Geotechnical Studies

Geotechnical/geophysical exploration to define foundational parameters and seismic classification for real estate, industrial, and mining projects.

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Pressuremeter Tests

In-situ test, executable up to 45 meters deep to determine soil stiffness and strength parameters. As a field test, it offers comparative advantages over laboratory tests by representing actual ground conditions. It also allows for improved settlement analysis, optimizing foundation systems, among others.

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Geophysical Tests

Non-invasive geotechnical exploration method that estimates the soil’s shear wave velocity profile and fundamental period—key parameters for assessing seismic behavior. Also helps identify potential slope instability zones and provides input for numerical models.

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Slope/Mining Deposits Stability Analysis

Slope stability assessment based on detailed geotechnical exploration, achieving maximum safety in designs and optimized geometries.

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Dewatering Systems Design

Characterization of hydraulic properties determining subsurface flow, assessment of extraction flow rates, groundwater level drawdowns, and influence zones from drawdown cones. Includes design of water management systems and aquifer recovery.

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Civil Works Design

Conceptual and detailed design of civil works including: Slope Stability, Lateral Earth Pressure Retaining Structures, Foundation Design, and Ground Improvement Systems.

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Geotechnical Engineering

Geotechnical engineering is the branch of geological and civil engineering that studies the mechanical, hydraulic, and engineering properties of earth materials applied to civil works.

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