Emory University

What you'll study

The curriculum builds from foundational calculus and linear algebra to more specialised applied topics. Core areas typically include:

• Calculus and Multivariable Calculus: limits, derivatives, integrals, sequences and series, and vector calculus.
• Differential Equations: ordinary differential equations, qualitative analysis and systems modelling.
• Linear Algebra: matrix theory, vector spaces and applications to systems and transformations.
• Real Analysis/Foundations: rigorous treatment of functions, continuity and proofs to support advanced study.
• Probability and Mathematical Statistics: probability models, inference, estimation and hypothesis testing.
• Numerical Methods and Scientific Computing: algorithms for approximation, numerical linear algebra, rootfinding, numerical ODE/PDE solvers and implementation in scientific languages (e.g. Python, MATLAB).
• Optimization and Operations Research: linear and nonlinear optimisation, modelling decisions under constraints and applications.
• Applied Modelling and Capstone Projects: constructing, analysing and validating models for real data; often completed as an independent study or senior project.

Students frequently take complementary courses in computer science, statistics, economics, physics, engineering or biology to apply mathematical tools in specific domains. Elective options allow concentration in areas such as data science, actuarial mathematics, mathematical biology or computational finance.

Entry requirements

Admission to Emory is competitive. Successful applicants to the applied mathematics major typically demonstrate strong quantitative preparation in secondary school: completion of a full calculus sequence (where available) or equivalent, strong grades in mathematics and related STEM courses, and familiarity with problem solving. Application materials expected by the university include academic transcripts, a personal statement, and letters of recommendation; standardised testing policies may vary, so consult the university’s admissions guidance for current guidance. Students transferring into the major should expect to present college coursework in calculus and linear algebra for placement.

Career prospects

Graduates with an applied mathematics degree pursue a wide range of careers where quantitative analysis and modelling are central. Typical paths include:

• Data science and analytics roles in technology, healthcare, retail and consulting.
• Quantitative and risk analysis positions in finance, insurance and banking.
• Actuarial careers; many students prepare for professional exams while in the programme.
• Engineering, operations research and optimisation roles across industry and logistics.
• Research and technical positions in biotech, environmental modelling and public health.
• Graduate study in applied mathematics, statistics, computer science, engineering, economics or related fields.

Why study at Emory University

Emory offers a liberal‑arts environment with close faculty mentorship and opportunities for undergraduate research. The programme emphasises interdisciplinary work: students can take advantage of connections with the Department of Computer Science and the Rollins School of Public Health, and pursue collaborative projects with faculty across campus. Located in Atlanta, Emory provides access to internships and partnerships with industry, public health organisations and financial firms in the region. Small class sizes in advanced courses, a structured advising system, and resources for undergraduate research and capstone projects support students preparing for professional careers or further academic study.