Emory University

What you'll study

The programme blends required core courses, electives in applied areas and opportunities for research or internships. Typical topics and modules include:

• Programming Fundamentals — introduction to programming, object‑oriented design and software development practices.
• Data Structures and Algorithms — algorithm design, complexity analysis and efficient data organisation.
• Computer Systems — computer architecture, operating systems and principles of networking.
• Software Engineering — software lifecycle, testing, version control and team development methods.
• Databases and Information Management — relational databases, query languages and data modelling.
• Web and Mobile Development — front‑end and back‑end development, APIs and responsive design.
• Machine Learning and Artificial Intelligence — fundamentals of ML, neural networks and applied AI techniques.
• Electives and Interdisciplinary Options — courses in cybersecurity, human‑computer interaction, graphics, scientific computing or courses from other departments to support specialisation.
• Capstone / Project — a culminating team or individual project emphasising applied solutions, software delivery and presentation to faculty and external partners.

Students can augment the curriculum with undergraduate research, internships in the Atlanta tech ecosystem, or combined majors/minors to create a tailored applied computing profile.

Entry requirements

Admission is to Emory University; applicants to the Computer Science programme are expected to present a strong high school academic record. Typical preparation includes:

• A high school diploma or equivalent with solid grades in quantitative subjects.
• Demonstrated proficiency in mathematics — algebra and familiarity with precalculus or calculus is recommended.
• Prior exposure to programming is advantageous (through school courses, online coursework or personal projects) but not always mandatory.
• Transcripts, teacher recommendations and a personal statement that reflect analytical ability, intellectual curiosity and fit with a liberal arts environment.

Standardised testing policies may vary; applicants should consult Emory’s admissions information for current guidance on test submission and international credential requirements.

Career prospects

Graduates are prepared for roles in software development, systems engineering, data analysis, machine learning engineering, web and mobile development, and technical consulting. The applied focus also supports career paths in product management, cybersecurity, and start‑up ventures. Many students enter industry employers or technology teams within finance, healthcare, biotech and media; others continue to graduate study in computer science or related disciplines.

Why study at Emory University

Emory offers a small‑class liberal arts experience within a research university, enabling close faculty mentoring and opportunities to join active research groups. Located in Atlanta, students benefit from proximity to a diverse technology and business community for internships and collaboration. The department emphasises experiential learning, cross‑disciplinary projects and professional development resources to help students transition from academic study to applied technical roles.