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We specialize in the design for cast-in-place reinforced concrete friction piles, expanded base piles and driven piles.

Specializing in temporary and permanent design we are expert in tailoring a design to meet each project's need.  These include timber lagging shoring, secant wall shoring, shotcrete shoring.

UrbanGeo provides underpinning design services for foundation stabilization, settlement mitigation, and structural support upgrades. We design practical underpinning systems using push piers, micropiles, and helical piles, tailored to project loads, site conditions, access constraints, and constructability requirements.

Micropiles can be an effective solution where access is limited, headroom is restricted, or subsurface conditions require a drilled, high-capacity foundation element.

Our designs consider structural loading, geotechnical conditions, installation method, corrosion protection, constructability, and connection detailing.

We support contractors, owners, and design teams with practical micropile solutions for new construction, retrofit work, foundation repair, and excavation support applications.

We utilize Thermal Integrity Profiling (TIP) technology to assess the quality and integrity of deep foundation elements such as drilled shafts, augered cast-in-place piles, and other cast-in-place concrete foundations. This advanced non-destructive testing method uses temperature data from curing concrete to detect defects, variations in cross-section, and anomalies within the foundation, ensuring a reliable and high-performing foundation system.

UrbanGeo provides movement monitoring services for excavation, shoring, foundation, and ground improvement projects where deformation control and performance verification are critical.

Our monitoring programs can incorporate instruments such as inclinometers, extensometers, load cells, survey prisms, and total station monitoring to track ground, structure, and support system behaviour during construction.

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We help contractors, owners, and design teams establish practical monitoring plans tailored to site conditions, project risks, and construction sequencing. Monitoring data can be used to evaluate shoring performance, confirm design assumptions, identify movement trends, and support timely decision-making during construction.

Monitoring Services Include:

• Total station and survey prism monitoring

• Inclinometer monitoring

• Extensometer monitoring

• Load cell monitoring

• Adjacent structure monitoring

We utilize Thermal Integrity Profiling (TIP) technology to assess the quality and integrity of deep foundation elements such as drilled shafts, augered cast-in-place piles, and other cast-in-place concrete foundations. This advanced non-destructive testing method uses temperature data from curing concrete to detect defects, variations in cross-section, and anomalies within the foundation, ensuring a reliable and high-performing foundation system.