Mathematics and applied mathematics
(regular class)
This major focuses on cultivating secondary mathematics educators who can master the basic theories, basic knowledge and methods of mathematical science, solve practical problems by using the learned mathematical knowledge, have modern educational concepts, master advanced teaching methods and modern teaching means, have innovative spirit and practical ability, and meet the needs of social development.
The main courses are: the foundation of mathematical analysis, analytic geometry, unitary integral, advanced algebra, multivariate calculus, general physics, advanced geometry, complex variable function, ordinary differential equation, differential geometry, probability theory and mathematical statistics, calculation method, modern algebra, real variable function, mathematical pedagogy, functional analysis, topology, mathematical physical equation, mathematical statistics, numerical method, linear programming and so on.
Mathematics and applied mathematics
(Financial Mathematics and Financial Engineering)
This direction mainly cultivates compound talents who have knowledge of mathematics, computer and modern finance, can comprehensively use mathematics, computer and modern financial means to analyze, develop and design financial products and solve practical financial problems, and can engage in financial analysis and financial engineering in financial institutions, companies and universities related to financial institutions.
The main courses are: mathematical analysis, advanced algebra, analytic geometry, probability theory, mathematical statistics, stochastic process, microeconomics, macroeconomics, monetary banking, introduction to financial engineering, econometrics, statistical analysis software, risk management, finance, investment, financial economics, international finance, application and design of financial engineering, computer network, etc.
Information and computing science
This major is a non-normal science and engineering major with the mathematical basis of information technology and computer technology as the research object. Cultivate senior professionals with all-round development in morality, intelligence and physique, good mathematical foundation and mathematical thinking ability, master the basic theories, methods and skills of information and computing science, and be able to solve practical problems in information technology and scientific and engineering computing. Graduates can engage in teaching, research, development and management in the fields of science and technology, education, information industry, economy and finance. The main courses are: the foundation of mathematical analysis, analytic geometry, unitary integral, advanced algebra, multivariate calculus, programming and algorithm language, general physics, introduction to computers, ordinary differential equations, complex variable functions, probability theory and mathematical statistics, data structures and algorithms, numerical analysis, real variable functions, mathematical physical equations, mathematical modeling, numerical solutions of differential equations, functional analysis, matrix calculation, difference method and simulation.