After graduating from graduate school in mathematics, what job recommendations do you have?

Suitable for research or teaching; Engage in the development, application and management of statistical surveys, statistical information management, quantitative analysis, etc., or engage in research and teaching in scientific research and education departments. In addition, applied mathematics has the broadest development space, whether it is scientific research data analysis, software development, three-dimensional animation production, or engaged in finance and insurance, international economics and business, business administration, chemical and pharmaceutical, communication engineering, architectural design, etc., are inseparable from relevant mathematical expertise.

Most of the graduates of applied mathematics have entered universities and research institutions at home and abroad to engage in advanced research after further study, mainly in mathematics, computer science, information science, finance and management science, etc. After that, he will directly enter research institutions and companies to engage in analysis and application.

Finance, people with a mathematical background are very popular in the field of finance, finance teachers have said that their favorite is the undergraduate science of finance, master's degree statistics students, mathematics is too important to finance, and the quality of mathematics determines the upper limit of your future development.

If you major in mathematics, you can study finance, and if you learn this well, you can make a lot of money by investing or helping others manage their finances. But the point is to learn well and be talented.

Teaching, going to be a teacher, but the salary is low and tired, but there are holidays, you can enjoy all the holidays when you are a student, and it is convenient to go out and play or something.

Master the basic theories and methods of mathematical science, have the ability to use mathematical knowledge to use computers to solve practical problems, receive preliminary training in scientific research, and have the above abilities, be able to engage in research and teaching in science and technology education and economic departments, or engage in practical application development research and management in the production, operation and management departments of the manufacturing industry.

Can you do accounting? That's math, too. Or become a teacher and teach and educate people. Otherwise, it might be more appropriate to do a Ph.D. degree.

If you graduate from graduate school, you can go to a university as a lecturer in mathematics subjects, and by the way, you can also study for a doctorate, and if you have a diploma, you can become a professor.

Personally, I think that it is much easier to change majors and choose a direction to continue their studies in mathematics, and then find a job, because many jobs require a foundation in mathematics.

Graduate students majoring in mathematics can continue to engage in research, after all, this kind of work is done, and there is no need to think about intrigue or anything.

Well-known colleges and universities, Wall Street, Fortune 500, pick at will, of course, the number of engineers is better, and the starting salary is tens of millions of dollars. Almost, IT, domestic financial institutions, key middle schools and high schools in economically developed areas.

With all due respect, most of them went to middle schools to become teachers, and if they are not convinced, they can come to debate.

If you are really strong in math, why should you not learn quickly? It's easy to continue your major or go abroad, but it's not difficult to change your major? The range of physics and mathematics options in science is not too wide, why are you so worried?

I feel good about being a math teacher in elementary school.

The teachers of the School of Mathematics of our school (Shangcai) often said that they were not happy in their lives when they studied mathematics, and later realized that the salary was too low.

The math major is too big, so it is easy to say it if it is specific.

Mathematics is very good and can carry out high-end scientific research, most of the scientific research is inseparable from mathematics, such as finance needs to analyze data, and computers need to optimize algorithms.

Theoretical physics, scientific research.

Mathematics majors, from the perspective of the public, the employment prospects after graduation are nothing more than being teachers or engaging in scientific research, which seems too old-fashioned and the employment path is narrow. However, these are prejudices, and graduate students majoring in mathematics have long been the "sweethearts" of the financial, IT, and scientific research circles, and the employment prospects of mathematics majors have a "bright future" that you can't see.

In addition to basic mathematics, most of the university's mathematics faculties also offer applied mathematics and information and computing science.

Probability and Statistical Actuarial Science.

Mathematics and Control Science.

and other majors. <>

These branches of modern mathematics go beyond the scope of traditional mathematics and extend to various social fields, using mathematics as a tool to solve non-mathematical problems, and making great contributions to the development of human society. Of course, students in these majors are also welcomed in various related fields.

Mathematics major employment direction

1. To be a teacher, I am a major in mathematics and applied mathematics.

Graduates can go to primary school, secondary school or university to become teachers, in the normal category, mathematics is a relatively easy to employability major, many schools recruit more mathematics teachers.

2. As an IT staff, mathematics and applied mathematics are basic majors and are the "parent majors" of other related majors. Graduates of this major want to "change careers" and enter the analysis of scientific research data.

