What jobs can physics students do after graduation?

Jobs in the medical industry, although the medical industry may not be your first choice for employment as a physics graduate, it is an indisputable fact that the medical industry also needs a large number of physics talents. Medical physics overlaps with biomedical engineering, where physicists and biomedical engineers often work together to create, review, and maintain medical technologies and devices. As a result, physicists often work in the fields of radiology, radiation oncology and nuclear medicine, where their main job is to test and validate the latest technologies and equipment, as well as to research, design and ensure the quality of the latest equipment and technologies.

Most of them are still applying for some non-technical positions, and last year, Huawei raised the salary of fresh graduates to 1w, and recruited several of our majors. There are also those who go to low-threshold technical posts, and some companies seem to have very low thresholds for technical posts, such as TP-link. There is also entrepreneurship, my tennis partner is to start a business, an Internet, I found investment in my junior year, and organized a team of high-quality and inexpensive students.

After graduating from the Department of Physics, students who work are basically doing jobs that have nothing to do with physics, and there are many students who are engaged in marketing or sales operations, and those who have a little relationship may engage in programming-related work, and there is basically no work that can be related to physics, and the reason is nothing more than because the undergraduate level is not deep in learning is some basic and has not yet been able to engage in research and development to create value, most science and engineering courses are such pits, but physics seems to be very pits This is a general situation of the job after graduating from the undergraduate level of physics, not that it is not good, in fact, there are many people who find a job they like and develop very well, but it is very difficult to find a job in physics!

It depends on what kind of company you want to enter, or whether you choose to enter mechanical craft production. If you enter the company, you must understand the company's construction machinery, have a more in-depth understanding, and can study or improve the machinery. In this way, when introducing the company's machinery to customers, it is more clear about the advantages and disadvantages of the goods.

In the case of mechanical production, it is to make items by looking at drawings and image structures. You can still take the teacher qualification certificate to become a teacher. Most physics majors are mainly practical, and the same is true for company interviews and assessments.

For physics graduates, the career options are very diverse. You'll graduate with a very comprehensive set of professional knowledge and skills: numeracy, problem-solving, data analysis, the ability to communicate complex ideas, and the ability to understand more broadly how the world works on a scientific and human level.

Physics majors still have a wide range of employment opportunities, after all, as a basic science, many scientific research projects are in urgent need of talents in this area. In addition, if you are interested in physics, you can consider pursuing a PhD after graduating from university, and you can participate in many research projects in Japan and abroad in the future. But it all depends on your interests, and interest is the best teacher!

In addition, there are many people who are not engaged in jobs related to their majors after graduation, and the best jobs are those that suit them.

It is an excellent choice to apply directly to study abroad for popular majors such as CS, but you have to prepare yourself. I remember that most of the students who applied for CS had done relevant research or participated in some programming competitions. There are more and more first-class tasks in physics scientific research, and those who are engaged in theory can't program and can't play at all.

Everything else can be done, but it's hard to study physics.

The employment prospects of physics majors are relatively good, but they are also very difficult to get into, so what do you do after graduating from physics majors, take a look!

He is mainly engaged in teaching and research.

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.

Physics students with a solid foundation in physics theory and experience in applications can become experts in many fields of engineering and technology. 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.

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.

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.