Structural assessment
Organise observations and asset data into a reviewable assessment workspace.
- Starting information
- Inspection records and asset information
- Intended output
- A structured review and follow-up priorities
Technology and applications
Make engineering
information useful.
Bring geometry, data and engineering context together. These concepts show where purpose-built software can support a team's work.
Explore the interactive previewRC design visualisation
Explore member geometry and understand how design information can be presented together.
- Starting information
- Member geometry and design assumptions
- Intended output
- A clear visual explanation for engineering review
Parametric foundation planning
Explore how a change in layout can update a coordinated foundation concept.
- Starting information
- Column layout and project constraints
- Intended output
- Linked geometric options for further assessment
BIM and design data
Move structured information between models, schedules and engineering workflows.
- Starting information
- Model properties and defined data mappings
- Intended output
- Consistent, traceable engineering information
Engineering reports
Bring inputs, assumptions and reviewed outputs into a repeatable reporting structure.
- Starting information
- Approved data and report requirements
- Intended output
- A draft document ready for professional review
Engineering accountability
A clear path from input to review.
Useful engineering software makes its assumptions visible. Inputs, units, sources and revisions need to remain traceable through the workflow.
Automation supports repetitive tasks. Professional judgement sets the scope, checks the result and remains responsible for the engineering decision.
Discuss an application