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Introduction to Mathematics Specialty (including Financial Mathematics)

Mathematics major is to cultivate high-level compound talents who master the basic theories and methods of mathematical science, have the ability to use mathematical knowledge and computers to solve practical problems such as engineering, economy and management, and have been trained through scientific research. Mathematics has three major directions: mathematics and applied mathematics, financial mathematics and information and computing science. The first and second grades are trained according to mathematics, and the third and fourth grades are trained according to students' personal interests and development needs. Mathematics courses mainly include: mathematical analysis, advanced algebra, analytic geometry, probability theory and mathematical statistics, ordinary differential equations, programming and so on.

I. Mathematics and Applied Mathematics Major

This major is a brand major and a provincial major in Jiangxi Province, and it is also a provincial comprehensive reform pilot major.

Main courses: real variable function, functional analysis, complex variable function, partial differential equation, modern algebra, differential geometry, mathematical model, mathematical software, improvement of mathematical analysis, improvement of higher algebra, mathematical programming, regression analysis, operational research, etc.

Employment prospects: graduates can engage in research and development, statistical forecasting, modern management, mathematics teaching and scientific research in economic management, planning and decision-making, financial departments, industrial and commercial enterprises, universities and scientific research institutions; Send or obtain a master's degree at home and abroad or a master's or doctoral degree for further study.

Second, mathematics and applied mathematics (direction of financial mathematics)

As a brand major, provincial major and provincial comprehensive reform pilot major in Jiangxi Province, this major aims to train senior professionals who apply mathematical knowledge to solve practical problems in the economic field.

Main professional courses: monetary finance, securities investment, western economics, econometrics, financial time series, intermediate financial accounting, statistical analysis software, financial engineering, insurance, etc.

Employment prospects: graduates can engage in management, quantitative analysis, economic information analysis, financial product design and development in science and technology, education, economy and finance, national defense, scientific research institutions, industrial and mining enterprises and government agencies, universities and management departments; Send or obtain a master's degree at home and abroad or a master's or doctoral degree for further study.

Three. Information and computing science

This major trains senior professionals to solve practical problems in information technology and scientific and engineering calculation.

Main professional courses: information theory foundation, numerical solution of differential equations, discrete mathematics, data structure, numerical approximation, numerical algebra, computer network principle, database principle, computer graphics and image processing, algorithm design, modern cryptography, information security technology, etc.

Employment prospects: After graduation, I can engage in scientific research, teaching, calculation and analysis, application development and management in the fields of science and technology, education, information industry, economy and finance. Send or obtain a master's degree at home and abroad or a master's or doctoral degree for further study.

The physics major enrolls students according to the professional category, which is divided into two majors: one is physics; Second, applied physics.

Physics majors train senior professionals who have the basic theories and methods of physics, good mathematical foundation and experimental skills, and can engage in scientific research, teaching, technology and management in physics or related scientific and technological fields. The main professional courses are: theoretical mechanics, electrodynamics, quantum mechanics, thermodynamic statistical physics, mathematical physics methods, introduction to disciplines, solid state physics, computational physics, microcomputer principle and application, laser principle and technology, photoelectric detection technology, electronic measuring instrument principle, optoelectronics, modern physical experiments, etc.

Applied physics is a brand of Jiangxi province and a characteristic specialty of Nanchang University. Cultivate senior professionals who can master the basic theories and methods of physics, master the basic theories and methods of physical application, have good physical foundation and physical application ability, have good computer application ability and can adapt to various social needs.

This major has three major directions: microelectronics, applied electronic technology and nuclear technology (which will be diverted after one and a half years). The main professional courses are: mathematical physics methods, thermodynamic statistical physics, quantum mechanics, solid state physics, electronic circuits, microelectronics, information optics, photoelectric detection technology, microcomputer principle and application, single chip microcomputer interface technology, electronic circuits, signals and systems, high-frequency circuits, digital signal processing, sensor principle and application, and electronic measurement. Nuclear electronics, nuclear physics, nuclear reactor physical analysis, radiation protection and nuclear safety, reactor thermal analysis, nuclear electronics experiment, nuclear power plant system and operation, accelerator principle and radiation dosimetry.

Optoelectronic information science and engineering

This major trains senior professionals with good professional basic knowledge, experimental skills and scientific literacy, and masters photoelectric and signal processing technologies. Graduates can engage in the development and management of photoelectric detection and computer software and hardware application systems in electronic and photoelectric instrument enterprises, detection, measurement and process control departments, banks, posts and telecommunications, construction, commodity inspection and other industries. The main professional courses are: engineering optics, mathematical physics methods, electromagnetic field theory, microcomputer principle and application, single chip microcomputer interface technology, photoelectric detection technology, digital signal processing, mechanical drawing, laser principle and technology, interface technology experiment, thermodynamic statistical physics, quantum mechanics, pulse digital circuit, information optics, signals and systems, modern physical experiments, professional experiments and so on.

References:

lxy.ncu.edu.cn/rcpy/bkzy/ 19823.htm