Geotechnical Engineering Solutions
Building on Solid Ground
Dynocol’s Geotechnical Division provides end-to-end subsurface expertise, from initial site investigation to final foundation design. We deploy advanced field techniques—borehole drilling, CPT, SPT, and geophysical surveys—to accurately characterize soil and rock conditions, ensuring every structure is supported on the right technical footing.
Our multidisciplinary teams integrate laboratory testing, numerical modeling, and risk assessment to develop optimized earth-retention, slope-stability, and ground-improvement schemes. Whether for high-rise developments in Mogadishu or road embankments in rural regions, we deliver solutions that mitigate settlement, liquefaction, and erosion risks.
Geotechnical Service Lines
Our Geotechnical Service Lines cover every subsurface challenge, delivering data-driven insights and engineered solutions tailored to local geology and project demands.
Site Investigation & Soil Survey
Comprehensive borehole drilling, in-situ testing (SPT, CPT, vane shear), and geophysical profiling to map subsurface layers with precision.
Foundation & Earthworks Design
Custom shallow and deep foundation systems—footings, piles, rafts—plus earth-retention structures engineered for load-bearing capacity and settlement control.
Slope Stability & Retaining Structures
Finite-element analysis and stability modeling guide the design of slopes, embankments, and retaining walls to prevent landslides and erosion.
Ground Improvement & Grouting
Techniques such as jet grouting, soil mixing, and dynamic compaction enhance bearing capacity, reduce permeability, and mitigate liquefaction.
Why Choose Us
With in-house geo-labs, local/regional insight, and BIM-enabled subsurface modeling, Dynocol turns complex ground conditions into reliable design parameters—reducing risk and accelerating project timelines.
Get Consultation
Contact Dynocol today to tailor a geotechnical investigation and foundation design package that ensures your project stands on rock-solid expertise.
Laboratory Testing & Material Characterization
Our state-of-the-art geo-laboratory performs grain-size analysis, Atterberg limits, compaction, unconfined compressive strength, and triaxial tests—providing definitive parameters for numerical models and design.
By correlating lab results with field data and calibrating them against regional geological benchmarks, we ensure that every design reflects the true behavior of local soils under load.
