Mathematics (B.S., B.A.)

For many careers in the business, entrepreneurship, government, industry and non-profit sectors, a bachelor’s degree in mathematics or statistics is the entry-level qualification. Some careers in mathematical or statistical fields require more advanced or more specialized background. These careers might include research associates, statisticians, and operations research specialists, whose work involves making decisions in managing money, materials, inventory, scheduling, pricing, facilities, people, and other issues that various organizations face. For these more specialized careers, the entry-level qualification may be a master’s degree in mathematics or statistics. Typical job titles of graduates with mathematics or statistics degrees include: 

• Actuary
• Cryptographer
• Data Scientist
• Investment Analyst
• Operations Research Analyst
• Numerical Analyst
• Professor
• Secondary Mathematics Teacher
• Software Engineer
• Data Analyst

The U.S. Bureau of Labor Statistics indicates there were 34,600 mathematicians and statisticians employed across the United States in 2024. On average, about 2,700 openings for mathematicians and statisticians are projected each year. There is great demand for mathematicians and statisticians, as the U.S. Bureau of Labor Statistics projects an 8% increase from 2024-2034, much faster than average for all occupations.

The department offers the Bachelor of Arts (B.A.) degree and the Bachelor of Science (B.S.) degree in mathematics. The mathematics requirements for the two degrees are identical; the difference between them is the number of science credits that are required (see below: B.A., B.S.). We have provided a degree map for students pursuing B.A./B.S. in Mathematics.
 

Degree Maps 2025-2026
 

Emphases Within the Major

By carefully choosing upper-division MTH and STA electives, it is easy to focus your major with a view to a particular career or area of further study. Possible areas of emphasis within the major include: actuarial mathematics; applied and computational mathematics; pure (or theoretical) mathematics; statistics; secondary teacher licensure.

Actuarial Mathematics

Actuaries study problems of insurance and finance using mathematical and statistical modeling. A career as an actuary is consistently rated one of the top careers in the U.S. Professional certification requires passing a demanding set of exams. 

Applied and Computational Mathematics

This area emphasizes the use of mathematical modeling and analysis to solve real-world problems in areas such as engineering, biology, finance and industry.

Pure (or Theoretical) Mathematics

This area emphasizes fundamental structures of mathematics and their rigorous, logical development. Ideas from pure mathematics often form a rigorous underpinning of ideas used in applied mathematics.

Statistics

This area emphasizes the analysis, interpretation and presentation of data. Statisticians and analysts are in high demand in many sectors of the economy. While any STA course, as well as MTH432, will help strengthen your statistical background and knowledge, combining a statistics minor with your mathematics major is the clearest way of emphasizing your statistics background. 

Second Major for Computer Science Students

Students in the CS program, who choose a concentration in mathematics can, by suitably choosing electives and with a few additional credits in mathematics, complete all mathematics requirements for the Bachelor of Science degree with a major in mathematics. See your Computer Science Department Adviser and an adviser in the Department of Mathematics and Statistics for further information.

Secondary Teacher Licensure

The CSUteach Program offers licensure programs in mathematics and physics with a BA or BS in mathematics. The licensure program requires coursework from the College of Arts and Sciences and the College of Public Affairs and Education. Contact the CSUteach Program for education courses required for undergraduate and Post-Baccalaureate Secondary Teacher Licensure programs (216-687-4625, JH 170).

Honors Program/University Scholars Requirements

A University Honors/Scholars Program student will be able to graduate with Honors in Mathematics by completing the general requirements of the Honors or University Scholars Program and all of the following:

1. Satisfy all requirements for the mathematics major (B.S. or B.A.);
2. Complete two 400-level MTH (or STA 424) Honors Contract courses, for a total of 6 honors credits. These must be chosen from courses that count toward a math degree. These courses may be counted toward the major as well.
3. In place of MTH 496 - Senior Project, complete  MTH 496H - Honors Project (3 credits) with a C or better. The requirements for this course include all the requirements of MTH 496 plus an oral presentation of the student’s work.

Accelerated Master's Program

Through the BA+MS or BS+MS program, students may complete a BA or BS with a Master of Science degree. High performing undergraduate students may apply to the program after the second year of undergraduate study and, if accepted, complete bachelor’s and master’s coursework during the third, fourth and fifth year.
 

Learn more about the Accelerated Master's Program here

Learn more about the BS/BA Mathematics program and admissions requirements

Dr. Shawn Ryan

Advisor for MTH/STA Majors and Minor
Office: RT 1538
Email: s.d.ryan@csuohio.edu
Advising Appointments can be made through Starfish or via email.
 

There are a variety of scholarships available for incoming freshman and transfer students. Please see details below about how to apply for these scholarships.  We also provide a Roadmap to Financial Aid that simplifies the process. Students are encouraged to fill out the FAFSA form for consideration of all types of financial aid.

Learn more about scholarships here

Learn more by requesting information or contacting a program staff member directly.
 

Apply here!

Program Director

Dr. Shawn Ryan

Undergraduate Program Director
Office: RT 1538
Email: s.d.ryan@csuohio.edu