Rose-Hulman Launches Unified Computer Science Major with New AI, Cybersecurity, and Data Science Specializations
Friday, August 01, 2025

Rose-Hulman’s new unified computer science major offers flexible academic pathways and new specializations in Artificial Intelligence (AI), Cybersecurity, and Data Science.
Rose-Hulman Institute of Technology, a national leader in STEM education, has launched a reimagined Computer Science major to ensure its students continue to lead in the ever-evolving and exciting world of computing. The unified major offers flexible academic pathways and new specializations in Artificial Intelligence (AI), Cybersecurity, and Data Science—empowering students to personalize their education and gain deep expertise in some of today’s most in-demand fields.
The changes reflect Rose-Hulman’s commitment to providing an adaptable, future-ready education for students poised to lead in a rapidly evolving technological world.
“Rose-Hulman is committed to staying ahead of the curve in STEM education,” said President Robert A. Coons. “With our new, unified Computer Science major and expanded opportunities in areas like AI, Cybersecurity, and Data Science, we are giving students the flexibility to shape their education around emerging technologies and real-world applications. This is more than a curriculum update—it’s an investment in the next generation of technology leaders.”
A Unified, Flexible Major with Two Career-Focused Pathways
At the heart of the redesign is a new Computer Science major with two distinct academic pathways:
New Career-Focused Specializations: AI, Cybersecurity, and Data Science
As part of this academic evolution, Rose-Hulman is launching a new specialization in Artificial Intelligence, adding to recent additions in Cybersecurity and Data Science—three of the most sought-after fields in the tech industry today. These are also available as minors for students in other disciplines.
To learn more about the new Computer Science curriculum, visit rhit.edu/newCS.
Applications for fall 2026 are now open. Rose-Hulman’s Early Action application deadline is November 1. Visit rhit.edu for more information.
The changes reflect Rose-Hulman’s commitment to providing an adaptable, future-ready education for students poised to lead in a rapidly evolving technological world.
“Rose-Hulman is committed to staying ahead of the curve in STEM education,” said President Robert A. Coons. “With our new, unified Computer Science major and expanded opportunities in areas like AI, Cybersecurity, and Data Science, we are giving students the flexibility to shape their education around emerging technologies and real-world applications. This is more than a curriculum update—it’s an investment in the next generation of technology leaders.”
A Unified, Flexible Major with Two Career-Focused Pathways
At the heart of the redesign is a new Computer Science major with two distinct academic pathways:
- Developer Pathway – For students interested in real-world software development and careers in industry.
- Researcher Pathway – For students driven by computing theory, innovation, and graduate-level research.
New Career-Focused Specializations: AI, Cybersecurity, and Data Science
As part of this academic evolution, Rose-Hulman is launching a new specialization in Artificial Intelligence, adding to recent additions in Cybersecurity and Data Science—three of the most sought-after fields in the tech industry today. These are also available as minors for students in other disciplines.
- Artificial Intelligence – Explore intelligent systems, ethical machine learning, autonomous technology, and more.
- Cybersecurity – Gain hands-on experience in secure software development, digital defense, and threat mitigation.
- Data Science – Turn data into actionable insights through analytics, machine learning, and big data technologies.
To learn more about the new Computer Science curriculum, visit rhit.edu/newCS.
Applications for fall 2026 are now open. Rose-Hulman’s Early Action application deadline is November 1. Visit rhit.edu for more information.