• Utilizes advanced software to create three-dimensional models of subsurface geology, providing a visual representation of geological structures and variations.
  • Integrates data from drilling, geophysical surveys, and other sources to enhance understanding of the geological setting.
  • Incorporates geotechnical data into geological models to better understand the distribution of rock types, fault lines, and other geological features affecting ground stability.
  • Enables a seamless transition between geological and geotechnical investigations for a more holistic analysis.
  • Maps geological strength parameters, such as rock cohesion and internal friction angles, to assess the geotechnical properties of different geological units.
  • Facilitates targeted geotechnical investigations by identifying areas with higher or lower stability potential.
  • Validates geological models using field data, drilling results, and geotechnical measurements to ensure accuracy and reliability.
  • Adjusts and refines models based on additional data collected during the geotechnical investigation process.