COURSE CURRICULUM

The Master of Science in Astrophysical Sciences and Technology at Rochester Institute of Technology features a 30-credit, research-intensive curriculum designed to build strong foundations in astrophysics while emphasizing hands-on investigation and specialization. In the first year, students begin with Graduate Seminar I and II, which develop research communication and professional skills, alongside core courses such as Fundamental Astrophysics I and II that cover the essential principles governing celestial phenomena. During both semesters, students also engage in research and thesis work, allowing them to start exploring specific topics early in the program, while electives provide opportunities to tailor studies to areas like computational astrophysics, instrumentation, or data analysis. In the second year, the focus shifts more heavily toward independent research, with students dedicating significant time to thesis work under faculty guidance, complemented by additional electives that deepen expertise in their chosen specialization. This continuous integration of coursework and research ensures that students gain both theoretical understanding and practical experience. Overall, the curriculum prepares graduates to contribute to advanced research in astrophysics, develop innovative technologies, and pursue careers in academia, research institutions, or high-tech industries.