To successfully follow the Soil Mechanics I course, students are expected to have fundamental knowledge in mathematics, including basic algebra, equation solving, elementary functions, derivatives, and dimensional analysis. A solid understanding of general mechanics is also required, particularly the concepts of forces, static equilibrium, stress and strain, and the fundamental principles governing mechanical behavior. In addition, students should possess basic knowledge of physics, especially concepts related to density, unit weight, pressure, hydrostatic laws, and introductory fluid mechanics. Basic notions of general geology, including soil formation processes, rock weathering, and the identification of common soil types such as clays, silts, sands, and gravels, are also necessary to ensure a comprehensive understanding of soil behavior in engineering applications.
