time, matter, or other interesting things in the physical world, a physics degree can be a career for you.

Career brings miracles. Many physics graduates go on to work in research, and their research is spread across many different industries

These include education, automotive and aerospace, defense, public sector, healthcare, energy, materials, technology, computing, and IT

Wait. 2. Research Scientist Occupation:

While it is possible to become an intern or technician with a good undergraduate degree, those seeking to pursue a long-term career in research.

One should consider further study as advanced research careers are usually reserved for those with at least a master's degree. Apart from.

Earn MSc, MSc and PhD in Physics, and top researchers can also obtain a "charter" from the Institute of Physics (IOP).

Physicist" (cphysicist) designation.

3. Careers in Physics in Space and Astronomy:

As an astronomer, your job will be to study the universe, collect data from satellites and spacecraft around the globe, and operate radio telescopes.

and optical telescopes. Other tasks in this field include the investigation and research of new materials and technologies, and the measurement of the properties of existing materials and technologies.

Yes, as well as solving problems during the design phase.

4. Physics Careers in Healthcare:

While this may not be the first industry you think of, there are many physics careers in the healthcare industry. Medical Physics and Biosciences.

There is a great overlap in physical and medical engineering, with physicists working with biomedical engineers to create, review, and maintain medical technologies and designs.

Prepare. Cardiology and neurology are fields reserved for those with additional medical degrees, while physicists are often employed.

fields such as radiology, radiation oncology and nuclear medicine in order to test and approve the latest technologies and equipment.

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.

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.

Business training objectives: This major cultivates high-level professionals who master the basic theories and methods of physics, have good mathematical foundation and experimental skills, and can engage in scientific research, teaching, technology and related management in physics or related science and technology fields.

Business training requirements: Students in this major mainly learn the basic laws of material motion, receive training in scientific research and technology 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.

Graduates are expected to acquire knowledge and competencies in the following areas:

1. Master the basic theories and methods of mathematics, and have a high level of mathematical accomplishment;

2. Master solid and systematic basic theories of physics and a wide range of basic knowledge and basic experimental methods of physics, and have certain basic scientific research ability and application development ability;

3. Understand the general principles and knowledge of similar majors;

4. Understand the frontiers of the development of physics and the general trend of scientific development;

5. Understand the relevant policies and regulations of national science and technology, intellectual property rights, etc.;

6. Master the basic methods of data inquiry, literature retrieval and the use of modern information technology to obtain relevant information; Have the ability to design experiments, create experimental conditions, summarize, sort out and analyze experimental results, write and participate in academic exchanges.

Main courses: Main disciplines: Physics.

Research Interests: 1) Theoretical Physics.

The discipline of theoretical physics has made great progress in scientific research and teaching on several frontier issues in the current field of physics. At present, he is mainly engaged in the research of quantum manipulation and quantum information, nonlinear complex system dynamics, quantum optics and other disciplines.

2) Condensed matter physics.

Condensed matter physics is one of the largest and most important sub-disciplines of physics today, and the major achievements in this field have played a key role in the field of contemporary high-tech science and technology, providing a scientific basis for the development of new materials, new devices and new processes.

The research content of physics is from the universe to the most basic structure of matter, learning the basic laws of material motion, and using physical knowledge and methods to conduct scientific research. There are also many subjects studied in this major, which seem complex and difficult to understand, including advanced mathematics, mechanics, heat, optics, electromagnetism, atomic physics, mathematical physical methods, quantum mechanics, etc., and students who are not very good at mathematics will be overwhelmed when they see these courses. At the undergraduate level, it is generally theoretical knowledge, and if you want to study in depth, it is recommended to take the postgraduate examination.

The field of physics has produced many scientists and scholars who have made great contributions in various fields of the country, and their contributions are beyond your imagination. So the students who study this major, of course, do not mean that they have to become scientists in the future, and it is not surprising that no one has this ability, so these students can engage in teaching in colleges and universities after graduation.

If you are better, or you love scientific research, then you can go to the institute to engage in theoretical research, technology development and application. You can also go to the enterprise to engage in technology development and research work, you know, the core technology of the talent is hard to find, so the company will often provide a high salary.

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?

Graduated from the Department of Physics is a very good physics teacher to come to teach junior high school and high school, especially teaching high school There are many beautiful girls, you are still very interested in learning and teaching.

After graduating from the Department of Physics, you can go in the following directions:

1. Be a physics teacher. If it is a physics department of a normal school, it is even more reliable.

2. Enter a research institute (such as the Chinese Academy of Sciences) to conduct physics research. However, the undergraduate degree is a bit low, at least a graduate degree or above.

3. Enter some factory research institutes for research and development.

Fourth, enter other industries through relationships.

As a physics teacher, if you learn automation, you can be a computer teacher, you can also program, or you can do digital control.

Teacher. Public servant.

Study. Enterprise.

2. Graduates can work in physics-related research institutes, such as the Institute of High Energy Physics, the Institute of Theoretical Physics, the Institute of Modern Physics, the Institute of Plasma Physics, and the National Space Science Center. <>

The major of physics and rock source science is engaged in scientific research related work. 1. Graduates are mainly engaged in teaching and research and related scientific research management in universities, national defense departments, scientific research institutions, etc. 2. Rolling graduates can engage in physics-related research institutes, such as the Institute of High Energy Physics, the Institute of Theoretical Physics, the Institute of Modern Physics, the Institute of Plasma Jujube Physics, and the National Space Science Center.

3. Graduates can enter the field of physics-based disciplines, such as information, energy, aerospace, military industry, materials, transportation, economic reform, and life science. 4. After graduation, you can work in many industries such as biological industry, electronics, computer, mathematics, etc. <>