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This three-year program merges the exploration of nature's fundamental components and forces with instruction in computational and data science techniques that are transforming both scientific research and modern society. Throughout this curriculum, cutting-edge computational approaches are introduced through practical applications from the physical sciences.
Programming expertise has become essential for numerous physics-oriented professions. Modern computing drives sophisticated equipment and simulations that model cosmic phenomena, ranging from quantum particles to galactic evolution. The program provides an innovative mix of coursework and projects that integrate coding, artificial intelligence, data analysis, and supercomputing with core physics principles, cultivating a new generation of researchers - professionals with robust physics knowledge, strong computational proficiency, and insight into their synergistic potential.
The first year establishes foundational knowledge in physics, mathematics, and programming, while the second year deepens physics understanding with increased focus on scientific software development. During the final year, students complete a research initiative or thesis guided by faculty specializing in both physics and computing.
You'll become part of a welcoming academic community with a vibrant, recognized student organization. We promote the cultivation of diverse capabilities, including experimental, theoretical, and computational competencies valuable for both academic and industrial careers. Our physics alumni demonstrate outstanding career placement, reflecting the high regard employers have for these qualifications.
If you're passionate about physics and enthusiastic about computational science, you'll find this program exceptionally rewarding.