It is suggested that incomming graduate students take the following core graduate classes. The program of a particular graduate student is set in accord with his/hers major professor.

MTH435/436  Introduction to Mathematical Analysis I/II
MTH418         Matrix Analysis
MTH513         Linear Algebra
MTH515/516  Algebra I/II
MTH525         Topology    (Cannot apply both 425 and 525 toward the MS degree)
MTH535/536   Measure Theory and Integration
MTH629/630   Functional Analysis I/II

In addition, depending on student's research interests and concentration the department offers advanced graduate classes focused on introduction as well as on recent research in particular areas:

Difference Equations (DE)

MTH442   Introduction to Difference Equations
MTH542   Difference Equations I (*New Course*)
MTH543   Difference Equations II (*New Course*)
MTH545   Ordinary Differential Equations I
MTH546   Ordinary Differential Equations II
Difference Equations Seminar

Combinatorics and Discrete Mathematics (CB)

MT547/CSC547     Combinatorics and Graph Theory
MTH548/CSC548  Topics in Combinatorics: Graph Theory
MTH550                  Probability and Stochastic Processes
MTH625                  Algebraic Topology (*New Course*)
MTH656                  Probability on Discrete Structures (*New Course*)
Special Topics include:   Extremal Graph Theory, Ramsey Theory, Representations of Graphs, Algebraic Combinatorics
Combinatorics Seminar

     Students can also take graduate classes in related areas

CSC541   Advanced Topics in Algorithms
CSC542   Mathematical Analysis of Algorithms
CSC544   Theory of Computation
IME555     Deterministic Systems Optimization

Complex Dynamical Systems (DS)

MTH455   Introduction to Chaotic Dynamical Systems (was 445)
MTH462   Function of a Complex Variable
MTH555   Chaotic Dynamical Systems (*New Course*) (Cannot apply both 455 and 555 toward the MS degree)
MTH562   Complex Function Theory (Cannot apply both 462 and 562 toward the MS degree)
MTH662   Topics in Complex Analysis (*New Course*)

Numerical PDE and Numerical Linear Algebra (NA)

MTH441   Introduction to Partial Differential Equations.
MTH471   Introduction to Numerical Analysis
MTH472   Numerical Linear Algebra
MTH571   Numerical Analysis (*New Course*) (Cannot apply both 471 and 571 toward the MS degree)
MTH572   Numerical Partial Differential Equations
MTH672   Scientific Computation (*New Course*)

Applied Analysis, Optimization and Control (AO)

MTH545   Ordinary Differential Equations I
MTH546   Ordinary Differential Equations II
MTH550   Probability and Stochastic Processes
MTH551   Mathematical Statistics

         Students can also take graduate classes in related areas

ELE504   Optimal Control Theory
ELE506   Digital Signal Processing
IME555   Deterministic Systems Optimization