Berea College

What you'll study

This programme provides a broad foundation in mathematics alongside specialised applied topics and computational techniques. Core study typically includes a calculus sequence, linear algebra, ordinary differential equations, probability and mathematical statistics, and real analysis to build theoretical understanding. Applied and computational modules commonly cover numerical analysis, mathematical modelling, scientific computing, and data analysis using contemporary programming tools.

• Core mathematical theory: single‑ and multivariable calculus, linear algebra, real analysis.
• Applied mathematics: ordinary differential equations, partial differential equations (introductory level), mathematical modelling for physical and biological systems.
• Computational skills: numerical methods, algorithmic approaches, programming for mathematics (frequently using languages such as Python, MATLAB or R).
• Probability and statistics: probability theory, inferential statistics, stochastic processes at an introductory level.
• Electives and interdisciplinary options: courses in computer science, physics, economics, and engineering topics that allow students to tailor study toward data science, finance, or scientific research.
• Capstone/Research: senior seminar or research project that emphasises modelling, computation and communicating quantitative results; opportunities for faculty‑mentored undergraduate research are a feature of the programme.

The department emphasises small class sizes, close mentorship, and experiential learning. Students are encouraged to undertake internships, participate in collaborative research, and present at undergraduate symposia.

Entry requirements

Berea College seeks applicants who demonstrate academic readiness and a commitment to the College’s mission of service and work‑study. Successful applicants will typically have a strong high school record with substantial preparation in mathematics; courses such as pre‑calculus and calculus are recommended. Evidence of quantitative aptitude through grades, teacher recommendations and any standardised test scores submitted will strengthen an application.

• Academic background: high school diploma or equivalent with solid achievement in mathematics and related sciences.
• Recommended coursework: algebra, geometry, trigonometry, pre‑calculus and, where available, calculus.
• Additional materials: personal statement, letters of recommendation, and any demonstration of interest in applied quantitative work (such as projects, coding experience or relevant extracurriculars).
• International applicants: evidence of English proficiency through recognised tests or other documentation where required by the College.
• Work‑study commitment: applicants should understand and accept Berea’s student work programme, which forms part of the College’s educational model.

Career prospects

Graduates with an Applied Mathematics degree are well placed for a wide range of careers that require quantitative reasoning and computational skills. Common early career destinations include roles as data analysts, quantitative analysts in finance, software developers, systems modelers, and statistical or research assistants. The degree also provides strong preparation for graduate study in applied mathematics, statistics, data science, engineering and related fields.

• Data analyst or data scientist positions in private and public sectors.
• Actuarial work or roles in finance and risk management (students often prepare for professional actuarial exams while employed entry‑level).
• Software engineering and technical roles that leverage numerical and algorithmic skills.
• Research assistantships and further academic study leading to masters or doctoral programmes.
• Teaching at secondary level following appropriate certification pathways.

Why study at Berea College

Berea College offers a distinctive undergraduate environment with small classes, close faculty contact and a strong emphasis on experiential learning. As a liberal arts college with a student work programme, Berea integrates practical work experience with academic study, helping students develop transferable skills valued by employers and graduate schools. The campus culture stresses community engagement and service, and mathematics students benefit from opportunities for undergraduate research, interdisciplinary collaboration and personalised academic advising.

For students seeking rigorous applied mathematics training within a supportive, residential liberal arts setting where education is closely tied to practical experience and community values, Berea provides a compelling option.