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Mining Designer

Integrated Mining Modelling

Build, evaluate and refine geological and resource models within one integrated mining environment.

Model the Deposit in 3D

Mining Designer brings geological interpretation, structural modelling, geostatistics, resource estimation and uncertainty together in one environment. Build detailed models while maintaining geological relationships and rapidly updating interpretations as new drilling and geological information becomes available.

From Exploration to Resource

Move from borehole and geological data through interpretation, modelling and estimation without repeatedly transferring data between specialist applications. Maintain consistency throughout the workflow while developing technically defensible geological and resource models.


Integrated Geological Workflows

Combine geological interpretation, structural modelling, geostatistics and resource estimation within one project for greater workflow consistency.

Advanced Resource Modelling

Create detailed block models, estimate grades and calculate mineralised volumes using advanced spatial modelling and interpolation techniques.

Understand Geological Uncertainty

Generate multiple geological and grade realisations to understand uncertainty and identify where additional information could improve confidence.


Key Capabilities

  • Geological interpretation and 3D geological modelling
  • Structural and fault modelling for complex deposits
  • Geostatistical analysis and spatial continuity assessment
  • Kriging, IDW and stochastic interpolation workflows
  • Grade shell and mineralisation domain construction
  • Advanced block modelling with detailed 3D grids
  • Mineral Resource Estimation and reporting parameters
  • Multivariate geological and grade modelling
  • Geological and resource uncertainty analysis
  • Integration with geomechanics and hydrogeological workflows

One Model, Multiple Mining Workflows

Mining Designer connects geological understanding with resource estimation, uncertainty, geomechanics and hydrogeology. Instead of isolated studies, teams can develop and evaluate multiple aspects of the deposit within a continuous modelling environment.