For proposals contact us at
(801) 327-9600
For proposals contact us at
(801) 327-9600
Gordon Geotechnical Engineering, Inc. (G2) is a geotechnical engineering firm providing services throughout the intermountain area with experience extending back more than 40 years. We possess the local knowledge and experience to provide the highest quality engineering with unsurpassed customer service. G2 focuses on geotechnical and geological engineering allowing the client to receive expert service within the desired field. Our office was opened in November of 2011 and is rapidly expanding.
including preliminary site feasibility studies as part of due diligence to detailed geotechnical studies (including field exploration and laboratory testing), foundation design, slope stability and retaining structures, landslide control, seismic analysis, dam design and safety, groundwater analysis, and problematic soils.
and Hazard Assessment including geology, geologic mapping, earthquake fault studies, liquefaction potential, seismic hazard studies, rockfall hazards, landslide analysis, and slope stability.
including the full range of environmental site services.
THANKSGIVING POINT
G2 has provided geotechnical consulting services for numerous 5- to 6-level office building within the Thanksgiving Park Development. G2 provided recommendations to mitigate the moisture sensitive (collapsible) soils prevalent in the area.
THANKSGIVING POINT
G2 has provided geotechnical consulting services for numerous 5- to 6-level office building within the Thanksgiving Park Development. G2 provided recommendations to mitigate the moisture sensitive (collapsible) soils prevalent in the area.
G2 is currently providing geotechnical consulting services for the new Biofire Diagnostics headquarters in Research Park at the University of Utah. G2 worked closely with the owner, design team, and contractors to come up with cost-effective earthwork solutions for the extremely variable soil conditions.
G2 has provided geotechnical consulting services for the numerous expansions to the Huntsman Cancer Hospital. Extensive shoring design was required to allow for the deep cuts into the shallow and fractured bedrock.