To complete the M.S. program, a candidate must:
* MATH 521 General Topology I
* MATH 531 Real Analysis
* MATH 533 Complex Variables
* MATH 550 Linear Algebra
* MATH 551 Abstract Algebra
2. Pass the seminar course MATH 599.
3. Prepare and successfully defend a thesis (MATH 610).
Note: The student must seek the approval of the academic advisor (in consultation with the thesis advisor) for any course she/he registers.