Your Partner in Innovative Engineering

Services

Geostructural Engineering Design

We deliver innovative, practical, and cost-effective designs for:

Excavation support systems (shoring, bracing, tiebacks)

We specialize in tailored excavation support solutions for complex urban and infrastructure projects. Every site is unique, and so is our approach—we provide thoughtful, engineer-led designs that balance safety, constructability, and economy. Whether it’s shoring for deep excavations or protecting nearby structures, we deliver support systems that integrate seamlessly with your project’s vision

Soil-structure interaction analysis

We offer advanced soil-structure interaction (SSI) analysis to capture the complex behavior between ground and structure under various loading and boundary conditions. Using both analytical and numerical methods, we assess how soils and structural systems interact during excavation, tunneling, foundation loading, and seismic events. Our SSI studies inform the design of critical infrastructure, helping to optimize performance, reduce risk, and support informed decision-making at every project stage.

Tunnel engineering in both hard and soft ground

We provide specialized engineering services for the design and analysis of tunnel linings and shaft support systems in both soil and rock. Our capabilities include steel rib systems, liner plates, shotcrete, mesh and bolt rock support and segmental lining design. We also design temporary and permanent shaft support systems, including soldier piles & lagging, secant piles, and sheet piles.

Field Review

We provide field review services to verify that geostructural elements are constructed in accordance with design intent, engineering drawings, and applicable standards. Our team conducts site visits during key stages of construction to observe installation methods, review field conditions, and provide engineering guidance as needed. By maintaining a direct link between design and execution, we help ensure quality, support contractor decision-making, and adapt designs responsively to changing site conditions.

Deep foundations and retaining structures

We design deep foundation systems and earth retention structures to support demanding geotechnical and structural conditions. Our services include the design of drilled shafts, driven piles, micropiles, and other load-bearing elements for buildings, bridges, and infrastructure. We also engineer permanent retaining systems such as cantilevered walls, tied-back systems, and composite earth-retention structures.

Finite Element Modeling

We offer advanced finite element modeling (FEM) to simulate soil-structure interaction, stress redistribution, and deformation behavior in complex geotechnical systems. Our expertise includes 2D and 3D analysis of excavation support systems, tunnel linings, and deep foundations. By incorporating nonlinear soil behavior, construction phasing, and groundwater effects, we can provide robust analytical insight that supports design optimization, risk mitigation, and performance-based engineering.

Monitoring & Field Testing

Design isn’t where we stop – our field services provide real-time assurance:

Geotechnical instrumentation and monitoring

We design and implement geotechnical instrumentation programs to monitor ground and structural performance during construction and throughout the life of a project. Our services include sensor selection, installation planning, and data interpretation. By integrating monitoring with design, we enable adaptive construction strategies, enhance safety, and provide defensible data to support risk management and compliance.

Load testing for deep foundations

We provide engineering support for the planning, execution, and interpretation of load tests on deep foundation elements. Our expertise includes static and dynamic load testing of drilled shafts, driven piles, and micropiles, using conventional top-down methods as well as bi-directional techniques. We develop test programs tailored to geotechnical conditions and project requirements, and we analyze results to validate design assumptions, optimize foundation sizing, and enhance reliability in critical applications.