Undergraduate Programs

Vanderbilt’s first new college in 40 years unites computer science, data science and scientific computing under one roof, preparing you to innovate across disciplines and address real-world problems head-on.

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Chart your own path through computing.

From your very first algorithm to boundary‑pushing research, Vanderbilt lets computing grow with your curiosity. Pick a focused major or add a tech‑powered lens to any discipline. Each pathway flexes around your goals and the questions you want to answer. Scan the cards below to find the option that sparks your next breakthrough.

Explore Our Computing Pathways

Computer Science (B.S.)

Gain a rigorous foundation in computing theory and software development that readies you for impactful careers or graduate study, while emphasizing ethical judgment, teamwork, and effective communication in solving complex real‑world problems.

Computer Science (Minor)

Blend scientific and engineering principles with hands‑on coding to master efficient algorithms, computational theory, and the practical skills needed to tackle intellectually challenging computing projects in any discipline.

Data Science (Minor)

Immerse yourself in programming, statistics, machine learning, visualization, and data ethics .  Skills that prepare you for advanced research, civic engagement, and data‑driven careers in every sector.

Scientific Computing (Minor)

Develop high‑level simulation and modeling expertise to analyze systems too costly, risky, or complex for direct experimentation, empowering you to tackle interdisciplinary challenges in science and engineering.

With Vanderbilt’s ‘dare to grow’ spirit, the College of Connected Computing has everything it needs to become a technology destination for the world’s brightest scholars, the most influential companies and the boldest innovators of our time.

Matthew Johnson-Roberson, Inaugural Dean

Who Will I Learn From?

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Learn from faculty pushing the frontiers of systems, AI/ML, medical imaging, visualization and more. Jump into their courses, design projects, and undergraduate research programs to turn classroom curiosity into real‑world impact.