In-depth analysis tagged implementation guides — covering PLM history, vendor strategy, and the technical decisions reshaping engineering software.
9 articles
Product families multiply BOM complexity faster than any other factor in PLM. This guide shows how to model a platform BOM, encode configuration rules, automate variant derivation, and keep the entire family synchronized through engineering changes.
Migrating from a legacy PDM system or shared drives to modern PLM is the most underestimated phase of PLM adoption — the technical work is tractable, but the data quality debt is not.
Most digital twin programs stall because they build beautiful models disconnected from real sensor data. Connecting IoT telemetry to PLM closes the loop between as-designed and as-operated.
Enterprise PLM rollouts fail more often from governance gaps and integration complexity than from technology limitations. Here's how to manage the factors that actually determine success.
Connecting PLM to supply chain systems is the step that turns engineering data into operational intelligence — covering approved vendors, BOM-to-procurement bridges, real-time lead times, and closed-loop change management.
Quality engineers and PLM administrators can close the gap between design revisions and compliance records by systematically connecting document control, CAPA workflows, and audit trails inside PLM.
The PLM-CAD integration is the most used — and most complained about — connection in the PLM ecosystem. Getting it right determines whether engineers see PLM as a tool or an obstacle.
Distributed engineering teams face a version of the PLM problem that is qualitatively different from single-site deployments — latency, access control, and conflict resolution become first-class design concerns.
Small and midsize manufacturers can adopt PLM without enterprise budgets — if they start narrow, validate early, and resist the temptation to boil the ocean.
An approved vendor list (AVL), or approved manufacturer list, is the controlled record in PLM of which suppliers and manufacturer part numbers are qualified to supply each internal part at each revision. It is the part-level foundation of supply chain traceability and the trigger point for supplier change notification.
A Bill of Materials (BOM) is the structured, multi-level list of every part, sub-assembly, raw material, and (increasingly) every piece of software and electronics that goes into a product, with quantities and relationships. PLM manages multiple views of the BOM: the engineering BOM (eBOM) reflects how the product is designed, the manufacturing BOM (mBOM) reflects how it is built, and the service BOM (sBOM) reflects how it is maintained. The BOM is the spine of PLM — every other capability hangs off it.
The software integration layer that connects a CAD application (CATIA, NX, SolidWorks, Creo) to a PLM vault, enabling checkout/check-in workflows, BOM extraction, and revision management from within the CAD environment.
In the context of Product Lifecycle Management (PLM) and manufacturing engineering, Change Management refers to the systematic process of identifying, assessing, implementing, and controlling changes to products, processes, or systems to ensure minimal disruption to operations and optimal business outcomes. It involves coordinating stakeholders, managing impact on existing systems, and ensuring compliance with regulatory requirements.
A PLM process pattern in which operational field data — sensor readings, failure events, service actions — automatically triggers engineering review or change processes, feeding real-world performance back into the design record.