Geotechnical Engineering-Geotechnical Engineering Insights

Example

Determining the bearing capacity for the foundation of a high-rise building.

Scenario

Before construction begins, geotechnical engineers conduct soil and rock testing to determine their strength, elasticity, and other properties. This information is crucial to design a foundation that can safely support the structure's weight under various conditions.

Example

Creating a deep foundation system for a bridge over a river.

Scenario

Geotechnical engineers analyze soil and groundwater data to design foundation types—such as pile, mat, or drilled shaft foundations—that can support the loads from the bridge and withstand potential erosion from the river.

Example

Preventing landslides in hilly residential areas.

Scenario

Through the analysis of slope geometry, soil composition, and hydrological factors, geotechnical engineers develop solutions such as retaining walls or drainage systems to stabilize slopes and protect communities.

Example

Designing retaining walls for underground parking lots.

Scenario

Engineers design structures that hold back soil or rock from a building, structure, or area. This is critical in constructing basements or underground facilities, ensuring the earth stays in place and the area remains safe and usable.