Geotechnical engineering is a branch of civil engineering focused on understanding the behavior of soil, rock, and groundwater beneath the Earth’s surface. It applies principles of soil mechanics, rock mechanics, and geology to evaluate ground conditions and design safe, stable infrastructure.
Geotechnical engineers play a critical role in projects involving foundations, slopes, retaining structures, embankments, tunnels, and earthworks, ensuring that everything built above ground is supported by what lies beneath.
At DMC, geotechnical engineering is at the core of what we do. Our team delivers expert support across all project phases from desktop studies and site investigations to design development and construction oversight. We specialize in:
A geotechnical desktop study is a preliminary review of existing information to understand subsurface conditions before any fieldwork begins. It helps identify potential constraints, guide investigation planning, and provide early context for design decisions.
Foundation design is the process of determining how a structure will safely transfer its loads to the ground. In geotechnical engineering, this means understanding the interaction between soil, rock, groundwater, and structural demands—then selecting a foundation system that suits both the site and the project.
Retaining walls are engineered structures that resist lateral earth pressures and maintain differences in ground elevation. In geotechnical design, they serve a wide range of functions—from supporting road cuts and basement excavations to stabilizing slopes and creating usable flat areas on steep terrain.
Geohazards are natural or human-influenced geological processes that pose risks to infrastructure, ecosystems, and public safety. In British Columbia, where steep terrain, seismic activity, and variable climate converge, identifying and managing these hazards is essential for safe development and long-term resilience.
A geotechnical desktop study is a preliminary review of existing information to understand subsurface conditions before any fieldwork begins. It helps identify potential constraints, guide investigation planning, and provide early context for design decisions.
Foundation design is the process of determining how a structure will safely transfer its loads to the ground. In geotechnical engineering, this means understanding the interaction between soil, rock, groundwater, and structural demands—then selecting a foundation system that suits both the site and the project.
Retaining walls are engineered structures that resist lateral earth pressures and maintain differences in ground elevation. In geotechnical design, they serve a wide range of functions—from supporting road cuts and basement excavations to stabilizing slopes and creating usable flat areas on steep terrain.
Geohazards are natural or human-influenced geological processes that pose risks to infrastructure, ecosystems, and public safety. In British Columbia, where steep terrain, seismic activity, and variable climate converge, identifying and managing these hazards is essential for safe development and long-term resilience.
At DMC, geotechnical engineering is at the core of what we do. Our team delivers expert support across all project phases from desktop studies and site investigations to design development and construction oversight. We specialize in:
