| Master of Arts in Mathematics |
| The Master of Arts in Mathematics extends students' knowledge in algebra, real and complex analysis, applied mathematics, combinatorics, geometry, number theory, statistics, and topology. The program permits specialization in
preparation for advanced study, and provides additional training for teachers of mathematics and for students seeking employment in industry. |
| For admission to this program students must have completed, with satisfactory grades, an undergraduate major in mathematics. This major must ordinarily include a course in modern algebra and a course in advanced calculus or real analysis. If the student's undergraduate program in mathematics does not meet the department's standards, the student may be required to take additional courses. |
| Program requirements include the following coursework: A minimum of thirty hours of course work in topology, linear algebra, real analysis, abstract algebra, and other approved courses. At least twenty-four hours must be mathematics courses. A grade of B or better is required in linear algebra (Math 5300), real analysis (Math 5710), and topology (Math 5220). |
| Master of Arts in Applied Mathematics |
| In the Master of Science in Applied Mathematics program, students obtain a broad background in mathematics that includes statistics, differential equations and numerical methods. The emphasis is on modeling and problem solving. This training prepares students for professional positions in government, industry and business. |
| Admission requirements: An applicant should have taken courses in calculus, including multivariate calculus and differential equations, linear algebra, probability, advanced calculus, numerical methods, computer programming, and data structures. Students may be admitted with some deficiencies. The missing coursework becomes an extra program requirement. |
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Program requirements - Coursework:
Twenty-six semester hours of specified course work in applied matrix algebra, numerical analysis, statistical analysis, ordinary differential equations, mathematical modeling, linear programming,
applied linear models, and the applied mathematics seminar.
At least six semester hours of approved electives from a list of courses offered by the Departments of Mathematics and Statistics, Computer Science, Electrical and Computer Systems Engineering, Industrial and Manufacturing Engineering, Management, and Physics. |
| Master of Science in Computational Mathematics |
| With the availability of significant computer resources throughout our society, companies and government research laboratories need mathematicians with advanced training in practical computational techniques. National studies
indicate a need for master level programs in this specialty.
The Master of Science in Computational Mathematics bridges the gap between computer scientists and mathematicians by training professionals to implement the latest algorithms in numerical mathematics. It focuses more on numerical analysis and computer calculations than the applied mathematics master's degree.
The computational program can lead to immediate positions at advanced computation facilities. In addition, graduates of this more specialized course of study are prepared to continue with doctoral work in computational mathematics. |
| Admission requirements: Entering students are expected to have had courses in multivariate calculus and differential equations, linear algebra, modern algebra, probability, advanced calculus, numerical analysis, and data structures. Computer programming knowledge is required. Students may be admitted with some deficiencies. The missing course work becomes an extra program requirement. |
| Program requirements - Coursework: Twenty-three semester hours of specified coursework from advanced numerical
analysis, matrix algebra, numerical linear algebra, real analysis, the theory of computation, programming, and the applied mathematics seminar. At least nine semester hours of approved electives in mathematics or computer science. |
| Master of Arts in Mathematics Education |
| This program deepens and extends secondary school mathematics teachers' understanding of mathematics and its learning and teaching. Through a focus on both theory and practice, this program enables teachers to strengthen their classroom effectiveness, to assume curriculum and instructional leadership roles, and, if so desired, to continue with doctoral study in mathematics education. |
| Admission Requirements In addition to the general admission requirements of The Graduate College, admission to this program requires a bachelor's degree with at least a teaching minor in mathematics, equivalent to that offered at WMU, and 15 hours of undergraduate work in professional education. |
Program Requirements
Coursework
- At least 15 credit hours of approved graduate-level mathematics courses;
- 12 credit hours of approved graduate mathematics education courses;
- One approved three-credit hour elective.
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