GES understands that the basis of any civil engineering project success usually starts with a thorough understanding of the ground conditions and its associated risks involved. Thus in this regard, we are committed to advise on devising the entire scheme of geotechnical investigation, associated requisite field and laboratory testings, geophysical investigation and provide an interpretation of ground conditions for a wide range of projects. These forms a basis for a variety of foundation solutions along with ground improvement schemes if any.

Thus, the most optimum cost effective and safe foundation scheme can be worked out working in tandem with other structural designers / clients based on the structural loadings and site constraints. Modern know – how in the field of geotechnical and structural engineering are employed along with use of classical empirical design methods as per IS, BS, ACI, AASHTO, EUROCODES, FHWA codal provisions as per project requirement along with use of modern sophisticated FEM softwares so as to provide a cost effective edge and mitigate future design and financial risks. We also advise on the relative benefits with regards to time and costs of different methods of embedded retaining wall / shoring system construction, ground improvement schemes, slope stabilization, Erosion Control, Pavement Design and Subgrade Stabilization.

The vast experience which we carry working on various multi-fold geotechnical problems throughout India and Middle East and our knowledge base of the very latest developments in specialist construction methodology and equipment has enhanced our capabilities and competitiveness in providing safer and best optimum cost effective solutions. We have experienced in the past and time tested it often with different clients that introduction of an innovative form of construction or meticulously adopted solution can make such a vital difference allowing a project to progress exponentially and provide the winning edge for any client or EPC contractor. An early understanding of ground conditions can lead to economies in design and construction and prevent cost and time overruns.