Our resources
To draw upon high-level human, technical and scientific resources in order to support our clients with rigour, exacting standards and innovation.
Our multidisciplinary teams have access to powerful tools for analysis, calculation and advanced modelling, tailored to the complex challenges of geotechnical projects.
We also stand out through a strong research and development dynamic, notably through the design and continuous evolution of our own calculation software, which is widely recognised within the profession.
This capacity for in-house innovation allows us to anticipate developments in the field, enrich our practices and guarantee our clients robust, tailored and lasting solutions.
Our human resources
A multidisciplinary team of experts at the service of geotechnics
Terrasol draws upon a team specialised in geology, soil and rock mechanics, and soil-structure interaction. Most of our engineers also possess solid expertise in civil engineering, particularly in structural design, construction materials, hydraulics and construction techniques.
Through an organisation built around multidisciplinary, non-siloed teams, the accumulated expertise is continuously shared amongst engineers. This approach guarantees high-quality, scientifically rigorous services, whilst ensuring a high level of responsiveness to clients’ requests.
Our technical resources
Digital expertise at the heart of geotechnics
Through its software development activity, constant technological monitoring and its day-to-day project experience, Terrasol has mastered the most powerful numerical modelling tools in geotechnics. This expertise covers a broad spectrum of applications: slope stability and reinforcement, foundation design, retaining structures, soil hydraulics, as well as finite element method calculations.
Research & Development
Innovation, the driving force behind geotechnical engineering
In a field as complex and fast-evolving as geotechnical engineering, investing in Research and Development is essential to push the boundaries of analysis and optimise the design of structures. The development of advanced modelling software enables a better understanding of soil-structure interactions, more refined stability calculations and improved reliability of predictions. These digital tools, combined with the latest scientific advances, enhance the accuracy of studies, reduce uncertainties and promote safer, more sustainable and economically optimised solutions. Software innovation is therefore a strategic lever for addressing the technical and environmental challenges of tomorrow.