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Mathematics plays an essential part in every area of modern technology. Recognizing this diverse and important role of mathematics, the department of mathematical sciences offers a very flexible Master of Arts in mathematics program built on a core of basic courses and a wide range of specialized electives.

By the proper selection of electives, a degree candidate may train for work as a systems analyst for a management consulting firm, a statistician for a drug corporation, an operations research analyst, a high school teacher, a two-year college teacher, a candidate for a doctoral program in mathematics, an actuary for an insurance company or for a number of other careers in mathematics.

A sample degree program indicating a possible selection of electives related to particular areas of mathematics can be obtained from the mathematical sciences department.

Degree Requirements

Each student is required to complete thirty (30) credit hours including:

  • Two Courses in Analysis: For example Advanced Calculus (MAT 7600), Topics in Analysis (MAT 7605)
  • MAT 7660 Linear Algebra (3 credits): This course will cover standard topics in linear algebra including eigentheory. It will presume an undergraduate course in linear algebra.
  • MAT 9000 Graduate Math Seminar (3 credits): Supervised study of selected topics in mathematics with presentations by individual students. Content may be chosen by the instructor or may be tailored to the interests of students. MAT 7600 and 7660 are prerequisites for this seminar.
  • Electives: To facilitate the design of an appropriate course of study, the six elective courses may be chosen from the following list or, with the approval of the Master of Arts in mathematics committee, from any of the other graduate programs.

 

Advisement and Selection of Courses

Students must check the date on the Graduate Calendar to learn when registration begins for the following semester. If students want to discuss the courses they plan to take, they should contact their advisor, Dr. David Sprows, Director of the Mathematics Graduate Program, at 610.519.7339. Students should contact their advisor for their Registration Pin numbers each semester. Upon approval of their courses, the pin numbers will be sent via email. Students should register only for those courses that are appropriate to the status in the Mathematics program.

Sample Programs
To help students who wish to choose courses with a particular interest or concentration in mind, the following sample programs have been drawn up:

Pre-Ph.D Training
MAT 7600 - Advanced Calculus
MAT 7605 - Topics in Analysis
MAT 7610 - Complex Analysis
MAT 7660 - Linear Algebra
MAT 8600 - Real Analysis
MAT 8650 - Abstract Algebra
MAT 8655 - Algebra II
MAT 8700 - Topology I
MAT 8705 - Topology II
Applied Mathematics
MAT 7600 - Advanced Calculus
MAT 7605 - Topics in Analysis
MAT 7660 - Linear Algebra
MAT 7610 - Complex Analysis
MAT 7750 - Numerical Analysis I
MAT 7755 - Numerical Analysis II
MAT 8430 - Operations Research
MAT 8435 - Mathematical Modeling
MAT 8740 - Applied Math I
MAT 8745 - Applied Math II
Junior College Teaching

MAT 7290 - Geometry
MAT 7404 - Statistical Methods I
MAT 7600 - Advanced Calculus
MAT 7605 - Topics in Analysis
MAT 7610 - Complex Analysis
MAT 7660 - Linear Algebra
MAT 7670 - Mathematical Logic
MAT 8430 - Operations Research
MAT 8650 - Abstract Algebra
MAT 8655 - Algebra II
Statistics, Probability and Operations Research
MAT 7404 - Statistical Methods I
MAT 7405 - Statistical Methods II
MAT 7600 - Advanced Calculus
MAT 7605 - Topics in Analysis
MAT 7660 - Linear Algebra
MAT 7750 - Numerical Analysis I
MAT 8400 - Statistical Theory I
MAT 8401 - Statistical Theory II
MAT 8430 - Operations Research
MAT 8435 - Mathematical Modeling
MAT 8462 - Stochastic Processes