Service capability
Governed Inventor configuration workflow
A capability model separating approved engineering rules, Inventor automation code, representative model tests, exception handling and authorised design release.
Evidence baseline
What is represented
- Representative Inventor assembly/drawing configuration workflow.
- Approved rule and example boundaries are distinguished from software behaviour.
- No customer design, Autodesk endorsement or productivity result is asserted.
Constraints
What shaped the engineering model
- Engineering rules require an authorised customer owner.
- Inventor, add-in, iLogic and Vault versions are deployment dependencies.
- Valid API output can still be an invalid engineering design.
Responsibility boundary
Who owns which decision
Named ownership prevents a technical work package from silently expanding into product, site, safety, quality or release authority.
Responsibility 1
Axiotech: the engineering method, scoped technical artefacts and stated verification evidence.
Responsibility 2
Customer/OEM: intended use, site constraints, acceptance authority and information supplied.
Responsibility 3
Other competent parties: safety, mechanical, process, quality or infrastructure decisions outside the stated scope.
Lifecycle proof
Decision gates used by the evidence model
The case does not equate activity with acceptance. Each gate has authority, inputs, evidence and unresolved-item visibility.
- G0Scope authorityOutcome, boundaries, roles, assumptions and commercial basis agreed.
- G1Baseline acceptedKnown installed/source state, dependencies, constraints and unknowns recorded.
- G2Design approvedRequirements, interfaces, risks and acceptance evidence ready for implementation.
- G3Release candidateBuild reviewed, verified, versioned and accompanied by defect disposition.
- G4Site acceptanceCommissioning evidence, deviations and release decision recorded.
- G5Handover acceptedSource, configuration, records, recovery and residual risks transferred.
Requirement-to-evidence assurance matrix
A compact proof structure
Public result statements remain deliberately bounded. Project-specific values require approved evidence.
| Need / requirement | Design control | Evidence | Public result status |
|---|---|---|---|
| Apply approved rules | Rule service/boundary | Representative model tests | Capability pattern documented |
| Handle exceptions | Validation/escalation flow | Invalid/edge examples | Acceptance method stated |
| Controlled release | Build/deployment record | Version and rollback test | No client result claimed |
Measurable acceptance
What a real engagement would measure
These are acceptance measures, not published customer results.
- Approved representative cases produce reviewed expected outputs
- Exceptions stop or escalate rather than silently generating output
- Released package identifies source, dependencies and supported environment
Deliverable manifest
What makes the decision reviewable
- Workflow/rule/exception specification
- Solution and dependency architecture
- Versioned source/build
- Representative model test set
- Deployment, rollback and user handover
Limitations
What this evidence does not establish
- Customer engineering authority remains responsible for design-rule approval.
- Autodesk platform licensing and supported APIs remain external dependencies.
Residual risk
What still requires ownership
- New product variants can exceed the approved rule/test boundary.
- Platform upgrades require compatibility and regression assessment.
Apply the method
Start with a bounded assessment or engineering work package.
Project facts, responsibilities and acceptance measures are confirmed before any outcome is promised.