Geotechnical testing and engineering expertise

University of Canterbury (UC) researchers work with industry, government agencies, and infrastructure providers to address complex geotechnical challenges, from initial site investigation and ground improvement options to natural hazard assessment and resilience planning.

Whether supporting new developments, evaluating existing infrastructure, or investigating ground conditions following natural disasters, researchers provide access to UC’s specialised facilities and internationally recognised expertise.

Researchers in UC's Department of Civil and Environmental Engineering work alongside organisations to better understand ground behaviour and manage geotechnical risks associated with their building or infrastructure projects.

Capabilities include soil characterisation, ground strength and deformation testing, liquefaction assessment, foundation performance evaluation, earth structure analysis, and geotechnical modelling. These approaches can be used to manage geotechnical challenges and risks throughout the life of a project.

This capability is particularly valuable where projects involve complex ground conditions, ‘problematic’ soils, natural hazards, large-scale earth structures such as dams and embankments, or site-specific engineering questions that require a more comprehensive approach to geotechnical assessment and design.

What sets UC apart is the combination of geotechnical engineering expertise with wider strengths in earthquake engineering, natural hazards, environmental science, data analysis, and infrastructure resilience.

Researchers work closely with clients to understand project objectives, identify appropriate testing and analysis methods, and interpret findings in the context of engineering performance and risk. This collaborative approach ensures organisations receive not only technical data but also actionable insights that support decision-making.

UC's geotechnical testing and engineering expertise supports outcomes ranging from safer infrastructure and improved asset management to natural hazard preparedness and sustainable land development.

By helping organisations understand how soils and geological materials behave under different conditions, researchers provide the evidence needed to inform design, reduce risk, and improve resilience in the built environment.

Talk to Dr Sean Rees about your geotechnical testing and engineering challenges or contact Research Connect to explore geotechnical expertise, advanced testing facilities and tailored approaches to help address complex ground, infrastructure, and natural hazard questions.