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Geophysics is a deeply quantitative field that demands strong mathematical and physics foundations. Students explore diverse subjects such as earthquake physics and seismic wave propagation, reservoir characterization techniques using real-world oil and gas field data, and computational methods for modeling earth-system processes, among other research areas. Those pursuing master's or doctoral degrees in geophysics investigate Earth's properties through physical measurements, combining theory, laboratory/field experiments, and computational modeling. Research within the department ranges from meticulous laboratory analyses of rocks and minerals to fieldwork in challenging environments, alongside advanced computing and subsurface imaging.
The graduate programs in Geological and Mining Engineering and Sciences concentrate on comprehending and responsibly stewarding Earth's resources, preparing students for professional paths in industry, government, NGOs, and academic institutions.
Our coursework highlights sociocultural dimensions—particularly in hazard-related studies—and broader applications within geological sciences and engineering. The graduate curriculum offers adaptability, allowing students to tailor their studies to individual objectives while providing specialized training for various careers in earth sciences, geophysics, and geological engineering.