Frequently Asked Questions (FAQ)
Is a mathematics degree worth it?
Yes. A mathematics degree develops analytical, logical reasoning, problem-solving, and quantitative skills that can be applied across many careers. Mathematics graduates can work in fields such as finance, data science, technology, education, actuarial science, research, government, and business. Siena's Mathematics program gives students a strong foundation in mathematics while allowing them to explore how mathematical thinking can be applied to other fields.
What can you do with a mathematics degree?
A mathematics degree can prepare students for careers in data analysis, finance, actuarial science, technology, education, research, statistics, government, and business. Mathematics can also be a strong foundation for graduate or professional programs in areas such as engineering, computer science, economics, law, and other fields.
What jobs can you get with a mathematics degree?
Mathematics graduates can pursue careers such as mathematician, data analyst, statistician, actuary, financial analyst, operations research analyst, teacher, researcher, and quantitative analyst. Mathematics skills can also be applied to careers in technology, business, finance, government, and other industries.
What do you learn in a mathematics major?
Mathematics majors learn how to reason logically, solve complex problems, analyze patterns, and communicate mathematical ideas. Coursework can include areas such as calculus, algebra, geometry, statistics, probability, discrete mathematics, and mathematical modeling.
Is a mathematics degree only for people who want to become teachers?
No. Teaching is one career option for mathematics graduates, but mathematics skills are valuable in many fields. Graduates can pursue careers in finance, data analysis, technology, actuarial science, business, government, research, and other areas that require quantitative and analytical thinking.
Do mathematics majors get hands-on experience?
Yes. Mathematics students can apply their skills through research, internships, projects, independent studies, and interdisciplinary opportunities. These experiences allow students to use mathematical reasoning to address real-world problems and build skills that can transfer to professional settings.