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Manufacturing

Engineering Changes & Effectivity

Connect proposed product or process changes to affected parts, tooling, stock, revision approval and location-level implementation.

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12 workspace menus · 5 role profiles · Connected records

Designed for manufacturing engineering and configuration management directors

Engineering Changes & Effectivity workspace interface preview; illustrative records and figures.
Engineering Changes & Effectivity — operational workspaceInterface preview · Illustrative dataView full interface →

Explore the system interface.

Operational workspace and record review. Select a screen to inspect it in full.

Engineering Changes & Effectivity workspace interface preview; illustrative records and figures.
Engineering Changes & Effectivity — operational workspaceInterface preview · Illustrative dataView full interface →
Engineering Changes & Effectivity record interface preview; illustrative records and figures.
Engineering Changes & Effectivity — record and workflow reviewInterface preview · Illustrative dataView full interface →

Operational dashboards and work queues.

Operational views

Review work, evidence, exceptions and authorised decisions within a defined operating scope.

Plant / work centrePeriodAssigned teamReview state

Dashboard measures

  • Active operational records
    Count of all records in the selected workspace.
  • Review queue
    Records at the third stage of the business workflow.
  • Needs attention
    Records with an assigned review requirement.
  • Final-stage records
    Records in the fourth business workflow stage.

Business workflow and operating scope

Connect proposed product or process changes to affected parts, tooling, stock, revision approval and location-level implementation. A drawing revision can affect production before its effective boundary and dependent records are agreed. The system connects impact assessment and engineering approval to serial or revision effectivity, allowing locations to confirm implementation against the same authorised change record.

Operational visibility

  • Engineering change implementation lead time
  • Records requiring review
  • Version and approval status
  • Evidence completeness
  • Access / retention audit

Operations

Operational overview

Review the work position and priority actions.

Engineering change intake

Coordinate engineering change intake with assigned responsibilities, linked records and review history.

Parts and tooling impact

Coordinate parts and tooling impact with assigned responsibilities, linked records and review history.

Stock impact review

Coordinate stock impact review with assigned responsibilities, linked records and review history.

Controlled drawing references

Coordinate controlled drawing references with assigned responsibilities, linked records and review history.

Revision approval

Coordinate revision approval with assigned responsibilities, linked records and review history.

Serial-range effectivity

Coordinate serial-range effectivity with assigned responsibilities, linked records and review history.

Location implementation evidence

Coordinate location implementation evidence with assigned responsibilities, linked records and review history.

Insights

Reports and saved views

Review the reporting scope and export agreed operational views.

Governance

Approvals and exceptions

Review delegated decisions, exceptions and recorded conditions.

Audit history

Trace accepted changes, decisions and accountable actions.

Access and configuration

Manage the agreed role permissions and configurable operating rules.

The end-to-end business journey.

From intake to authorised completion, with evidence at each decision.

01

Register the change

Register proposed product or process change.

02

Assess affected records

Assess affected parts, tooling and stock.

03

Approve revision effectivity

Approve revisions and effective serial ranges.

04

Verify implementation

Verify implementation across production locations.

Governance and control

  • Approved records must be version-controlled and immutable except through controlled supersession.
  • Access must follow classification and role permissions.
  • Required evidence must be traceable to source, owner and date.
  • Retention and disposal actions require policy-based controls.
  • Critical changes require review, approval and preserved history.

Accountable roles

Engineering requester
Configuration manager
Manufacturing reviewer
Engineering approver
Location implementation owner

Permissions are configured and tested for the agreed responsibilities.

Data, interfaces and operating requirements.

Core records

Record / documentVersionOwnerClassificationEvidenceReviewApprovalRetention event

Systems and interfaces

  • PLM records
  • ERP parts and stock
  • Controlled drawing repositories

Interface scope, data mapping and testing are agreed for each engagement.

Implementation requirements
PLM and ERP interfaces; controlled drawings; engineering approval authority.

Mobile and tablet access

View approved implementation tasks and capture location evidence through responsive views.

Access approved workflows through the Dalfin mobile app. Device tasks and permissions are confirmed for the deployment.

Apple App Store ↗Google Play ↗

AI extensions

Summarise supplied impact evidence for an engineering reviewer. Technical release authority remains human controlled.

AI extensions are scoped around the required data, business outcome and review controls.

Engineered with Genesis.

Structured application engineering

Connect requirements, roles, records, workflows and interfaces through the agreed Genesis engineering process.

Controlled changes

Review dependency impact and validation requirements. Context Memory supports governed changes and accepted application revisions.

Deployment and support

Agree customer cloud or on-premises requirements, device access, implementation acceptance and ongoing engineering support.

An example operating scenario

See the process, its exception and the evidence.

An engineering change affects a part and existing stock. The configuration reviewer identifies an unresolved effectivity boundary, the authorised engineer approves the corrected revision and serial range, and each production location records implementation evidence.

What to review

  • A saved end-to-end transaction
  • An exception and its authorised resolution
  • Different operator, approver and reviewer permissions
  • Final records, history and the relevant report
Discuss this solution

Questions before implementation.

How is this system adapted to our organisation?

Roles, approval authority, business rules, records and reporting are configured around your operating model. Scope definition connects the required business outcome to workflows, interfaces and acceptance criteria.

How are approvals and responsibilities defined?

Operators, reviewers and authorised decision makers have defined responsibilities. Approval limits, exception handling and access permissions are agreed with your business owners and tested against the selected workflows.

Can it connect with our existing systems?

Interface requirements cover your existing business systems, data ownership, mapping and authentication. Connection design and testing form part of the agreed implementation scope.

What will we review in a solution walkthrough?

Start with a relevant business transaction, then review its approvals, an exception, role permissions and final records. Discuss the integrations, reporting and operating requirements that matter to your organisation.