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Professor Wang lecturing

Course Introduction || Course Planning

For course planning, the department not only provides basic mathematics courses to provide students with solid foundations for mathematics but also designs several interesting and versatile mathematics courses in general education. Students are expected to gain knowledge in mathematics through stimulating course content. As soon as students gain understanding of domain concepts in mathematics, they are encouraged to choose their concentrations in one of the following areas: probability and statistics, combinational mathematics and scientific computing.

With respect to curriculum design, the department will be focusing on programming and trainings in mathematical and statistical software. As a result, students will be able to utilize modern research tools effectively. Juniors and Seniors are highly recommended to team up with faculty in academic research projects or to participate in collaborative research programs sponsored by industries. These types of involvement will strength students’ understandings in theories and award students with invaluable hands-on experience.

Moreover, the department encourages students to choose an introductory course for mathematics from one of the following majors while pursing their degrees in applied mathematics: physics, biology, economics, and electrical engineering. Because of the importance of understanding mathematics in a different field other than applied mathematics, it will be beneficial to students in sharpening their ability to work with people from different fields.

Required Optional
Course Credit Year Course Credit Year
Calculus (I) 4 Freshman Introduction to Logic 2 Freshman
Linear Algebra (I) 3 Freshman Fundamental of Mathematics (II) 3 Freshman
Fundamental of Mathematics (I) 3 Freshman Introduction to Computer Science (II) 3 Freshman
Introduction to Computer Science (I) 3 Freshman Appreciation of Mathematics 2 Freshman
Concepts of Mathematics (I) 1 Freshman Graph Theory 3 Sophomore
Calculus (II) 4 Freshman Multimedia Designs and Applications (I) 3 Sophomore
Linear Algebra (II) 3 Freshman Concepts of Multimedia Designs and Applications(I)   3 Sophomore
Concepts of Mathematics (II) 1 Freshman Concepts of Mathematics (III) 1 Sophomore
Advanced Calculus (I) 4 Sophomore Data Structures 3 Sophomore
Differential Equations (I) 3 Sophomore Multimedia Designs and Applications (II) 3 Sophomore
Probability and Statistics (I) 3 Sophomore Concepts of Multimedia Designs and Applications(II) 1 Sophomore
Advanced Calculus (II) 4 Sophomore Concepts of Mathematics (IV) 1 Sophomore
Probability and Statistics (II) 3 Sophomore Differential Equations (II) 3

  Sophomore

Algebra (I) 3 Sophomore Algebra (II) 3 Junior
Numerical Analysis (I) 3 Junior Complex Analysis (I) 3 Junior
Combinatorics (I) 3 Junior Mathematical Statistics (I) 3 Junior
      Multimedia System 3 Junior
      Concepts of Numerical Analysis (I) 1 Junior
      Real Analysis (I) 3 Junior
      Elementary Number Theory 3 Junior
      Mathematical Statistics (II) 3 Junior
      Numerical Analysis (II) 3 Junior
      Concepts of Numerical Analysis (II) 1 Junior
      Combinatorics (II) 3 Junior
      Complex Analysis (II) 3 Junior
      Real Analysis (II) 3 Junior
      Computer-Aided Geometry Design 3 Junior
      Partial Differential Equations 3 Senior
      Stochastic Thinking 3 Senior
      Statistical Methods 3 Senior
      Probability Theory (I) 3 Senior
      Algorithm 3 Senior
      Mathematical Programming (I) 3 Senior
      Advanced Linear Algebra 3 Senior
      Probability Theory (II) 3 Senior
      Geometry 3 Senior
      Mathematical Programming (II) 3 Senior
      Mathematical Physics 3 Senior
      Stochastic Processes 3 Senior
      Methods for Applied Mathematics 3 Senior