Our team of engineers and experts has extensive experience in designing geotechnical structures, planning geotechnical investigations, writing geotechnical reports and studies, performing technical control, and consulting in various areas of geotechnical engineering. When preparing documentation, we adhere to the Law on Planning and Construction and the Law on Mining and Geological Research (in the Republic of Serbia).
Our team provides consulting services in the field of rock mechanics and soil mechanics, interpretation of advanced multi-parameter, but also conventional in situ testing methods (SCPTu, SDMT, MPT, OYO, FVT, SPLT DPSH, SPT, etc.). We also provide services for the determination of static and dynamic geotechnical project parameters, analysis of liquefaction hazards, analysis of discontinuities in rock masses, kinematic and global stability analysis, numerical simulations, and other tasks related to geotechnical design.
GeoTec Insitu uses non-contact measurement techniques for detailed analysis of rock mass discontinuities. In this way, high and inaccessible rock slopes can be characterized, and a precise geotechnical 2D or 3D model for stability analysis can be made.
GeoTec Insitu uses a seismic dilatometer (SDMT) to measure shear wave velocity (Vs) and compression wave velocity (Vp) in the soil.
For field investigations and laboratory testing, we hire subcontractors that, according to the needs of the work, can enable us to obtain high-quality and reliable data for design.