Emory University

What you'll study

The curriculum blends foundational mathematics and a comprehensive computer science core. Typical subjects include:

• Calculus and Linear Algebra — multivariable calculus, matrix theory and vector spaces that underpin applied and theoretical work.
• Core Mathematics — courses such as real analysis, abstract algebra, probability and statistics for rigorous mathematical reasoning.
• Discrete Mathematics — logic, combinatorics and graph theory that support algorithm design and computation theory.
• Programming and Software Development — introductory and intermediate programming, data structures, software engineering and systems programming.
• Algorithms and Theory of Computation — algorithm design and analysis, complexity theory and models of computation.
• Systems and Applied Topics — operating systems, databases, computer networks, machine learning and numerical methods, available as electives.

Beyond courses, students can take part in supervised undergraduate research, a capstone project or an honours thesis supervised by faculty. The programme also encourages internships and project courses that connect students with industry partners in Atlanta and beyond.

Entry requirements

Admission to Emory is competitive and based on a holistic review of academic preparation, recommendations and personal qualities. Applicants aiming for the Mathematics and Computer Science programme should demonstrate strong preparation in mathematics (calculus) and science, and are advised to have prior programming experience or coursework where possible. Typical supporting materials include secondary transcripts, personal essays and letters of recommendation. Successful applicants show analytical ability, interest in sustained problem solving and readiness for a curriculum that combines abstraction with practical implementation.

Career prospects

Graduates from this joint programme move into a wide range of roles across industry and academia. Common career paths include:

• Software engineer or developer roles in startups and established tech companies.
• Data scientist, machine learning engineer or analytics specialist in technology, healthcare and finance.
• Quantitative analyst or risk modeller in financial services.
• Systems engineer, cybersecurity specialist or database architect.
• Research positions and graduate study in computer science, mathematics, statistics or related disciplines.

The programme’s combination of mathematical rigour and computational skill is valued in sectors such as biotechnology, healthcare analytics, consulting and government, and it provides a strong foundation for further study toward master’s or PhD programmes.

Why study at Emory University

Emory offers a liberal arts environment with the resources of a major research university. Students benefit from small, discussion‑based classes in upper‑level courses, close faculty mentorship, and active research groups in areas such as algorithms, data science and computational mathematics. Proximity to Atlanta provides access to internships and industry partnerships across technology, healthcare and finance. Undergraduate funding and programmes support research projects, study abroad and experiential learning, while student clubs and hackathons create practical opportunities to apply skills and build a professional network.