Frédéric Gelve, Design Engineer at OPmobility. The same principle also applies to responding to customer requests for proposals (RFP). RFP sent by manufacturers can run to hundreds of pages of specifications. By using artificial intelligence, OPmobility will be able to produce a relevant summary, thereby drastically reducing the time required for analysis and the risk associated with each business decision. A long-term digital transformation These efforts are also being rolled out on the ground at the Group’s 152 plants around the world. In Greer, South Carolina in the United States, the integration of digital tools has made it possible to link planning and purchasing systems, display the status of each machine in real time, and immediately diagnose any anomalies. In Lozorno, Slovakia, the entire set-up process for a line of fuel tanks was simulated virtually before the production line was rolled out physically. In Mexico, China, and Morocco, observations are uploaded to the shared platform and contribute to a repository of best practices which is available globally. Every site learns from the others; every improvement benefits everyone. “PLM is not just a new tool: it enables project teams to adopt shared ways of working, leading to better organization, increased visibility regarding CAD-related tasks, and more effective collaboration,” adds Shubhada Salunkhe, CAD Engineer at OPmobility. In an industry where competitiveness now hinges on the ability to make quick and sound decisions, it has become the backbone of OPmobility’s industrial performance. 4,000 engineers use the PLM platform, around 10% of the entire workforce. 7 The number of PLM systems replaced by a single platform. ~30% acceleration in the time needed to manufacture our products, using digital twins and AI. Scan the QR code to watch Sandrine Ledru’s speech at Realize Siemens 2026. OPmobility — Vibes #4 15
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