One change. Every impact traced.
MUR identifies how engineering changes affect project data and deliverables — and controls what must be updated, regenerated and validated.
Engineering changes propagate. Documentation often doesn't.
A control valve change can affect datasheets, I/O, wiring, loop drawings, hook-ups, BOM/BoQ and operating documentation. Manual impact checks are slow, inconsistent and difficult to audit.
Change intelligence before document generation.
TV-01
A control valve selection changes. MUR traces the downstream engineering impact before anything is regenerated.
Affected engineering deliverables
- Valve datasheetUPDATE REQUIRED
- Loop drawingUPDATE REQUIRED
- Hook-up drawingUPDATE REQUIRED
- I/O assignmentRECHECK
- BOM / BoQUPDATE REQUIRED
- Unrelated loopsNO IMPACT
One controlled source of engineering truth.
At the core of MUR is a Canonical Project Model: a controlled representation of engineering objects, relationships and project facts that downstream engineering outputs can rely on.
AI should not invent engineering drawings.
MUR combines controlled project data, approved drawing typicals and deterministic attribute writing. AI assists where interpretation is useful; engineering outputs remain structured, repeatable and traceable.
From approved change to validated output.
Generating a drawing is not the hard part. Knowing when that drawing is no longer valid is.
Run MUR on one real engineering change.
Use one existing project and one approved change. MUR maps the affected deliverables, executes the controlled update workflow and produces a traceable validation result.