Course Description

Sediments are the building blocks of soil systems, formed through the continuous breakdown of rock material over geological time. In geotechnical engineering, almost all natural soil deposits we deal with are sedimentary in origin. What makes sediments particularly important is that they are not engineered materials; they are naturally formed and therefore inherently variable. This variability is what makes geotechnical engineering both challenging and intellectually interesting. Their behavior is governed by a combination of particle size, shape, mineral composition, and the environmental conditions under which they were deposited. Understanding sediments allows us to interpret the ground as a historical record of geological processes, which in turn helps predict how it will behave under engineering loads.

What you'll learn in this course?

• Understand the origin and classification of sediments in geotechnical systems.

• Describe physical, chemical, and mechanical properties of sediments.

• Relate sediment characteristics to soil behavior and engineering performance.

• Evaluate particle size distribution and its impact on permeability and strength.

• Interpret sediment transport and deposition processes in soil formation.

• Apply sediment property concepts in foundation and earthwork design.

• Assess consolidation and compaction behavior of sedimentary soils.

• Recognize field and laboratory methods used for sediment characterization.

Prerequisites

• Basic understanding of soil mechanics and geotechnical engineering

• Familiarity with soil classification, permeability, strength, and settlement concepts is helpful