COURSE CURRICULUM

The Master of Science in Cybersecurity at Rochester Institute of Technology follows a 30-credit thesis-based curriculum designed to build deep technical expertise and research capability in cybersecurity. The program is typically completed over two years and begins with a strong academic foundation in the first year. In the fall semester, students study core topics such as cryptography and authentication, along with advanced and research electives that allow them to explore specialized areas of cybersecurity. This combination helps students develop essential skills in securing data, understanding encryption techniques, and analyzing modern security challenges.In the spring semester of the first year, the focus shifts to computer system security, where students learn how to protect operating systems, networks, and applications from cyber threats. Alongside this, they continue with advanced and research electives, enabling deeper specialization in areas such as network security, digital forensics, or secure software development. This phase emphasizes both theoretical understanding and practical application, preparing students to address real-world cybersecurity issues.During the second year, students concentrate on research and advanced learning. In the fall semester, they begin their master’s thesis while also completing additional advanced electives. The thesis allows students to investigate a specific cybersecurity problem in depth, applying research methodologies and technical knowledge to develop innovative solutions. In the final semester, students complete and defend their thesis, demonstrating their expertise and readiness for professional or academic careers.Overall, the curriculum offers a balanced mix of core knowledge, specialization through electives, and intensive research experience. It prepares graduates for roles in cybersecurity leadership, advanced technical positions, or further academic study, equipping them with the skills to design secure systems, analyze threats, and respond effectively to cyber risks in an increasingly digital world.