Mathematics and applied mathematics
This major focuses on the basic theories and methods of mathematical science and computing technology, and is a subject that studies and solves practical problems in modern science, engineering technology and management science. Cultivate senior professionals with profound knowledge of mathematical theory, solid applied mathematical theory and skilled computer application software technology.
The main professional courses are: mathematical analysis, advanced algebra and analytic geometry, ordinary differential equations, mathematical physical equations, mathematical models, mathematical experiments, abstract algebra, topology, real variable function and functional analysis, optimization theory and method, complex variable function, differential geometry, probability theory and mathematical statistics, numerical analysis, wavelet analysis, fractal and its application, operational research, C language and database technology, linear control system and so on.
Graduates can engage in theoretical research and teaching in scientific research departments and institutions of higher learning; Can also be engaged in scientific and technological development, decision-making management, software development, planning management and application development in government, enterprises, industry and commerce and engineering management departments.
Information and computing science
Based on the information field, this major studies mathematical theory, numerical methods and digital technology. Cultivate high-level professionals who have mathematical literacy, master the basic theories and methods in a certain direction of information and computing science, have received preliminary training in scientific research, and can use their knowledge and computer skills to solve theoretical and practical problems in information digitization and digital information computer processing, scientific engineering calculation, optimal control and operation.
The main professional courses are: mathematical analysis, advanced algebra and analytic geometry, probability theory and mathematical statistics, numerical algebra, numerical approximation, computer graphics, ordinary differential equations, mathematical physical equations, real variable functions and functional analysis, optimization calculation, information theory basis, numerical solutions of differential equations, data structures, C language, mathematical models, abstract algebra, complex variable functions and so on.
Graduates can engage in research, teaching, application software design and development, management and other work in scientific research institutes, universities, economic departments and companies.