Saint Louis University

What you'll study

The programme combines core mathematics with applied and computational subjects to give you both theoretical understanding and practical skills. You will study a calculus sequence and multivariable calculus, linear algebra, ordinary differential equations and introductory real analysis to build mathematical foundations. Applied and computational coursework typically includes numerical analysis, mathematical modelling, scientific computing or programming for mathematicians, and probability and mathematical statistics.

Students also choose electives that reflect applied interests, for example courses in partial differential equations, optimization and operations research, stochastic processes, data analysis and machine learning, or computational methods for physics and engineering. The curriculum emphasises hands-on experience through laboratory-style computing classes, project-based modelling courses and a senior capstone or research project where you apply mathematical tools to a substantial applied problem.

There is opportunity to take complementary modules from other disciplines — such as computer science, engineering, economics, biology or physics — and to pursue minors or certificate programmes to customise your profile for particular careers. Undergraduate research with faculty and internship placements with local industry and organisations are encouraged and supported.

Entry requirements

Applicants are expected to demonstrate a strong background in high-school mathematics, including algebra and calculus where available, and to show readiness for university-level quantitative work. Admission is based on a holistic review of academic records, personal statements and any supplementary materials required by the university. International applicants will need to show equivalent academic preparation and meet the university's English-language proficiency requirements.

Successful applicants typically have strong performance in mathematics and related science subjects. Students coming from other majors or with non-traditional backgrounds may be admitted but are normally expected to complete prerequisite coursework before progressing to upper-level applied mathematics classes. Academic advising is available to plan any necessary bridging or preparatory modules.

Career prospects

Graduates with a degree in Applied Mathematics are prepared for a wide range of careers that value quantitative reasoning and computational skills. Common career paths include data analyst or scientist roles, actuarial work (with further professional exam preparation), quantitative and risk analyst positions in finance, operations research, systems modelling, software development and engineering support roles.

Many graduates also continue to postgraduate study in applied mathematics, statistics, data science, engineering or related disciplines, or pursue professional programmes in business, finance and computer science. The programme’s emphasis on modelling, numerical methods and computing makes alumni attractive to employers in technology, healthcare analytics, manufacturing and consulting, and the university’s career services and alumni network help connect students with internships and local employers.

Why study at Saint Louis University

Saint Louis University offers a learning environment that combines small-class attention with access to research-active faculty and facilities for computational work. The university’s Jesuit mission emphasises holistic education, ethical reflection and service, which shapes a supportive community and opportunities for interdisciplinary engagement.

As an SLU student you benefit from close faculty mentorship, opportunities for undergraduate research, and coordinated advising to tailor the applied mathematics curriculum to your goals. SLU’s connections to the St. Louis region provide pathways to internships and collaborative projects with organisations across healthcare, finance, technology and government, while options to study at SLU’s other campus locations can broaden your academic and cultural experience.