Foundation Analysis & Design

All human-built structures resting on ground must have a stable foundation. The foundation transfers the load of the superstructure into the ground and, therefore, is the most important part of the structure. We offer these services for

Residential Buildings

Commercial Buildings

Towers (Telecom & Power, High-Mast, Light Poles, Overhead Signs),

Hi-Rise Buildings

Retaining Walls

Sound Walls

Bridges

Offshore Structures.

Structural Design of Foundations

Retaining Wall Design

Walls that are subject to lateral loads because of traffic and materials requires engineered design to be able to sustain the load for its design life. Retaining Walls include

Mechanically Stabilized Earth (MSE) Walls

Cast-in-Place (CIP) Walls

Sheet Pile Walls (Braced and Unbraced)

Diaphragm and Slurry Walls

Tied-Back/Anchored Walls

Gravity Walls

Soil Nail Walls

Structural Design of Retaining Walls

Slope Stability Analysis & Design

Both natural and engineered slopes require stability for the required performance of the structure supported by them. We offer our services for      Natural Earth/Rock Slopes

Embankment Slopes     

Reinforced Soil Slopes (RSS)

Detention and Retention Ponds

Dredged Slopes

Landslides

Earth Dams.

Subgrade Stabilization & Ground Improvement

Problematic soils such as expansive, soft, loose, and collapsible soils require stabilization. We offer design recommendations for the use of following to stabilize the soils - 

Chemical

Prefabricated Vertical Drains

Deep Compaction

Grouting

Deep Mixing

Lightweight Fills

Aggregate Columns

Geosynthetics

Excavation & Tunneling

Rapid unloading can cause instability in soils and rocks.  We can provide Geotechnical Data Report (GDR), Geotechnical Design Memorandum (GDM) and Geotechnical Baseline Report (GBR) for tunnel projects.

Shoring

Heave & Base Stability

Cut & Cover

Bored

Soft Ground

Rock

Jacked Box

Immersed

Construction Inspection & Support

We provide inspection services to ensure construction according to the required specifications.

Foundation Pour

Backfill Compaction

Retaining Wall Construction

Drilled Shaft Inspection

Pavement Design

A pavement is a complex engineering structure whose analysis and design involves the interaction of three components – the supporting natural layers, the human-made layers, and the applied loads.

Flexible (Asphalt) Pavement

Rigid (Concrete) Pavement

Composite Pavement

Life Cycle Cost Analysis

Settlement Analysis

All structures built on the ground settle down. Uneven or excess settlement can lead to distresses in these structures. It is essential to perform proper geotechnical investigation and analysis to come up with design and construction recommendations to mitigate the damage due to settlement. Two questions are important to answer: How much settlement and by what time?

New Buildings

Roadway Embankment

Fluctuations in Groundwater Levels

Addition of Load in Existing Structures

Feasibility Studies

Bought a land or building? Want to understand its economic or planned viability? Invest in a feasibility study for real estate.

Residential Properties

Commercial Properties

Risk & Reliability Analysis

Geotechnical engineering encounters a lot of uncertainty when dealing with soils. We offer services to understand these uncertainties and mitigate the risks associated with the uncertainties.

Slope Stability

Foundations (Deep & Shallow)

Retaining Walls

Buildings

Embankments

Levees

Dams & Reservoirs

Technology in Geotechnical Engineering

Asset Management

- Pavement Management Systems

- Geotechnical/Structural Asset Management

Custom Data-Driven Solutions with AI/ML

- Automation & Digitization

- Engineering Design & Analyses

- Predictive Analytics

Business Transformation

- Increase Profitability

- Increase Market Share

- Change Management

- Restructuring