Geotechnical Consultancy Services
At MAS GMTL, we provide end-to-end geotechnical consultancy services, supporting projects from early planning to construction and long-term monitoring. Our expertise combines advanced investigation methods, innovative engineering solutions, and industry-leading quality control practices to ensure safe, efficient, and cost-effective project delivery.
Whether for foundations, ground improvement, slope stability, or deep excavation support, our team delivers precise geotechnical data, robust analysis, and optimized design solutions tailored to each client’s requirements.
List of services:
- Geotechnical Investigations & Site Characterization
- Foundation Engineering & Soil–Structure Interaction
- Pile & Ground Load Testing
- Geotechnical Hazard Assessments
- Slope Stability & Excavation Support
- Ground Improvement & Soil Stabilization
- Geotechnical Instrumentation & Monitoring
- Seismic & Environmental Geotechnics
- Value Engineering & Technical Training
Geotechnical Investigations & Site Characterization
- Planning and execution of comprehensive geotechnical programs (boreholes, trial pits, in-situ testing, and lab analysis).
- Soil classification, strength, and compressibility testing.
- Hydrogeological investigations, pumping tests, and groundwater modeling.
- Preparation of factual and interpretative geotechnical reports.
Foundation Engineering & Soil–Structure Interaction
- Shallow and deep foundation design (isolated footings, rafts, pile caps, mat foundations).
- Geotechnical assistance to structural engineers for foundation optimization.
- Soil–structure interaction (SSI) studies for complex projects.
- Pile group design for axial and lateral loads.
Pile & Ground Load Testing
- Planning and design of static and dynamic pile load tests, including Osterberg (O-Cell) tests.
- Interpretation and evaluation of load test results to validate design assumptions.
- Surcharge and zone loading tests for embankments and ground performance evaluation.
- Tie-back anchor and soil nail load testing with full quality control.
Geotechnical Hazard Assessments
- Liquefaction potential analysis and mitigation design.
- Evaluation of swelling clays, collapsible soils, and expansive ground.
- Identification and treatment of sinkholes, cavities, and karst features.
- Comprehensive georisk assessments for safe land development.
Slope Stability & Excavation Support
- Geotechnical studies of natural and engineered slopes in soil and rock.
- Design of slope stabilization measures (retaining walls, soil nailing, anchors, shotcrete).
- Shoring and deep excavation design (diaphragm walls, secant piles, sheet piles, braced excavations).
- Groundwater control and dewatering system design and review.
Ground Improvement & Soil Stabilization
- Deep ground improvement methods: stone columns, vibro-replacement, dynamic compaction, soil mixing, and grouting.
- Surcharge preloading and vacuum consolidation techniques.
- Evaluation of settlement, densification, and stabilization effectiveness.
- Value engineering to optimize foundation schemes and ground treatment options.
Geotechnical Instrumentation & Monitoring
- Design and implementation of monitoring programs for embankments, foundations, and deep excavations.
- Installation of piezometers, inclinometers, settlement markers, strain gauges, and vibrating wire instruments.
- Real-time monitoring and data interpretation to ensure construction safety.
- Long-term performance evaluation of geotechnical systems.
Seismic & Environmental Geotechnics
- Seismic hazard assessments, site response analyses, and microzonation studies.
- Earthquake engineering support for seismic design of structures.
- Environmental geotechnical studies for contaminated ground, groundwater protection, and remediation strategies.
Value Engineering & Technical Training
- Independent review of geotechnical designs for cost optimization and safety improvements.
- Alternative solutions for foundation schemes, ground improvement, and stabilization methods.
- Customized training workshops for client engineers on geotechnical topics (testing, monitoring, design methods, QC).
