Digital Transformation
Digital Transformation is the difference between an industrial company that compounds its data into competitive advantage and one that pays for the same engineering work three times across disconnected silos. In a manufacturer’s P&L it shows up as faster launches, fewer recalls, lower engineering headcount per program, and new digital-service revenue lines that did not exist before. PLM is the spine of that transformation — the unified digital thread that lets a single source of truth flow from requirement to as-shipped to field telemetry.
The investment case is not “go digital because everyone else is.” It is that paper drawings, siloed CAD/PDM/ERP, and email-based change control silently consume 20-40% of an engineer’s effective working time on rework, search, and reconciliation. Closing that gap is where the dollars are.
Business benefits
- Cost: unifying CAD/PDM/ERP and automating change workflows typically removes 15-25% of engineering rework cost and reduces non-value-added engineering time by a similar margin.
- Speed: model-based deliverables and concurrent engineering compress release cycles versus drawing-centric flows, freeing capacity for additional programs without adding headcount.
- Revenue: connected products and a populated digital thread unlock aftermarket and outcome-based service revenue (see Servitization) that pure-product peers cannot price.
- Risk: end-to-end traceability turns audits, recalls, and regulatory submissions from multi-month firefights into routine queries.
- Talent: modern engineers refuse to work in 1990s tooling — a credible digital backbone is now a recruiting and retention argument.
Relationships (see sidebar)
- Realized by processes such as Requirements Management, Systems Engineering, CAD Design, BOM Management, Change Management (ECO/ECN), and Configuration Management.
- Closely related to Time to Market and Product Quality as supporting objectives.
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