We derive geotechnical parameters such as soil stiffness, shear strength, and consolidation behaviour from laboratory testing and field data.

Geometries, ground profiles, and loading conditions are then defined within numerical modelling software.

Models are checked against available site observations and geotechnical monitoring data, where available.

Multiple scenarios—such as variations in foundation geometry, loading conditions, and groundwater levels—are assessed to understand system response and sensitivity.

By varying design inputs such as foundation size, excavation depth, and retaining geometry, we check how the design responds and confirm suitable solutions.

Sensitivity checks are used to see which ground parameters matter most, helping focus further investigation and design effort.