
“A successful and correct foundation begins with design.”
Soil Improvement and Support Systems Design
This involves designing solutions to enhance the strength and stability of soils to support construction projects. Methods include ground reinforcement techniques such as grouting, soil nailing, and dynamic compaction. The goal is to ensure safety, durability, and cost-effectiveness in challenging geotechnical conditions.
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Pile, Diaphragm Wall, and Anchor Designs
Sizing and designing pile foundations, diaphragm walls, and anchor systems to ensure stability for high structures and deep excavations.
- Jet Grout and Injection Designs
Preparing project details for strengthening weak soils using jet grout and injection techniques.
Deep Excavations and Geotechnical Stability Analyses
This focuses on analyzing and designing systems for deep excavation projects to maintain structural stability. It includes slope stability assessments, retaining wall design, and advanced numerical modeling. Proper planning ensures safety during excavation while mitigating risks like soil movement or collapse.
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Lateral Earth Pressure and Slope Stability Calculations
Conducting analyses to ensure the safety of excavation zones by assessing lateral earth pressures and slope stability.
- Seismic and Dynamic Load Effect Analyses
Evaluating the behavior of structures under seismic and other dynamic loads using geotechnical analyses.
Foundation and Underground Structure Design
This includes designing foundations and underground structures like tunnels and basements to safely transfer loads to the ground. It involves assessing soil and rock properties to select appropriate foundation types, such as shallow or deep foundations, ensuring stability, and longevity.
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Load Transfer and Groundwater Level Effects
Performing analyses to enhance the bearing capacity of foundation systems and control groundwater level impacts.
- Waterproofing and Durability Calculations for Underground Structures
Conducting detailed calculations to ensure water resistance and long-term durability of underground structures.