The Department of Mathematics and Statistics offers a flexible program of study leading to the Master of Science (M.S.) degree in Mathematical Sciences. After completing a core program of twelve (12) credits, the student may select coursework from a curriculum designed to emphasize classical mathematics, applied mathematics/computational mathematics, actuarial mathematics, mathematical statistics, or mathematics education.
A student may pursue a program of study to include coursework in other mathematically oriented disciplines. For example, under the supervision of a graduate advisor, the student may design a program in which as much as half of the student’s coursework is taken at the graduate level in computer science, management science, physics, technology, or some other mathematically oriented area.
Depending on the design of the program, opportunities for the student who successfully completes the M.S. degree are numerous. These programs may lead to careers in business, industry, government, or advanced teaching positions in secondary or higher education. The department also offers a Master of Science (M.S.) degree in Mathematical Sciences with a concentration in Precollegiate Mathematics.
Mathematical Sciences Program Admission Requirements
For admission to the program a student must have:
- A bachelor’s degree from an accredited college or university in mathematics or related area.
- Submit general GRE scores.
- Submit three (3) letters of recommendation from individuals familiar with applicant’s academic performance and the likelihood of success in the School of Graduate Studies.
- Complete all of the admission requirements of the School of Graduate Studies.
Incoming students lacking certain prerequisites may be required to make up these deficiencies. However, graduate credit will not be given for this coursework.
Each student is required to take a comprehensive examination in Calculus I-II and Linear Algebra. These exams are to be taken during the first semester of enrollment. In the event that a student does not achieve a grade of “B” or better on the examination, the student must make arrangements to do remedial work and retake the examination at the next scheduled time. The student may not register for MATH 5960 (Thesis) until both examinations have been passed by achieving a grade of “B” or better.
Minimum Degree Requirements
The student should meet with the graduate coordinator as soon as possible to determine career goals and a program of study. In consultation with the student, the graduate coordinator will assign a committee and chair. A minimum of 30-semester credits of acceptable work, including a thesis, is required for a degree. Of the 30 required credits no more than nine (9) credits can be from courses with numbers 5XX7.
Every candidate must complete MATH 5210 (Real Analysis I) and MATH 5410 (Modern Algebra I), plus at least two (2) of the following;
- MATH 5510 - Complex Analysis I (3 credits)
- MATH 5610 - Applied Mathematics I (3 credits)
- MATH 5710 - Statistical Methods I (3 credits)
- MATH 5340 - Graph Theory and its Applications (3 credits)
- MATH 5357 - Introduction to Topology (3 credits)
One (1) Two-Course Sequence
The student’s program of study must contain at least one (1) two-course sequence. The two-course sequence may contain a course from the above requirements. Examples of two-course sequences include:
- MATH 5210 - Real Analysis I (3 credits) and
- MATH 5220 - Real Analysis II (3 credits)
- MATH 5257 - Numerical Analysis (3 credits) and
- MATH 5267 - Numerical Linear Algebra (3 credits)
- MATH 5340 - Graph Theory and its Applications (3 credits) and
- MATH 5450 - Advanced Topics in Graph Theory (3 credits)
- MATH 5410 - Modern Algebra I (3 credits) and
- MATH 5420 - Modern Algebra II (3 credits)
- MATH 5510 - Complex Analysis I (3 credits) and
- MATH 5520 - Complex Analysis II (3 credits)
- MATH 5610 - Applied Mathematics I (3 credits) and
- MATH 5620 - Applied Mathematics II (3 credits)
- MATH 5710 - Statistical Methods I (3 credits) and
- MATH 5720 - Statistical Methods II (3 credits)
- MATH 5810 - Operations Research I (3 credits) and
- MATH 5820 - Operations Research II (3 credits)
- MATH 5850 - Numerical Analysis I (3 credits) and
- MATH 5860 - Numerical Analysis II (3 credits)
Courses—No later than the time when a student completes twelve (12) credits of approved coursework, a committee will be appointed for the student. The committee and student, together, will decide which courses the student will take to complete the Master of Science degree. In addition to mathematics courses, students who are interested in applications of mathematics are encouraged to elect courses in computer science, management science, physics, technology, and other mathematically oriented fields. The final approval of the student’s program rests with the graduate coordinator and the committee chair.
Thesis—The chair of the student’s committee will ordinarily direct the research and preparation of the thesis. After selecting a topic, the student, in consultation with the student’s committee, must prepare a tentative outline. This outline must be kept current during the preparation of the thesis and contained in the student’s graduate folder.
Cooperative Program—The Department of Mathematics and Statistics participates in the cooperative education program. All students are encouraged to participate in this program to gain practical experience in the applications of mathematics. A maximum of four (4) hours of graduate credit may be earned toward graduation through this program.
Teacher Certification—A student interested in teacher certification should contact the College of Education about the Master of Arts in Teaching (M.A.T.) or the Master of Education program.
This school offers programs in:
Last updated January 23, 2018