One of the most common misconceptions in manufacturing companies is viewing the PLM as a technological, and therefore primarily IT, project. While understandable, this mindset is also one of the main causes of incomplete or ineffective implementations.
The PLM is often associated with software to be installed, configured, and integrated with other business systems. In reality, this is merely the most visible and least critical aspect of the issue. The true impact of a PLM is not about the technology itself, but about how the company manages its product and/or service throughout its entire lifecycle.
The product as an enterprise information asset
The product is not a static object. It is a complex information system that spans across multiple departments: design, industrialization, manufacturing, quality, supply chain, and service.
Each of these actors uses and modifies product information at different times, with different goals, and often through heterogeneous tools.
In the absence of a common structure, this inevitably leads to fragmentation. Each business function tends to build its own “version of the product”, adapted to its specific operational needs. The result is a misaligned ecosystem where information is not always consistent.
The true role of the PLM
The PLM is specifically designed to solve this structural problem. It does not merely manage technical data; it defines the model through which the product is created, modified, approved, and utilized within the organization.
In other words, the PLM governs the process, not just the data.
For this reason, a PLM project cannot be confined to the IT department. It directly impacts the operations of the engineering department, production logic, quality process, and supply chain activities.
Every decision made during system configuration reflects an organizational choice even before a technological one.
The mistake of digitizing the existing processes
One of the most frequent mistakes is implementing PLM without rethinking business processes.
In these cases, there is a tendency to digitize existing procedures without changing them, resulting in automation of already present inefficiencies. The system may function perfectly from a technical standpoint, but it fails to generate real operational value.
Technology alone does not solve organizational issues. If processes are inefficient before implementation, they will remain so afterward.
Where should a PLM project start?
An effective PLM project first and foremost requires a reflection on business processes.
It is necessary to understand how information is generated, how it transforms as it moves between different departments, where duplications or ambiguities arise, and at which points the main inefficiencies occur.
Only in a secondo phase does technology become an enabler of the defined organizational model. The software is not the starting point, but rather the tool that operationalizes a new way of working.
The PLM as a leverage for business transformation
From this prespective, the PLM is much closer to a business transformation project that to an IT project.
Its introduction has a direct impact on roles, responsibilities, decision-making workflows, and interdepartmental collaboration. When approached correctly, the PLM becomes an element of organizational coherence, capable of aligning different business functions around a shared product representation.
When, on the other hand, it is treated as a simple IT project, it risks remaining a system that is thecnically functional but organizationally ineffective.
The true differentiator is therefore not the technology chosen, but the company’s ability to use PLM as a lever for transforming its processes rather than as a simple software tool.
Which departments should be involved in a PLM project?
One of the main success factors of a PLM project is the involvement of the business functions that generate, use, or modify product information throughout the lifecycle.
The engineering department naturally represents one of the central actors, as it creates and manages much of the design documentation and information. However, limiting the project to this function alone would mean losing a significant part of the value that a PLM can generate.
Industrialization and manufacturing musto also be involved from the ealy stage, ad they turn design information into operational processes and instructions. Similarly, quality assurance helps define controls, compliance, and change management, while the supply chain uses product information to coordinate suppliers, materials, and procurement.
An important role is also played by after-sales serices, which can provide valuable insights into issues encountered in the field and contribute to the continuous improvement of the product.
The IT department maintains a fundamental role as a technology enabler, ensuring integration, security, and operational continuity of the platform. However, it shoud not be the sole point of reference for the project.
An effective PLM project stems from collaboration among all functions involved in the product lifecycle. Only through a shared vision is it possible to define consistent processes, eliminate information gaps, and build truly integrated corporate information management.
