
Explore how engineering geology assesses ground conditions, mass properties and discontinuities to guide construction time and cost, and examine crust to mantle structures including rocks, soils, and tectonic plates.
Explore the tectonic plate theory and continental drift, outlining major and minor plates, plate boundaries, and the processes of sea-floor spreading, subduction, and mountain formation that drive earthquakes and volcanism.
Explore the basic principles of geology, including original horizontality, continuity, superposition, inclusion, and conformity. Apply these concepts to fossil succession, rock deformation, and unconformities.
Explore the rock cycle and the three rock types (igneous, sedimentary, metamorphic) through magma, weathering, burial, and uplift, and examine mineral properties like texture, luster, hardness, and streak.
Learn how weathered fragments are transported by wind, ice, and water, deposited, and cemented into layered sedimentary rocks like sandstone, limestone, and shale, often with fossils.
Explore rock structure by distinguishing primary and secondary structures, including joints and faults, and how folding, layering, and groundwater flow influence quarrying and rock stability.
Explore rock weathering, distinguishing mechanical disintegration and chemical weathering, with cases like frost wedging, salt crystallization, crystal growth, and biological effects from roots and burrowing organisms.
Explain how chemical weathering alters rock minerals via oxidation, hydration, and groundwater interactions, including limestone carbonation, while climate and rock type shape soil horizons and residual materials.
This course comprises the basic concept of Engineering Geology. This course will discuss topics on Introduction to Engineering Geology, Tectonic Plate Theory, the Basic Principle in Geology, the Geological Time Scale, Rocks and Minerals, the Igneous Rocks, the Sedimentary Rocks, the Rock Structure and the Rock Weathering. Students will have the basic knowledge to identify properties of geological engineering.