Vuyk Engineering, an independent maritime design firm based in the Netherlands, specializes in offshore support and heavy transport vessels. Its work is centered on highly customized ship designs that require flexibility, coordination and the ability to manage complexity across disciplines.
For organizations working in this space, design environments must support continuous change while maintaining control and consistency. This is where SSI ShipConstructor plays a key role.
Designing Beyond Standardization
Many of the vessels Vuyk Engineering supports are one-off designs developed around specific operational requirements. These projects involve unique geometry, evolving technical inputs and ongoing coordination between structural, outfitting and systems disciplines.
In this context, maintaining a connected model is critical. Design teams need to ensure that decisions remain aligned as complexity increases and requirements evolve.
“These conditions require tools that can adapt to an iterative design approach rather than forcing a fixed workflow,” said John Bogaert, Structural Engineer and Application Manager at Vuyk Engineering. “ShipConstructor enables us to maintain digital continuity from early design stages through to detailed engineering, which is critical for unique vessel concepts.”
A Shipbuilding-Centric Design Environment
Vuyk applies ShipConstructor as the foundation of its model-based workflow, using the platform to iterate on an initial design and develop structural and outfitting design within a unified, shipbuilding-focused environment.
Because ShipConstructor is purpose-built for marine production, it enables teams to work concurrently while maintaining alignment across disciplines. Complex geometries can be developed and refined within a single model, allowing engineering inputs to evolve without fragmenting the design.
“For highly specialized vessels, managing complexity across disciplines is one of the key challenges,” said Nicky Mayenburg, Manager of Ship Design at Vuyk Engineering. “ShipConstructor gives us a shipbuilding-focused environment where structure, outfitting and changes can be coordinated efficiently as the design evolves.”
Rather than enforcing a rigid process, the platform supports a design-led approach where iteration is expected and managed.
Maintaining Digital Continuity
Maintaining continuity between concept development and detailed engineering is a key requirement for Vuyk Engineering’s projects. As designs evolve, a consistent and reliable digital backbone ensures that updates propagate accurately and that the model remains a trusted reference point.
By working within ShipConstructor, Vuyk can coordinate multidisciplinary inputs, manage design evolution and prepare outputs that support downstream engineering and production readiness.
“Our projects are typically one-off designs, which means flexibility in the design and engineering process is essential,” said Rinus de Vries, Manager Ship Design at Vuyk Engineering. “ShipConstructor supports the way we work by allowing us to develop and refine complex designs while maintaining consistency and control throughout the model.”
Enabling One-Off Innovation
Highly specialized vessels are rarely repeatable, and each design presents its own set of challenges.
The combination of Vuyk Engineering’s expertise in customized maritime solutions and ShipConstructor’s shipbuilding-specific capabilities supports a workflow where innovation remains practical and executable.
As project complexity continues to grow, design environments grounded in shipbuilding-native tools help ensure that teams can respond to changing requirements while maintaining engineering integrity.
About Vuyk Engineering
Vuyk Engineering is an independent maritime design company headquartered in the Netherlands. The firm specializes in offshore support, heavy transport, and customized vessel concepts, delivering engineering solutions for complex maritime applications worldwide.
About SSI
SSI develops software solutions for the global shipbuilding and offshore industry. Its ShipConstructor platform supports the design, engineering, and production of complex marine projects through integrated, model-based workflows tailored specifically to shipbuilding.