Shipbuilders are under pressure to deliver more innovative, sustainable vessels in less time without sacrificing quality or increasing risk. With deep Siemens expertise, we help marine organizations connect people, processes and engineering disciplines using Siemens’ integrated ship design and engineering solutions to create a more collaborative, future-ready approach to vessel development.
Unify multidisciplinary design. Bring structural, mechanical, electrical, piping, HVAC, cable routing and production disciplines into one connected engineering environment instead of relying on disconnected specialist tools.
Build around a comprehensive digital twin. Connect engineering information across the vessel lifecycle so teams can work from consistent data, understand dependencies and make better-informed decisions earlier.
Validate performance earlier. Incorporate optimization studies, hydrostatics, computational fluid dynamics (CFD) and finite element analysis (FEA) into development to identify issues before they create downstream rework.
Connect engineering and manufacturing. Give production teams earlier visibility into design intent and use finalized engineering data to support more efficient production and manufacturing planning.
Scale with Siemens Xcelerator. Extend design, simulation, manufacturing and IoT capabilities through a flexible Siemens Xcelerator environment designed to support collaboration, accessibility and scalability.
Siemens’ multidisciplinary approach brings design tools, engineering disciplines and production information together in a collaborative environment. With the right Siemens expertise behind the implementation, shipbuilders can move faster while reducing engineering risk and improving continuity from concept through production.
Integrate design tools across teams and engineering domains so naval architecture, structures, mechanical and electrical disciplines can develop optimized designs in a shared environment.
Improve visibility across systems and use integrated analysis to reveal potential design errors or incompatibilities before they lead to costly downstream changes.
Better-connected engineering data and processes help minimize the risk of rework, schedule delays, cost overruns and quality issues.
Maintain continuity from concept and detailed engineering through production, helping manufacturing teams understand design intent and prepare for execution sooner.
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“Before using NX, we were struggling to design and develop two new models per year. Now… we are introducing between three and five new models per year.”
— Sunseeker
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