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The Geophysics program equips students to investigate Earth's composition, processes, and planetary evolution. Students gain comprehensive training in seismology and geodynamics, with practical applications in hazard assessment, resource discovery, and environmental observation. Professionals in this field focus on subsurface imaging, Earth system modeling, and planetary studies. Geophysics blends hands-on fieldwork with advanced data science methods and computational modeling approaches. At its heart, the discipline involves solving quantitative, real-world challenges. Geophysicists address crucial societal issues such as seismic risk assessment, environmental remote sensing, locating essential minerals for renewable energy, and predicting polar ice stability and sea level changes. The field also explores fundamental questions about planetary formation and development. The curriculum prioritizes analytical thinking, computational methods, uncertainty analysis, and advanced monitoring technologies. These versatile skills prepare graduates for both postgraduate research and rewarding careers in industry or government service. A geophysics degree provides the tools to tackle modern challenges across diverse fields, including Earth system science, climate research, energy exploration, mineral resources, data analytics, and national defense applications.