Mathematics

Two people are solving a mathematical integral equation on a whiteboard. One person is drawing on the whiteboard with a marker, while the other observes. The equation includes trigonometric and polynomial functions.

Outcomes

A mathematics degree offers graduates a wide range of career options. They can work as mathematicians, using their analytical skills to solve complex problems in fields such as finance, engineering or research. Others become actuaries, analyzing financial risks and probabilities for insurance companies or financial institutions. Some graduates pursue careers in education, becoming math teachers at the K-12 level or professors at colleges and universities. 

Additionally, opportunities exist in data analysis, where graduates can work in industries such as healthcare, technology or marketing, using mathematical models to interpret and make predictions from data. With their strong foundation in mathematics, graduates are well-equipped for diverse professions that require logical thinking, problem-solving and quantitative analysis skills.

Career Outlook

  • Average Salary: $69,747
  • Job Postings: 119

Average salary is based on a 2024 NACE Salary Survey. Job posting data is for mathematician positions and is provided by Lightcast. This number represents unique job postings from companies looking to hire in the last 30 days as of May 2024.

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Educational Resources

Research Opportunities

Depending on your chosen major, your learning experience at USF will include collaborative research projects with our faculty. And with your educational experience augmented by such opportunities, you might choose to continue developing your research career by enrolling in a graduate program in an allied field upon completion of your USF degree.

Research opportunities include:

Learning Outcomes

  • Students will demonstrate facility with axiomatic reasoning, including the ability to write clear, rigorous mathematical proofs. 
  • Students will distinguish between syntax (the concrete) and semantics (the abstract) by writing programs in at least two different languages that perform the same function. These two programs should model mathematical structures, utilizing an object-oriented programming language. 
  • Students will be able to design and use valid mathematical models and use them to solve realistic problems, employing techniques from physics, computer algorithms or mathematics. 
  • Students will show the ability to engage in statistical reasoning, including the capacity to produce and interpret statistical information. 
  • Students will be able to organize, connect and communicate mathematical or algorithmic ideas. 
  • Students will acquire facility with several significant technological tools and use them effectively for computation, exploration and presentation. 

Math and Computer Science Club

Activities of USF's Math and Computer Science Club are both social and educational in nature and include "Pi Day" celebrations, math competitions, game nights, movie nights, ice cream socials and picnics.

Goals of the USF Math and Computer Science Club:

  • To provide students interested in mathematics and computer science an opportunity to connect both intellectually and spiritually
  • To create an interest at the USF campus in mathematics and computer science
  • To reach out to high schools to gain an interest in mathematics and computer science and also recruit students to the university
  • To connect to other mathematicians and computer scientists through regional and national meetings