Geotechnical Survey and Design in UAE
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POLYJET provides geotechnical surveys, site investigations and geotechnical engineering services for infrastructure, industrial and civil engineering projects across the United Arab Emirates.
Comprehensive Geotechnical Investigation and Design
Geotechnical survey and design form the foundation of any safe and cost-effective construction project. At POLYJET, we provide detailed soil investigation, field testing, and engineering analysis to accurately assess ground conditions before construction or remediation works.
Our approach allows us to identify potential risks such as weak soils, settlement, or high groundwater levels and develop technically sound solutions tailored to project requirements.
Our approach allows us to identify potential risks such as weak soils, settlement, or high groundwater levels and develop technically sound solutions tailored to project requirements.
Our Survey and Investigation Services
- Soil Investigation
- Ground Investigation
- Geotechnical Survey
- Field Testing (SPT, DCPT)
- Laboratory Soil Testing
- Engineering Calculations
- Foundation Design Support
Field and Laboratory Testing Methods
We perform a wide range of in-situ and laboratory tests to obtain accurate soil parameters:
- Standard Penetration Test (SPT)
- Dynamic Cone Penetration Test (DCPT)
- Field dynamic penetration testing
- Soil strength testing
- Compaction testing
- Soil settlement analysis
Equipment and Technologies Used
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Modern dynamic probing equipment -
SPT drilling rigs -
Soil sampling systems
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Geophysical survey tools -
Certified laboratory testing facilities
When Geotechnical Investigation is Required
- Before construction or foundation design
- When soil conditions are unknown
- In case of settlement or structural issues
- For infrastructure and industrial projects
- When groundwater conditions affect stability
What You Receive After Investigation
Engineering Design and Ground Solutions
Based on the investigation results, our engineers develop tailored solutions for ground improvement, stabilisation, and structural safety. Survey data is directly used to design effective interventions such as geopolymer injection, soil stabilisation, and waterproofing systems.
Soil Stabilisation
Geopolymer Injection
Foundation Repair
Related Geotechnical Services
Depending on site conditions, this solution may be combined with other POLYJET engineering services.
Projects Based on Geotechnical Investigation
Survey and Design Process
Site inspection and task analysis
Field testing and data collection
Laboratory analysis
Engineering calculations
Design and recommendations
When Engineering Calculations Are Required
Calculations are necessary when:
- Settlements or deformations exceed allowable limits
- Verification of the effectiveness of an injection-based solution is required
- The structure belongs to a high-risk or critical category
- Conventional methods need to be replaced with injection techniques
- Documentation and justification are needed for regulatory or expert review
Deliverables for the Client
Upon completion, the client receives:
- Engineering verification of the applicability of the injection solution
- Forecast of foundation or soil mass behavior before and after injection
- Design justification for strengthening, stabilization, or sealing in a formal calculation format
- Supporting documentation for design and regulatory review, if required
Industries We Serve
Residential construction
Industrial facilities
Railways and transport systems
Infrastructure projects
Airports and logistics hubs
Geotechnical Survey FAQ
A geotechnical survey is an engineering assessment of subsurface conditions used to support foundation design, construction planning and ground improvement decisions. It may include site investigation, soil and rock testing, groundwater assessment and engineering interpretation of the collected data.
Geotechnical surveys provide critical data for planning and design. Understanding soil properties, load-bearing capacity, groundwater conditions and potential settlement risks helps engineers make informed decisions and reduce uncertainty before construction or remediation works begin.
Depending on the project requirements, a geotechnical survey may include boreholes, soil and rock sampling, in-situ testing and geophysical methods such as electrical resistivity or ground penetrating radar. The investigation programme is selected according to site conditions, structure type and design objectives.
The assessment may include soil strength, density, moisture conditions, compressibility, permeability, load-bearing capacity and groundwater influence. Where relevant, engineers may also evaluate slope stability and soil behaviour at different depths.
Survey results provide information on soil stratification, bearing capacity, settlement behaviour and groundwater conditions. These data help engineers select suitable foundation concepts, define design parameters and determine whether ground improvement or additional investigation is required.
Projects in the UAE may involve loose sandy soils, reclaimed ground, variable fill, high groundwater levels and heavy structural loads. These conditions require site-specific assessment and engineering interpretation before foundation, infrastructure or ground improvement solutions are designed.
Yes. Early assessment can identify weak ground, settlement risks and unexpected groundwater conditions before construction begins. Reliable subsurface data can help reduce design uncertainty, avoid unnecessary ground treatment and minimise the risk of delays or remedial works.
A geotechnical investigation focuses on obtaining ground data through field testing, sampling and laboratory analysis. A geotechnical survey and design service goes further by interpreting those data, assessing engineering risks and using the results to support calculations, foundation design and ground improvement decisions.