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Every structure is constructed upon, within, or using natural earth materials. Consequently, understanding the properties and behavior of soil, rock, and the fluids that flow through them is essential for tackling worldwide challenges, such as building and rebuilding infrastructure, reducing risks from natural disasters, and pioneering new exploration and development projects.
Geotechnical engineering, a specialized field within civil engineering, primarily focuses on challenges related to soil and rock. This includes designing building foundations, creating tunnels, managing excavation projects, developing waste disposal systems, constructing dams, and addressing various other earth-related engineering concerns.
We aim to prepare graduate students to emerge as innovators in both professional geotechnical engineering and academic research. Our program offers a comprehensive, foundational education by maintaining equilibrium between research and instruction. We blend theoretical knowledge with practical application, combine experimental and analytical methods, and merge conventional approaches with progressive concepts in our teaching and research initiatives.
To be admitted to the MS program in geotechnics, the student must meet one of the following requirements:
A BS degree in an area of engineering, or
A non-engineering degree, but with coursework covering mathematics through differential equations, fluid mechanics, first-year, college-level chemistry and physics, statics and dynamics, and mechanics of materials.
Internet-based TOEFL: MS applicants should score 85 or higher.
Computer-based TOEFL: MS applicants should score 213 or higher.
Paper-based TOEFL: MS applicants should score 550 or higher.
The IELTS exam: applicants should score 7 or higher.