Planning and execution
Geotechnical design of foundations and earth structures
Foundation Problems: evaluation and trouble shooting
Geotechnical failure studies
Geophysical mapping
In-situ dynamic tests
Preparation of area maps
Preparation of Contour maps
Block levelling
Analysis and design of machine foundations
Water well drilling, development and construction
Aquifer testing
Water supply for rural and urban population
Mine inflow study
Reserve Assessment
Modeling
Documentation
Structural evaluation tests
Load tests on bridges
Load tests on buildings
Pile Integrity Testing
Forensic Geotechnical Engineering
River Cross-section:
These surveys involve use of land based survey techniques and hydrographic survey techniques. Advanced equipment like Digital Echo sounder, Total Stations etc., are used for taking river cross section.
Road Survey:
These surveys are carried out for proposed roads, strengthening and widening of existing roads. DGPS is used for establishing control points, followed by Total Station survey.
Route Surveys:
For Transmission lines, Pipelines, Tunnels etc.
Contour Surveys:
Land & Water Bodies.
Topographical Surveys:
To capture details and features on the ground. Clubbed with elevation details, these maps are essential part of any project.
Boundary Surveys:
To mark the precise boundary of any project on ground.
Measured Building Surveys:
Floor plans and elevations are produced mainly for our architectural and engineering clients. They are used for building redevelopment and structural analysis.
Setting-out Work:
Transfer of map information to ground. Example include road centre line, pipeline alignment marking, etc.
Quantity Calculation:
To calculate cut-fill volumes based on existing levels and planned levels, final levels and initial levels etc.
Reservoir Sedimentation Studies:
To calculate amount of silt accumulated in a reservoir over time. Also to calculate rate of sedimentation, balance life of reservoir etc. Used modern tools like Digital echo sounder, Total Stations and modeling techniques.
Flood Modeling Studies:
Complete flood modeling studies including cross section survey and modeling.
The work is carried out using latest tools and advanced equipment:
Total Stations
Auto Levels
Echosounders
Soil
Grain size analysis
Atterberg limits
Triaxial tests
Direct shear tests
Consolidation tests
Proctor density
Permeability
Specific gravity
Swelling tests
C.B.R tests
Unconfined compression tests
Vane shear tests
Chemical tests
Stabilised soil mix design
Rock
Uniaxial compressive strength
Point load index strength
Elastic modulus
Porosity
Water absorption
Cement
Compressive strength
Setting time
Soundness
Tensile strength
Fineness Test
Bricks
Compressive strength
Water absorption
Concrete
Mix design
Crushing strength
Flexural strength
In-situ strength tests
Aggregate
Sieve analysis
Elongation index
Flakiness index
Specific gravity
Crushing Value
Impact Strength
Water
pH value
Chlorides content
Sulphates content