Our skilled and experienced team of geotechnical engineers, registered geologists, field staff and laboratory technicians provide geotechnical services including field explorations, laboratory testing and foundation and site development recommendations. They also perform various levels of seismic hazard analysis and offer our clients true value engineering.

In addition, SCI offers geophysical services that can provide additional data for analysis and evaluation, and in many cases, save our clients time and money.

SCI Engineering field technicians operating geotechnical drilling equipment for soil testing and site analysis

Geotechnical Services:

  • Foundation analysis and design
  • Earth/rock embankment design
  • Slope stability analysis
  • Earth dam/levee design
  • Soil borings and rock coring
  • Retaining wall design
  • Soil stabilization
  • Pavement design
  • Geologic studies
  • Excavation/shoring design
  • Earthquake/seismic engineering
  • Ground water studies
  • Failure analysis
  • Undermining/karst risk assessment and remediation

SCI’s engineers are trained to respond to a wide range of emergency situation soil-related issues including:

  • Failure analysis and corrective action recommendations
  • Soil stabilization, slopes and sinkholes
  • Retaining walls and foundations
  • Streambank instability/collapse
  • Dams and levees
  • Post-earthquake stabilization (liquefaction)
SCI Engineering crew conducting soil borings using a drill rig for geotechnical investigation near highway infrastructure.
3D inversion model of electrical resistivity tomography (ERT) data showcasing layered subsurface conditions and contamination zones, a key component of SCI Engineering’s advanced geophysical analysis.

Integrating Geophysics in your Geotechnical Project

  • Inspecting bridge decks and pavements
  • Identifying deteriorating rebar in concrete
  • Locating underground utilities
  • Mapping the top of groundwater or bedrock
  • Finding subsurface voids
  • Near real time data assessments
  • Inspecting bridge decks and pavements
  • Identifying deteriorating rebar in concrete
  • Locating underground utilities
  • Mapping the top of groundwater or bedrock
  • Finding subsurface voids
  • Near real time data assessments