Course Description

Sediment sources represent the origin points of soil materials before they are transported or deposited in new locations. These sources can be natural, such as weathered rock formations, or artificial, such as construction fill or mining waste. In geotechnical engineering, identifying sediment sources is critical because it helps predict soil behavior under load. The origin of sediment determines its mineral composition, particle size, and shape, all of which influence engineering performance. For example, a soil derived from river transport behaves very differently from one formed in a glacial environment. Therefore, understanding sediment sources is the first step in interpreting subsurface conditions accurately.

What you'll learn in this course?

• Understand the origin and classification of sediment sources in geotechnical systems.

• Identify geological, climatic, and anthropogenic contributors to sediment production.

• Analyze sediment transport pathways and depositional environments.

• Relate sediment characteristics to soil mechanical behavior.

• Evaluate the influence of sediment source variability on engineering projects.

• Apply sediment source knowledge in site investigation and soil profiling.

• Recognize the role of weathering processes in sediment generation.

• Distinguish between residual, transported, and reworked sediments.

• Assess sediment composition effects on permeability, strength, and compressibility.

• Integrate sediment source data into geotechnical design decisions.

Prerequisites

• Basic understanding of geology, soil mechanics, and geotechnical engineering

• Familiarity with soil classification and site investigation concepts is helpful