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The Geotechnical Engineering program focuses on two key objectives: delivering excellent education for bachelor's and master's students, while fostering impactful research initiatives in geotechnical engineering and geomechanics that address regional and national needs. These initiatives equip students with core knowledge about geological materials' behavior, their interaction with built structures, and their role in environmental challenges and remedies. Coursework covers soil mechanics under static and dynamic conditions, soil-structure relationships, material modeling, unsaturated soil behavior, comprehensive laboratory testing of soil characteristics, foundation design, and how soil chemistry affects mechanical properties. The curriculum also includes field testing and centrifuge simulations for studying soil behavior and contaminant movement. The program actively promotes collaboration across soil mechanics, geomechanics, and environmental engineering disciplines, balancing theoretical/computational approaches with hands-on experimental techniques to enhance modeling, analysis, and design capabilities.