Geotechnical engineering is one of the key engineering disciplines that ensures structural stability, user safety, and sustainable land use. Professionally executed investigations and measurements, together with well-considered design, form the basis for long-term successful construction projects—whether industrial facilities, retaining structures, or the remediation of existing foundations.
Geotechnical investigations and measurements
Reliable design requires geotechnical investigations to obtain data on soil composition and bearing capacity. In addition, geotechnical field measurements are carried out to accurately assess soil behavior under in-situ conditions. This provides the technical basis for planning all subsequent phases of construction.
Design of structures and foundations
Based on the investigations, geotechnical structures are designed, including special methods such as the design of jet grouting to improve the mechanical properties of the ground. For long-term stability, it is essential to design building foundations and ground-improvement measures, which prevent settlement and increase bearing capacity.
Within retaining systems, the design of retaining walls is also performed—indispensable for construction on steeper slopes or for protecting infrastructure assets.
Remediation of geotechnical structures
For existing structures showing signs of damage or instability, the remediation design of geotech
nical works is required. This includes solutions for foundation remediation and comprehensive corrective measures that ensure safety and extend the service life of the asset.
A special role is played by advisory support for the installation of anchors and the supply of geotechnical anchors (ground anchors/tiebacks), used to stabilize slopes, retaining walls, and other structures where additional capacity and safety are required.
Industrial and infrastructure facilities
Geotechnical services are also critical for major investments, such as the planning and design of industrial facilities. Owing to higher loads and the specific requirements of industry, it is all the more important that the groundwork for construction is prepared precisely, with emphasis on long-term stability and reliability.
Conclusion
By integrating investigations, measurements, design, and execution, geotechnical specialists can deliver safe, sustainable, and cost-effective construction. Whether for new industrial facilities, ground improvement, slope stabilization, or remediation of geotechnical structures, comprehensive solutions are the key to success in construction.