Case Western Reserve University

What you'll study

The programme builds a solid core in calculus, linear algebra, differential equations and real analysis, then moves into applied and computational topics. Typical modules include multivariable calculus, ordinary and partial differential equations, numerical analysis, mathematical modelling, probability and statistics, and computational methods (e.g. scientific computing with Python or MATLAB). Electives allow you to focus on applications such as data science, optimization and operations research, machine learning, mathematical physics or financial mathematics.

Students normally complete a combination of required core courses, mathematics electives, supporting courses (often from computer science, engineering, physics or economics) and general education requirements. The degree often culminates in a capstone experience — this may be a supervised research project, an applied modelling practicum, or an internship-based report — giving hands-on experience in translating mathematics into practical solutions.

Entry requirements

Applicants are expected to demonstrate strong preparation in secondary-level mathematics. Typical preparation includes advanced algebra, precalculus and preferably calculus; schools will evaluate transcripts for evidence of success in quantitative subjects. Successful applicants also present a competitive overall academic record and supporting materials such as teacher recommendations and a personal statement describing interest in applied mathematics.

Specific admissions criteria and documentation requirements are set by Case Western Reserve University's undergraduate admissions office. Placement credits (for example from AP, IB or other recognised programmes) may be accepted and can influence the first-year course sequence.

Career prospects

Graduates with a Bachelor’s in Applied Mathematics pursue a wide range of careers where quantitative problem-solving is central. Common destinations include roles in data analytics and data science, quantitative finance and risk analysis, software development, operations research and optimisation, modelling and simulation for engineering or the physical sciences, and actuarial work.

Many graduates enter graduate programmes in applied mathematics, statistics, computer science, engineering or related fields. The programme’s emphasis on computation and interdisciplinary collaboration also supports careers in industry research and development, consulting and technology startups.

Why study at Case Western Reserve University

Case Western Reserve offers a mathematically rigorous education within a research-intensive university that encourages interdisciplinary collaboration. Students benefit from close links between the Department of Mathematics and neighbouring departments — including engineering, computer science, physics and economics — enabling project-based learning and cross-disciplinary electives.

The university provides robust undergraduate research opportunities, access to faculty with active research programmes, and connections to the Cleveland technology, healthcare and financial sectors for internships and applied projects. Small class sizes in advanced courses and dedicated advising help undergraduates tailor the degree to their interests, whether aiming for immediate employment or further study.