Software development, 3D animation.

Careers such as production have an innate advantage, and many graduates of mathematics and applied mathematics majors go on to work in the IT industry after graduation.

The overall employment situation of the Department of Mathematics is relatively good, but due to the wide range of mathematics and the detailed division of majors, there is also a gap in the employment situation.

The direction of mathematics research is applied mathematics, which has a wide range of applications, whether it is scientific research data analysis, software development, three-dimensional animation production, or engaged in finance and insurance, international economics and professional education, business administration, chemical and pharmaceutical, communication engineering, architectural design, etc., are inseparable from relevant mathematical professional knowledge. Most of the employment destinations of graduates of this major are concentrated in major group companies, scientific research and design units, financial institutions, etc., which are related to the information industry, and they also have great advantages in going abroad or further study.

Applied Mathematics has a great advantage when choosing the direction of development when applying for a master's degree, especially finance and economics have a great advantage over graduates of this major, and can also develop to a higher level. The employment situation in this research area is very good.

In the direction of probability and statistics, the demand for ** departments is also larger than that of Lao Zhaowan, and there are many positions for civil servants.

The direction of basic mathematics can only be suitable for research or teaching, so the employment scope is relatively narrow.

The employment directions of mathematics graduate students are as follows:

1. Teaching in schools.

2. Go to scientific research sites to study mathematics.

After graduating from the computational mathematics major, graduate students can go to scientific research institutes to conduct further mathematical research and understand computational mathematics more thoroughly.

3. Work in the telecommunications sector.

After graduating with a master's degree in computational mathematics, you can work in the telecommunications sector in signal processing, automatic control, statistical analysis, information management, computer applications, etc.

Fourth, start your own business.

Graduates starting their own business mainly refers to entrepreneurship in mathematics, such as opening a tutoring institution related to mathematics.

Computational Mathematics Career Prospects:

With the development and popularization of science and technology, the connection between mathematics and other majors is closer, especially the close connection with computers.

Graduates of this major are mainly engaged in mathematical research and education, graphic image and signal processing, automatic control, statistical analysis, information management, scientific computing and computer application in schools, scientific research institutes, financial industry, telecommunications and other departments. You can also start your own business, such as opening a tutoring and training institution related to mathematics.

Mathematics majors can be roughly divided into basic mathematics, applied mathematics, and probability theory.

Computational Mathematics. There are many small directions under the main category, and everyone learns different things according to the direction of each person's imitation research. In the first year of research, everyone takes a basic course, and there is functional analysis.

Higher Probability Theory, Abstract Algebra.

And so on, different schools may have different basic courses. Then you should choose courses according to your own research direction, such as the direction of game theory in applied mathematics, then you should study game theory, evolutionary game theory, nonlinear analysis, nonlinear optimization theory and so on.

There are basically no classes in the second year of graduate school, and Qingming's daily work is to read literature, make reports, and at the same time consult books for things in different directions. By looking at the literature, if someone else's method needs to be improved, or if there are other new methods, they can be studied, and if there are good results, they can be written and published**.

Graduate students majoring in mathematics must be doing math problems every day, because there are many math problems that are difficult and need to be studied.

The general direction of mathematics graduate students is generally divided into basic mathematics, applied mathematics, computational mathematics, probability theory and mathematical statistics, operations research and cybernetics.

It can be said that you can basically become a teacher in the above majors, and only what kind of teacher in what school depends on your own ability.

If it is divided into majors, the basic and applied macro direction is generally also a teacher;

Computational mathematics, if you can learn more knowledge, you can develop into computers, and if you go higher, it is the development of software and the upgrading and innovation of the system;

Probability theory and mathematical statistics, statistics, financial mathematics, etc.

Operations research and cybernetics, generally more detailed direction cybernetics, you can enter some of the more well-known companies to do ** or ** enterprises to do control work and so on.

Summary. <>

Hello friends, the employment of graduate students in the Department of Mathematics is good. The employment prospects of graduate students in the Department of Computational Mathematics are relatively broad. Graduate students majoring in mathematics can find jobs in a variety of fields, such as finance, insurance, technology, education, **, etc.

They can work in data analysis, statistical analysis, risk management, financial modeling, scientific computing, teaching and research, and more. In addition, graduate students majoring in mathematics also have the option to continue their doctoral studies and engage in academic research. <>

How about graduate employment in the Department of Mathematics.

