Southern Methodist University

What you'll study

The programme emphasises core computer science theory alongside applied, project-based learning. Students take foundational courses in programming, data structures and algorithms, computer architecture and operating systems, together with mathematics courses such as calculus, discrete mathematics and linear algebra. From that core, pathways and electives cover software engineering, databases, networking, cybersecurity, machine learning and human–computer interaction.

Structure and key components

• Core modules in programming, data structures, algorithms and systems to build a strong theoretical base.
• Mathematics and statistics courses that support rigorous problem solving and data work.
• Applied modules such as software engineering, database systems, computer networks and security.
• Project and laboratory courses that develop practical skills in coding, testing and deployment.
• A capstone project or practicum in which students work individually or in teams on a substantial real-world problem.
• Electives and guided specialisations that can include artificial intelligence, data science, cybersecurity, mobile and web development, or game programming.
• Opportunities for internships, industry projects and undergraduate research with faculty or local companies in the Dallas–Fort Worth technology ecosystem.

Entry requirements

Applicants should hold a secondary school diploma or equivalent with strong preparation in mathematics; coursework in algebra, geometry and precalculus or calculus is expected. Successful candidates typically demonstrate proficiency in problem solving and analytical thinking, evidenced by high school grades, teacher references and, where applicable, standardised test scores or portfolio work.

For transfer applicants, college-level coursework in programming and mathematics is usually required. International applicants must meet SMU's English language proficiency criteria. The programme also accepts advanced standing for AP/IB or other recognised examinations where applicable.

Career prospects

Graduates leave prepared for technical roles across the software and technology sector. Typical entry positions include software engineer or developer, systems engineer, database administrator, network engineer, quality assurance engineer and application developer. With data and AI electives, graduates can move into data analyst or machine learning engineer roles; with security coursework, they can pursue cybersecurity analyst positions.

The degree also provides a foundation for careers in product management, technical consulting and entrepreneurship, and for further study at graduate level in computer science, data science or related fields.

Why study at Southern Methodist University

SMU’s engineering and computing programmes combine small-class interaction with access to research opportunities and industry partnerships in a major metropolitan area. The Lyle School of Engineering and related departments emphasise experiential learning through labs, capstone projects and internship connections with Dallas–Fort Worth employers, giving students practical experience and local networking advantages.

Students benefit from personalised advising, career services focused on internship and job placement, and an active alumni network in technology and business. The university’s location and collaborative environment make it suitable for students seeking both a strong technical education and meaningful industry exposure.