What subjects do you study in Mathematics and Applied Mathematics Teacher Training at university?

Mathematical Analysis, Advanced Algebra, Analytic Geometry, Ordinary Differential Equations, Complex Variable Functions, Real Variable Functions, Differential Geometry, Modern Algebra, Probability Theory, Mathematical Statistics, College Physics, C Language, and Public Courses.

The test subjects are computer and English.

Computer-based exams.

The topic is the operation mode of several common software in office, and those with a general score of 70 points or more, do not need to study the computer course in the first semester, and the final grade is the score of exemption from the exam (others study for a semester and end up with 90+, and you are only 70+, which is lowered again.)

Grade points, another subject of English, the exam questions are generally not difficult, many schools have a good reputation, but the English courses during the ordinary class and the advanced class are 4 semesters, and the students in the advanced class do not need to study the first book but need to study the fifth book additionally. It doesn't seem to be beneficial to enter the improvement class, but the questions in the English reading and writing test will be more difficult before the end of the semester, and the grade points (between 60 and 90 are divided into score bands, and the grade points of each score band will rise at one time, and the corresponding grade points will be very low. Not only reading and writing, but also the test papers in the listening and speaking class will be slightly more difficult.

In short, I think the only advantage of entering the improvement class is that when people ask about it, you can say that you are in the improvement class, and you are a little proud, but there is no merit in it.

Having said all this, as long as you don't fail the course in your freshman year, you don't have to worry too much about your grades!

Hope mine is helpful to you.

Mathematics and Applied Mathematics (Teacher Training) Major Employment Direction:

The Applied Mathematics major is a basic major and is the "parent major" of other related majors.

Whether it's for scientific data analysis.

Software development, 3D animation production or engaged in finance and insurance, international economy and **.

Business administration, chemical and pharmaceutical, communication engineering, architectural design, etc., are inseparable from relevant mathematical expertise. Hui Ze rents.

Mathematics majors are closely linked to other related majors, and mathematics expertise will be more widely applied.

Graduates are mainly engaged in research and teaching in mathematics education for the science and education sectors.

Can be engaged in ordinary primary and secondary schools, vocational middle schools.

Mathematics teachers in secondary specialized schools and various educational and training institutions can also go to various enterprises to engage in mathematics application, computer application software development, management and data monitoring and processing.

Mathematics and Applied MathematicsCultivation Goals:

Students should have good moral, scientific and cultural literacy, and master the basic theories, methods and skills of mathematical sciences.

Be able to use mathematical knowledge and mathematical technology to solve practical problems, and be able to adapt to the development needs of mathematics and science and technology to update knowledge.

Able to engage in scientific research in mathematics and related fields or in science and technology, education, and information industry.

Talents engaged in research, teaching, application development and management of precursors in economic, financial, administrative and other departments.

Mathematics and Applied MathematicsPostgraduate examination for majors: politics, English, mathematics or professional foundation, professional courses.

Mathematics and Applied Mathematics is an undergraduate major in ordinary colleges and universities, which belongs to the mathematics major, and the basic study period is four years, and the bachelor of science degree is awarded.

Students in this major mainly learn the basic theories of mathematics and applied mathematics, the basic methods of dismantling, and the mathematical model of virtual fiber.

Basic training in computer and mathematical software, with good scientific literacy, preliminary scientific research, teaching, solving practical problems and developing software.

and other basic abilities, and cultivate high-level professionals who can engage in research and teaching in the scientific, technological, educational and economic sectors, or engage in practical application, development, research and management in the production, operation and management departments.

Mathematics and applied mathematics is a comprehensive discipline, which includes both pure theoretical mathematics and the application of mathematics in practical problems. Therefore, this major does not belong to the traditional sense of the normal major, but a natural science discipline.

Of course, after graduating with a degree in mathematics and applied mathematics, you can choose to pursue a career as a teacher and enter a teacher training college for research and teaching in education. However, this does not mean that the major itself is a normal major. In addition to education, graduates of the Mathematics and Applied Mathematics program can also choose to work in a variety of fields such as scientific research, finance, information technology, engineering, etc.

In short, the Mathematics and Applied Mathematics major is a basic discipline that can provide students with a solid foundation in mathematics and rigorous thinking training, as well as a wide range of career development prospects.

Mathematics and applied mathematics belong to the natural sciences majors, not the normal majors. Although mathematics is an important part of education, the major of mathematics is mainly to cultivate students' all-round quality in mathematical theories, methods and skills, so as to lay a solid foundation for future careers in scientific research, high-tech development and management. In contrast, the teacher training major focuses on cultivating students' educational ability and educational literacy, so that they can be competent in primary and secondary education.

As a result, while mathematics graduates may choose to pursue a career in education, they are not professionals whose primary goal is education. Macro acres.

Mathematics and Applied Mathematics include Teacher Training. Mathematics and Applied Mathematics Career Direction:

Mathematics and Applied Mathematics is the foundation and platform for the advancement of computer science majors, and it is one of the majors most closely related to computer science and technology.

This major is a basic major with a wide range of employment, but the postgraduate entrance examination is still the first choice for graduates of this major. Mathematics and Applied Mathematics was rated as one of the top 10 "red warning" subjects for employment in 2012, and the biggest weaknesses of this discipline are inaccurate employment positioning and lack of professional subject skills.

Since the major of mathematics and applied mathematics is closely related to other related majors, there are more similar majors to choose from, so compared with other majors, it is much easier to choose a new career and change careers, which is conducive to better employment in the future.

Qualified software talents need to have "solid mathematical skills" and "rigorous logical thinking ability".

Major in Mathematics and Applied Mathematics (Teacher Training).

The Mathematics and Applied Mathematics (Teacher Training) major is an educational major for secondary and high school mathematics education, mainly teaching the basic theory and practical application of mathematics. The programme has a wide range of disciplines, including knowledge in areas such as mathematics, physics, computer science, and statistics. It aims to equip students with a theoretical foundation and practical skills that will enable them to become qualified teachers or educators in the field of secondary and high school education.

The course mainly covers mathematical analysis, linear algebra, probability theory and mathematical statistics, advanced mathematics, abstract algebra, calculus, computational mathematics, discrete mathematics, function theory, etc. After graduation, students can engage in teaching, scientific research and education management in secondary schools, high schools, vocational and technical schools, training institutions, universities and other educational institutions. In addition, they can also be admitted to positions such as national civil servants and public institutions, or continue to study for a master's degree or above and engage in research work.