Computational Mathematics. <>

Hello friends, the employment of graduate students in the Department of Mathematics is good. The employment prospects of graduate students in the Department of Computing and Hosiery are still relatively broad. Graduate students majoring in mathematics can find jobs in a variety of fields, such as finance, insurance, technology, education, **, etc.

They can work in data analysis, statistical analysis, risk management, financial modeling, scientific computing, teaching and research, etc. In addition, graduate students majoring in mathematics also have the option to pursue a Ph.D. and pursue academic research here. <>

Hello friends, I would like to add the following points for you. Graduate employment directions of computational mathematics: Mainly engaged in mathematical research and education, graphic image and signal processing, automatic control, statistical analysis, information management, scientific computing and computer applications in schools, scientific research institutes, telecommunications and other departments.

In addition, they can also start their own businesses, such as opening tutoring and training institutions related to mathematics and computational mathematics-related positions. Most of them go to companies and companies, and some of them are engaged in numerical calculations related to their professions, as well as graphics and image processing. There are also people who go to the research institute, and this part of the people is more or less engaged in data processing and analysis.

What is the approximate salary of the normal salary?

Hello <> friends, the normal salary is around 8000-12k<>

This major cultivates students to master the basic theories and basic methods of mathematical science, have the ability to use mathematical knowledge to use computers to solve practical problems, receive preliminary training in scientific research, and be able to engage in research and teaching in the fields of science and technology, education and economics, or engage in practical application development, research and management in the production, operation and management departments of the manufacturing industry. IT workers, business people, and teachers are all good choices.

Employment prospects. This major requires students to have a solid foundation in mathematical theory, and to provide graduate students in mathematics, applied mathematics and related disciplines for colleges and universities and scientific research institutions. In the past few years, compared with several other majors in mathematics, the employment area was relatively narrow, but in recent years, various mathematics-related disciplines have developed rapidly, and the number of research and teaching talents required in this area has also increased greatly, especially the teaching talents of mathematics-related disciplines Most of them need a solid foundation in basic mathematics, so the demand has also increased.

Summary. Graduate students majoring in mathematics and technology are good for employment. Mathematics and technology majors, from the perspective of the public, the employment prospects after graduation are nothing more than being a teacher or engaging in scientific research, which seems too old-fashioned and has a narrow employment path.

However, these are prejudices, and graduate students majoring in mathematics have long been the "sweethearts" of the financial, IT, and scientific research circles, and the employment prospects of mathematics majors have a "bright future" that you can't see. In addition to basic mathematics, most of the university's mathematics faculties also offer majors in applied mathematics, information and computing science, probability and statistical actuarial science, and mathematics and control science. These branches of modern mathematics go beyond the scope of traditional mathematics and extend to various social fields, using mathematics as a tool to solve non-mathematical problems, and have made great contributions to the development of human society.

Graduate students majoring in mathematics and technology are good for employment. Mathematics and technology majors, from the perspective of the public, the prospect of a career after graduation is nothing more than to become a teacher or engage in scientific research, which seems too old-fashioned and has a narrow employment path. However, these are prejudices, and graduate students majoring in mathematics have long been the "sweethearts" of the financial, IT, and scientific research circles, and the employment prospects of mathematics majors have a "bright future" that you can't see.

In addition to basic mathematics, most of the university's mathematics faculties also offer majors in applied mathematics, information and computing science, probability and statistical actuarial science, and mathematics and control science. These branches of modern mathematics go beyond the scope of traditional mathematics and extend to various social fields, using mathematics as a tool to solve non-mathematical problems, and making great contributions to the development of human society. When the town is on an errand, students of these majors are also welcomed in various related fields.

Related: Graduate students in mathematical technology are promising. In recent years, the country has invested greater financial resources and imitation force in the construction of basic disciplines, which has significantly improved the construction environment of disciplines, the competition of a country's science and technology is the competition of talents, and the foundation of talents is the foundation of mathematics, so in the situation of international emphasis on basic disciplines, mathematics is still very promising, employment in scientific research institutes, university teachers, etc., while teaching in colleges and universities, many research groups need to engage in mathematical technology people to do special research, Therefore, the lack of years of mathematics and technology majors is still very promising.