Ship design does not work the way a car is designed, and the software that manages it should not pretend otherwise. A vessel carries functional systems, spatial zones, manufacturing blocks, and project structures that all describe the same physical object from different angles. Generic product lifecycle management tools, which were designed primarily for automotive and discrete manufacturing, struggle to hold that com-plexity together. This results in data scattered across systems, manual approvals, and teams duplicating work that was already done somewhere else.
CADMATIC Wave was built to address this challenge. The platform connects engineering, procurement, and operations data, document workflows, and project management in a single environment structured around the way ships are designed and built.
Design data can be viewed through functional, spatial, manufacturing, or project lenses, all linked to the same underlying items and tags. That connected structure, a single digital thread running through the ves-sel’s lifecycle, means less time chasing the current version of a document and more time acting on it.
Early adopters signal a broader shift
The appetite for a purpose-built solution for shipbuilding is gaining momentum. Ulstein, the Norwegian ship design and shipbuilding group, has selected Wave for product lifecycle management. Meyer Werft Turku is replacing its current document management system with Wave and on the new Polarstern research vessel project, managed by TKMS GmbH through design partner Elomatic, Wave is already live, with over 100 engineers working on the platform.
Each of these decisions reflects that a system designed for another industry will always require worka-rounds when applied to shipbuilding. Wave removes those workarounds by starting from the structure of ship data, not adapting away from it.
Design teams get time back
In practice, Wave gives engineering teams a single place where design data feeds directly into workflows and approval processes. When a document is updated, the people who depend on it see that. Production teams can see the maturity status of design information before committing resources. Design partners working across different organizations share one consistent process for creating, developing, and accessing data, rather than exchanging files between mismatched systems.
For naval applications, where fleet operators need reliable technical records long after delivery, that same structure supports in-service documentation and lifecycle traceability without additional manual effort.
