Engineering geology

Geological soil investigations are the foundation of every successful construction project, as they provide precise understanding of the composition, bearing capacity, and stability of the ground. Based on this data, it is possible to ensure safe foundation design, select appropriate construction methods, and reduce risks during building.

Engineering geology, as an applied branch of geology, studies geological conditions and geologically induced hazards that arise during the planning and construction of structures. Engineering geologists carry out soil investigations and analyses before and during interventions in the natural environment, and they also participate in remediation works after natural disasters such as floods, landslides, rockfalls, and earthquakes. In doing so, they help reduce risks and damage, while protecting lives and property from the consequences of hazardous geological processes.

Our geological soil investigations include field surveys, laboratory analyses, and professional interpretation of results. Through them, we determine the mechanical properties of natural materials, produce engineering–geological terrain maps and geological profiles, and provide a comprehensive insight into the geological characteristics of an area. The most important geological parameters in this process are: geological–lithological structure of the terrain, groundwater level and occurrence, mechanical condition of rocks and sediments, and surface stability.

With many years of experience, we carry out geological soil investigations for residential, industrial, and infrastructure projects. Through expertise, precise analyses, and adherence to the highest standards, we ensure reliable foundations for the design of geotechnical structures, rehabilitation of existing facilities, and sustainable land management.

From 900 Eur

Based on field surveys, knowledge of the terrain, and basic data on the planned interventions in the area, the necessary scope of geological–geomechanical investigations is determined to ensure proper site testing and long-term stability of structures.

During and after construction, engineering geologists, on the basis of slope and structure stability assessments as well as the analysis of geodetic and inclinometer measurements, prepare reports on terrain stability. They also issue expert opinions and studies on the actual erosion risk of the terrain prior to planned interventions.

Our services :

Geological and geomechanical investigations with reporting and foundation design recommendations
Geomechanical borehole drilling with SPT testing and pressuremeter measurements

Geomechanical borehole drilling with SPT and pressuremeter measurements represents a comprehensive approach to in-situ soil investigation. While the SPT (Standard Penetration Test) provides data on soil density and resistance through dynamic probing, the pressuremeter allows determination of soil deformation and strength properties by means of radial loading of the borehole walls. The combination of both methods ensures a reliable assessment of bearing capacity and foundation behavior under real geological conditions.

Geological supervision of drilling, borehole logging, and sample collection
Field and laboratory geological investigations for roads and underground structures
Geological monitoring, geotechnical measurements, and observations during construction of cuts, embankments, and underground structures
Engineering geological mapping
Hazard zonation maps for slope stability and early-warning maps for erosion and landslides
Thermal resistivity measurements
Geological supervision during road construction in embankments, cuts, tunnels, and bridges
Hydrogeological investigations in boreholes and trial pits
Groundwater level measurements and monitoring system setup
Monitoring of terrain, landslide, and structure stability (inclinometers, piezometers, geodetic surveys)
Professional geological supervision, consulting, and expert evaluations
Preparation of technical documentation for raw material exploration and extraction for the construction industry

Stages of work

Our advantages

since 1946

we work in the field of geology and geotechnics

Own equipment

for field and laboratory research

Full range of services

from geological research to geotechnical design

Standart ISO 9001

quality management system

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