Program Overview
The University of South Carolina's Master of Science in Mathematics provides a comprehensive grounding in mathematics, equipping students with analytical skills for careers in industry or teaching. The program emphasizes research opportunities, peer mentoring for teaching experience, and prepares graduates for roles as analysts, researchers, educators, and engineers in various sectors. The coursework covers core mathematical concepts such as algebra, calculus, geometry, and analysis.
Program Outline
Degree Overview:
The Master of Science in Mathematics program at the University of South Carolina is designed for students seeking a broad and thorough training in mathematics. The program aims to equip students with the analytical skills necessary to work as mathematicians in industry or to teach mathematics at junior and community colleges. It provides a stimulating and supportive environment for graduate studies, emphasizing research opportunities and preparing students for teaching roles.
Assessment:
Students are required to pass a written comprehensive examination based primarily on four core courses.
Teaching:
The program offers a peer mentoring program for graduate student instructors, allowing students to gain experience teaching undergraduate courses.
Careers:
Potential career paths for graduates include:
- Teacher
- Data Scientist
- Researcher
- Research Analyst
- Aerospace Engineer Workplace settings for graduates include:
- Education
- Public Sector
- Private Sector
- Aerospace Industry
Other:
The program highlights the following:
- Holistic Preparation: The program emphasizes research while also preparing students for teaching and academic citizenship.
- Notable Programs: Completion of the master's degree makes students strong candidates for graduate schools and careers in various fields.
- Supportive Environment: The Department of Mathematics at USC provides a friendly, cooperative, and welcoming environment.
- In-Demand Skills: The program equips students with in-demand skills through teaching opportunities and peer mentoring programs. The program's coursework includes:
- Algebra
- Calculus
- Statistics
- Geometry (as taught at the secondary level)
- Group theory
- Ring theory
- Real analysis The program emphasizes the development of the following skills:
- Data Analysis
- Analytical Reasoning
- Initiative
- Problem Solving
- Data Simulation
- Teaching
