Basic Courses
Graduation requires 132 credits, including 94 required credits and 38 elective credits. The Master's program requires 30 credits, with 6 required and 24 elective.Undergraduate:
Calculus, fundamental mathematics, education in information technology, computer programming, university physics and lab, mathematical software, advanced calculus, linear algebra, differential equations, discrete mathematics, economics, biology, algebra, theory of functions of complex variables, probability, statistics, scientific computing, numerical analysis, topics in pure mathematics, topics in applied mathemat-ics, topology and geometry.
Master's program:
Real analysis, mathematical control theory, stochastic calculus, dynamical systems, partial differential equation, topics in control theory, delay differential equation, scientific computation, numerical simulation, graph theory, combinatorial mathematics, computational biology, bioinformatics, number theory and cryp-tography, computational dynamical system, mathematical modeling, seminar, master's thesis.
Developmental Emphasis
Undergraduate Program
1. Revise the curriculum to keep in steps with the needs of society
2. Strengthen two-way teacher-student interaction, in order to counsel students more effectively
3. Continue raising faculty academic quality
4. Improve equipment
Master Program
1. Strengthen courses and labs in modeling
2. Cooperation with the industry
3. Improve library and laboratory facilities