Prepare for advanced study and careers in mathematics, statistics, education, research and industry with our graduate programs.
You can take classes in a wide variety of subjects, including applied mathematics, data analysis, differential equations, differential geometry, mathematics education, number theory, optimization, probability, ring theory, statistics and topology. Small classes and a high degree of interaction with our research faculty promote a strong learning environment.
We offer financial support to graduate students in the form of assistantships and fellowships.
The Graduate School also provides helpful information, including student forms and thesis/dissertation guidance.
M.S. and M.S.T.
We offer multiple master's degrees:
- The Master of Science degree in mathematics offers specializations in pure mathematics, mathematics education, applied mathematics and computational mathematics.
- The Master of Science degree in statistics provides advanced study in statistical theory, methods and data analysis.
- The Master of Science in Teaching combines mathematics study with advanced teaching skills in preparation for working with students in secondary schools, leading to endorsements in mathematics teaching and teacher leadership.
Ph.D. in Mathematical Sciences
The doctoral program in mathematical sciences is nontraditional in that all students work with an application (typically with a heavy computing component) of current mathematics in another academic discipline or industry. This culminates in a semester interning at a governmental or industrial research facility as part of the degree requirements. The result is a perspective of the mathematical sciences as an integrated whole with appropriate roles for both pure and applied mathematics. The required combination of course work, experience and research enables graduates of the program to pursue careers in academic and nonacademic settings.
The Transition to Graduate Study
We offer a variety of transitional courses to bridge the gap between undergraduate work and graduate-level courses that still carry graduate credit. This allows you to start your graduate career in a way that is appropriate for your ability and background. Work with your advisor to determine what courses will be helpful for you. Topics include:
- Algebra
- Analysis
- Differential equations
- Numerical analysis
- Probability and statistics
- Topology
Program Requirements
Graduate students complete examinations, research and other degree requirements based on their program of study. Learn more about comprehensive and qualifying exams, the Applications Involvement Component, dissertation requirements and other academic milestones on our graduate program requirements page.