Identifies the engineering cause of damage using on-site evidence, photographic records, and forensic analysis. Delivered as a defensible report that links observed defects to a specific trigger event or ongoing mechanism.

Traces symptoms back to the underlying structural, geotechnical, or environmental driver. Separates primary causes from secondary effects so remediation targets the actual problem rather than the visible one.

Independent inspections of properties before purchase to identify structural issues, defects, movement, drainage concerns, and other potential engineering risks before you commit.

Engineering input prior to renovations or alterations: assessing existing structural elements, proposal feasibility, site constraints, and the most suitable structural options.

Inspection and certification of completed building works to confirm alignment with the approved engineering design and current building regulations, ready for sign-off.

Construction-stage site inspections that review works in progress, identify issues early, and provide practical engineering guidance to keep builds on track.

Determines whether damage stems from a sudden event, gradual deterioration, or lack of maintenance. Clarifies responsibility for insurers, owners, and builders, and supports coverage decisions with engineering evidence.

Assesses failed or failing retaining walls, footings, and slab systems. Determines whether the cause is ground movement, construction defect, or detailing failure, and specifies the correct remediation pathway.

A fully specified, buildable scope that turns findings into a quote-ready rectification plan. Defines materials, methods, and sequencing so builders can price accurately and insurers can settle without ambiguity.

Certified engineering design for rectifying failed or damaged structural elements. Covers footings, framing, load paths, and connections, with documentation suitable for permit, construction, and sign-off.

Independent technical review of existing reports and competing opinions. Identifies gaps in methodology, evidence, or conclusions, and provides an engineered position that resolves disputes without escalation.

Rapid engineering response following storm, flood, fire, or seismic events. Scales to portfolio volumes with consistent reporting standards, triage prioritisation, and coordinated site coverage across regions.

On-site assessment of immediate structural risk with recommendations for temporary stabilisation. Protects occupants, prevents further damage, and establishes a safe baseline before full investigation is undertaken.

Court-ready engineering evidence, expert reports, and testimony for legal and regulatory proceedings. Delivered under relevant expert witness codes of conduct, with findings defensible under cross-examination.

Independent review of proposed scopes, quotes, and repair methodologies. Confirms whether recommended works are necessary, proportionate, and engineered to resolve the actual defect rather than the symptom.

Practical engineering oversight through the rebuild phase, covering sequencing, staged inspections, and sign-off against the approved scope. Keeps repairs aligned with the original causation findings.