Program Overview
Ohio University's Master of Science in Mathematics program offers customizable tracks tailored to individual career goals. The Doctoral Preparation track prepares students for doctoral studies, while the Applied, Computational, and General tracks provide specialized skills for careers in government, industry, or teaching. Graduates develop expertise in applying mathematical knowledge and solving problems in various fields.
Program Outline
Degree Overview:
The Master of Science in Mathematics (M.S.) program at Ohio University offers a versatile and customizable study plan tailored to individual student interests and career goals. The program features four distinct tracks:
- Doctoral Preparation Track (MS3101): Designed for students planning to pursue a doctoral degree in mathematics.
- Applied Track (MS3101): Focuses on applying mathematics to careers in government or industry, or for pursuing a doctoral degree in a field outside of mathematics.
- Computational Track (MS3111): Emphasizes algorithms and software for careers in government or industry.
- General Track (MS3101): Provides flexibility for students with diverse career aspirations, allowing them to customize their coursework in consultation with an advisor. The program's mission is to train students to effectively apply and disseminate mathematical knowledge and understanding. Graduates are expected to develop the ability to:
- Apply mathematical tools to solve problems in mathematics and other disciplines.
- Effectively communicate mathematical knowledge and understanding through oral, written, or other means.
Outline:
Doctoral Preparation Track
The Doctoral Preparation track prepares students for doctoral studies in mathematics. Coursework includes:
- Advanced Calculus
- Real Analysis
- Abstract Algebra
- Topology
- Differential Equations
Applied Track
The Applied track equips students with skills in formulating, analyzing, and solving mathematical models for various application areas. Coursework includes:
- Numerical Analysis
- Optimization
- Statistics
- Applied Mathematics
Computational Track
The Computational track emphasizes algorithms and software development for careers in government or industry. Coursework includes:
- Numerical Analysis
- Scientific Computing
- Data Structures
- Algorithms
General Track
The General track provides flexibility for students to tailor their coursework to their specific career goals.
Careers:
Graduates of the M.S. in Mathematics program have diverse career opportunities depending on their chosen track:
- Doctoral Preparation Track: Continue to doctoral studies in mathematics.
- Applied Track: Work in government or industry, or pursue a doctoral degree in a field other than mathematics.
- Computational Track: Careers in government or industry with an emphasis on algorithms and software.
- General Track: Careers in teaching at the college level, government, or industry, depending on the specific coursework completed.