From soil strength analysis to foundation design inputs — delivering actionable field data for every stage of your project.
The performance and safety of any civil engineering project begin with knowing the ground you build on.
At Geotest Engineering PVT. LTD., our Field Exploration & Testing services provide a complete range of in-situ investigations to assess soil properties, foundation conditions, and material performance directly on-site.
With 22+ years of experience, an ISO 9001:2015 certified process, and adherence to IS and ASTM standards, we ensure our field results translate into confident design and construction decisions.
Highways & Transportation Projects
Industrial & Energy Sector
Residential & Commercial Construction
Bridge & Flyover Development
Water Infrastructure & Dams
Airport Infrastructure
Transmission & Communication Towers
Roads, highways, flyovers, tunnels, bridges, culverts, underpasses, airports, power plants, industrial structures, reservoirs, transmission towers, refineries, and more.
Includes borehole drilling, sampling, SPT/N-values, and sub-surface profiling.
Pre-Survey Consultation – Understand project needs, design requirements, and codes.
Testing Plan – Select appropriate tests and determine locations.
Field Execution – Perform tests with calibrated equipment.
Data Analysis – Process and interpret field results.
Reports & Recommendations – Deliver geo-technical reports with actionable design suggestions.
Follow-Up – Provide coordination support with structural and foundation engineers.
Detailed Geo-technical Investigation Reports
Field Test Logs & Data Sheets
Foundation Recommendations with Calculations
Settlement Analysis & Safety Factors
2D/3D Graphs and Soil Profiles
Bridge Foundation Investigation – Eastern India
Our field teams conducted plate load, CPT, permeability, and resistivity tests for a six-span bridge project over challenging alluvial soil. The accurate data enabled the design team to opt for a hybrid pile-and-raft foundation system, saving construction costs and time.