What are the courses of mathematics and applied mathematics? What do you study in mathematics and applied mathematics?
Mathematics and applied mathematics study analysis, algebra, geometry, probability theory, physics, mathematical model, mathematical experiment, computer foundation, numerical method, mathematical history and other courses. , and the basic courses selected according to the application direction.
The training objectives and requirements of mathematics and applied mathematics specialty are to train senior professionals who master the basic theories and methods of mathematical science, have the ability to use mathematical knowledge and solve practical problems with computers, have received preliminary training in scientific research, and can engage in research and teaching in science and technology, education, economy and other departments, or engage in practical application, development, research and management in production, operation and management departments.
Students in this major mainly study the basic theories and methods of mathematics and applied mathematics, receive the basic training of mathematical models, computers and mathematical software, have good scientific literacy, and initially have the basic abilities of scientific research, teaching, solving practical problems and developing software.
Necessary ability of mathematics and applied mathematics
1. Have a solid mathematical foundation, received strict scientific thinking training, and initially mastered the thinking method of mathematical science;
2. Have the preliminary ability to apply mathematical knowledge to solve practical problems, especially the ability to establish mathematical models, and understand the basic knowledge of application fields;
3. Skillful use of computers (including common languages, tools and some mathematical software) and the ability to write simple application programs;
4. Understand the national science and technology policies and regulations;
What is the difficulty of mathematics and applied mathematics?
Mathematics and applied mathematics are the most difficult majors in undergraduate mathematics department. Just look at its course. The major of mathematics department is 1. Learning analytic geometry, advanced algebra (specialized course 1), mathematical analysis (specialized course 2, known as the enhanced version of calculus), girls' mathematics department scores better (because MM works hard). There is nothing wrong with studying hard. Their specialized courses include abstract algebra (basic number theory), real variable function (one level more difficult than mathematical analysis), functional analysis (derivative of real variable function), topology (basic graph theory), differential geometry and numerical analysis.
Expanding Reading: Do Girls Learn Mathematics and Applied Mathematics? Is it appropriate for girls to study mathematics and apply mathematics?
See if you are suitable. If you like mathematics and are suitable for it, it will be easy to learn and find a way to learn it. If you plan to take the postgraduate entrance examination in the future, you will have advantages: 1. The competition among graduate students majoring in mathematics itself is not great. It is difficult for general engineering students to study mathematics across majors, but it is not easy for other science majors such as meteorology, physics, chemistry and biology to come over. Plus professional cold. So the competition ratio is not very big, unlike computer, economics and other majors, many foreign majors have crossed the border. 2. For mathematics majors, there are not many foreign majors, but mathematics majors have advantages, such as system science, computer, software, economy and finance, traffic engineering, atmosphere, physics and other disciplines. However, in terms of re-employment, mathematics is a science, and the employment situation is not so good compared with engineering, but the employment situation of graduates majoring in mathematics is not so good because of mathematical foundation. So in the long run, the situation is still good. For example, many people in the software and financial industries are from mathematics, but you said that your high school mathematics is not good and may not be suitable for this major. However, if you start again after entering the university and study hard, you will soon make up for it. After entering advanced mathematics, you will have a brand-new thinking.
Employment direction of female students majoring in mathematics
1. As a teacher, graduates majoring in mathematics and applied mathematics can go to primary schools, middle schools or universities as teachers. In normal schools, mathematics is a major that is easy to find employment, and many schools recruit more mathematics teachers.
2. As IT personnel, mathematics and applied mathematics are basic majors and "parents' majors" of other related majors. Graduates of this major have inherent advantages if they want to "change careers" and enter the majors of scientific research data analysis, software development and 3D animation production. Many graduates majoring in mathematics and applied mathematics are engaged in IT industry after graduation.
3, doing business, on Wall Street, many gold collars are from mathematics majors, such as financial mathematicians, who use mathematical ideas to solve financial problems.
4, do business management, although graduated from mathematics, but some graduates can enter the enterprise to engage in management work, but the job requirements are relatively high and the competition is fierce.
Employment prospect of mathematics major
Mathematics major, in the eyes of the public, the employment prospect after graduation is nothing more than being a teacher or doing scientific research, which is too old-fashioned and the employment path is too narrow. However, these are all prejudices. Graduate students majoring in mathematics have long been "hot potato" in the fields of finance, IT and scientific research, and the employment prospect of mathematics major is "bright" that you can't see!
In the college of mathematics of universities, in addition to basic mathematics, most of them also offer applied mathematics, information and computing science, probability and statistical actuarial science, mathematics and control science. These branches of modern mathematics have gone beyond the scope of traditional mathematics and extended to all fields of society. Using mathematics as a tool to discuss and solve mathematical problems is by no means a mathematical problem. It has made great contributions to the development of human society. Of course, students of these majors are also welcome in various related fields.