Manufacturing organizations often struggle to keep engineering plans, production execution, and operational reality aligned.
What was planned is not always what actually gets built, tested, serviced, or maintained. This creates gaps in product data, weakens traceability, increases compliance risk, and leads to costly rework.
The root cause is often a lack of continuity between planning systems and execution processes, leaving critical operational knowledge disconnected from product data.
To address these challenges, organizations need a way to establish a continuous flow of information across the product lifecycle. By connecting operational activities to the product definition and making execution data accessible across the enterprise, they can improve visibility, strengthen traceability, and ensure that real-world knowledge is retained and leveraged for ongoing improvement.
This solution establishes a closed-loop digital thread that connects parts planning, BOM management, manufacturing execution, and field operations—ensuring that execution data is captured at the source, linked to the product definition, and made available across the enterprise for traceability, compliance, and continuous improvement.
Business Problem
Many organizations face similar challenges:
- Limited visibility into what actually happened during manufacturing, service, or maintenance
- Disconnect between engineering intent and real-world execution
- Difficulty maintaining accurate as-built and as-maintained configurations
- Inconsistent and error-prone execution records across disconnected systems
- Limited ability to capture and reuse lessons learned for continuous improvement
- Challenges with compliance, audits, and end-to-end traceability
The result: delays, rework, increased costs, and reduced confidence in product data.
Approach
The selected approach connects existing engineering, parts planning, BOM management, and manufacturing processes into a single, continuous flow of information.
This means:
- Establishing a digital thread that links planning, execution, and operations
- Ensuring that data flows seamlessly across engineering, manufacturing, and service teams
- Capturing execution information as part of the process, not as a separate manual activity
- Providing visibility into real-world outcomes without disrupting existing workflows
The focus is on making execution process an integral part of the product lifecycle, seamlessly connected with all related processes – enabling organizations to move from fragmented workflows to a unified, data-driven environment.
Proposed Solution
The solution is delivered on the Aras Innovator® platform and connects to the customer’s existing engineering and enterprise systems (PLM, ERP, MES). Solution’s building blocks are:
- Planned product definition – parts, EBOM/MBOM, work instructions, and quality requirements managed as structured, revision-controlled data
- Manufacturing execution records – actual work, results, deviations, and approvals captured directly against the plan, at the point of execution
- As-built / as-maintained synchronization – product configurations updated automatically from execution records
- Traceability and reporting – complete audit trail and plan-vs-actual visibility for engineering, quality, and management
Outcome
This solution enables organizations to:
- Monitor what was built, serviced, modified, or inspected – in real terms
- Maintain accurate and trusted product configurations across lifecycle
- Improve collaboration between engineering, manufacturing, and operations
- Capture execution data and turn it into actionable improvements
- Ensure audit readiness and compliance without manual effort
In short: a closed-loop digital thread from planning through execution and back to continuous improvement.
Business Value
Organizations using this approach can:
- Reduce rework and production errors
- Improve time-to-market and delivery predictability
- Increase confidence in product data and traceability
- Strengthen cross-functional collaboration
- Enable scalable, data-driven process improvement
Most importantly, they gain control over complex engineering and manufacturing environments.
Where it applies
This is especially valuable for:
- Systems engineering programs
- Complex manufacturing environments
- Prototype and pre-production programs
- Maintenance, repair, and overhaul (MRO)
- Field service and asset lifecycle management
- Inspection, testing, and regulated industries
- Organizations moving away from manual or spreadsheet-based tracking
Key Capabilities
- Capture what really happens
Record actual work performed, approvals, and results in one place – not scattered across systems.
- Full visibility into execution
- Accountability across teams
- Track changes as they happen
Easily identify deviations between plan and reality, with full visibility into who changed what and why.
- No more hidden changes
- Better decision-making with real data
- Keep your product definition accurate
Automatically reflects real-world execution in product structures, BOMs, and configuration records.
- Trusted as-built / as-maintained configurations
- Reduced errors downstream
- Continuously improving processes
Feed real-world insights back into engineering and manufacturing planning.
- Learn from execution
- Improve future builds and operations
- Align resources across Enterprise
Ensure tools, equipment, parts, and people are aligned with actual execution.
- Better planning accuracy
- Reduced inefficiencies
- Stay audit-ready at all times
Maintain a complete, traceable record of what happened – without manual effort.
- Simplified compliance
- Faster audits
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