WML delivers targeted geotechnical investigations that define subsurface conditions and reduce uncertainty for design and construction. Each program is tailored to site conditions to ensure data collected is relevant, reliable, and fit for purpose.

Through analytical assessment and numerical modelling, WML converts ground data into practical engineering outcomes. This supports informed design decisions that reflect real site behaviour rather than theoretical conditions alone.

WML supports open pit and underground projects with geotechnical design solutions grounded in field data and engineering judgement. The approach is scalable, allowing the level of analysis to match project risk and stage of development.

WML provides tailings engineering and Engineer of Record services across the full facility lifecycle. Focus is placed on safe design, construction support, and long-term operational performance of tailings storage systems.

WML investigates historical mine workings to define subsurface voids and associated risks to infrastructure and development. Outputs are used to guide remediation strategies that make ground conditions suitable for future use.

WML provides Temporary Works solutions, including crane and bridge lift pads, temporary slope stability, and retaining structures, to ensure safe and reliable support during construction projects.

Specialised investigation and design for rock and soil slopes in civil and mining projects. We optimise slope performance and provide remediation strategies where required.

WML provides independent inspection and certification of earthworks, ground conditions and remediation works. This ensures construction aligns with design intent, specifications and relevant standards.

WML applies geophysical methods to improve understanding of subsurface conditions between boreholes and test pits. Results strengthen ground models and reduce uncertainty in engineering investigations.

WML undertakes specialist geoscience studies for complex or poorly defined ground conditions. Integrated datasets and engineering interpretation are used to support risk assessment, planning and long-term land use decisions.