The Connected Shipyard: How Shipyard ERP Creates One Digital Operating System for Every Stakeholder

A modern shipyard is not an island. Instead, it is a multi-enterprise project ecosystem.

 

For example, a shipbuilding, conversion, refit or ship repair project can involve the shipyard, shipowner, ship manager, naval architects, classification society, equipment suppliers, subcontractors, banks, insurers, agents, consultants and other specialist contractors.

 

The challenge is therefore bigger than digitizing the shipyard itself.

 

Rather, the real challenge is connecting these stakeholders around one controlled version of project reality.

 

That is the idea behind the Connected Shipyard.

 

What is a Connected Shipyard?

 

A Connected Shipyard is a shipyard in which internal departments and authorized external stakeholders collaborate through a controlled digital environment built around the same vessel, scope, schedule, cost, documents, approvals, changes and commercial transactions.

 

It goes beyond conventional digital shipyard technology by connecting not only engineering and production, but also procurement, subcontracting, cost control, contracts, financials, documentation and stakeholder workflows.

 

As a result, an industry-specific Shipyard ERP becomes more than a back-office system.

 

In effect, it becomes the digital operating system of the shipyard ecosystem.

 

Why is collaboration so difficult in shipbuilding and ship repair?

 

After all, shipbuilding is inherently project-centric and engineer-to-order.

 

IFS describes modern shipbuilding and ship repair as project-centric, engineer-to-order and asset-intensive, requiring coordination across estimating, engineering, procurement, production, project financial control and asset management.

 

Shipbuilding ERP

 

The problem becomes even more complex because the organizations involved do not necessarily operate inside the same information systems.

 

• For example, the naval architect may work within design applications.
• Meanwhile, the shipyard planning department may work in scheduling software.
• Procurement communicates with hundreds of vendors.
• At the same time, subcontractors execute specialized packages.
• The classification society reviews designs and compliance information.
• In addition, the shipowner monitors progress, variations, milestones and delivery.
• Finance monitors commitments, invoices and cash flow.
• However, management wants to know something much simpler:

 

Where does this vessel actually stand today — operationally, commercially and financially?

 

When these stakeholders work from disconnected systems, spreadsheets, emails and document repositories, the organization may have plenty of digital tools while the project itself remains fragmented.

 

Digital Shipyard vs. Connected Shipyard: What is the difference?

 

The digital shipyard is, in fact, already becoming an established industry concept.

 

For instance, Siemens describes digital ship construction around the integration of product lifecycle management, manufacturing operations management and enterprise resource management.

 

Digital Ship Construction

 

In 2026, Siemens and HD Hyundai announced an integrated digital shipbuilding platform intended to manage the shipbuilding process as a single data flow across global shipyard facilities.

 

Integrated Digital Shipbuilding Platform

 

Their expanded initiative also describes a digital thread connecting engineering, manufacturing, suppliers and shipyard operations.

 

AI-Powered Digital Shipyard

 

CADMATIC similarly defines a digital shipyard around connected shipbuilding data, people and processes from engineering through planning and production.

 

Digital Shipyard

 

SSI, likewise, focuses on the digital thread between engineering, planning, procurement and production through trusted engineering information.

 

Shipbuilding PLM

 

Clearly, these are important developments.

 

But there is another layer.

 

Yet a vessel is not only designed and produced.

 

In addition, it is estimated, contracted, budgeted, procured, subcontracted, inspected, certified, invoiced and financially controlled.

 

The Connected Shipyard therefore extends the digital thread into the commercial and operational reality of the vessel project.

 

Who needs to collaborate in a Connected Shipyard?

 

For example, consider a typical vessel project.

 

• A shipowner or ship manager needs visibility into agreed scope, progress, milestones, variations, inspections and delivery.
• Meanwhile, a naval architect needs controlled exchange of drawings, revisions and technical information.
• Similarly, a classification society needs access to the appropriate technical and compliance information. The Open Class 3D Exchange standard, for example, specifically aims to enable digital collaboration between shipyards, designers and classification societies.

 

Digital Classification Collaboration / OCX

 

• Suppliers and subcontractors need RFQs, specifications, purchase orders, work packages, deliveries, certifications and payment workflows.
• Finally, banks and insurers may require controlled project information related to progress, risk, milestones, assets and contractual obligations.

 

The critical point is this:

 

In other words, collaboration does not mean giving everybody access to the ERP.

 

Instead, it means giving every authorized stakeholder access to the right information, transaction or approval at the right time. Access follows their contractual relationship and role.

 

What should a Connected Shipyard workflow look like?

 

The digital chain should be traceable:

 

Design Revision → Work Package → Budget → Procurement → Supplier → Material → Yard Activity → Labor → Subcontractor → Inspection → Progress → Cost → Variation → Certification → Invoice → Cash Flow

 

In practice, every step changes the reality of the vessel project.

 

If these processes operate independently, management keeps reconciling different versions of reality.

 

By contrast, if they are connected, each transaction contributes to the same project control model.

 

That is the architectural principle behind ProjectVIEW ERP for Shipbuilding and Ship Repair.

 

How does ProjectVIEW ERP create a Connected Shipyard?

 

ProjectVIEW ERP serves project-driven industries specifically, including shipbuilding, ship repair, conversions, alterations, dry-docking and marine fabrication.

 

Rather than treating the ERP simply as the financial back office, ProjectVIEW connects yard and office operations around the vessel project.

 

Its underlying business logic associates:

 

Bill of Quantities (BoQ) ↔ Work Breakdown Structure (WBS) ↔ Cost Codes

 

with operational, commercial and financial processes.

 

ProjectVIEW Shipbuilding Software Suite

 

This creates a common project structure connecting activities such as:

 

Estimation & Tendering → Budgeting → Procurement → Materials → Production → Subcontractors → Machinery → HR & Labor → Accounting → Payables → Receivables → Project Cost Control

 

Instead of asking departments to periodically reconcile what happened, ProjectVIEW connects each event to where, why, when and at what cost it happened.

 

Why are stakeholder portals important for shipyards?

 

The Connected Shipyard should not force shipowners, suppliers or subcontractors into the shipyard’s internal ERP environment.

 

Therefore, a better architecture is controlled Intranet + Extranet collaboration.

 

ProjectVIEW supports purpose-specific applications, portals and role-based access so external stakeholders can interact with the relevant ERP processes. Meanwhile, the shipyard retains governance over the core system.

 

For example:

 

• A supplier can interact with procurement-related information.
• Similarly, a subcontractor can work against its contractual scope.
• A shipowner can receive controlled visibility into relevant vessel information.
• In addition, project participants can exchange documents and approvals.
• Management maintains the transactional and audit trail behind those interactions.

 

However, the objective is not unrestricted information sharing.

 

Rather, it is controlled transparency.

 

Why is a Common Data Environment not enough?

 

A Common Data Environment (CDE) is essential for drawings, documents, revisions, quality records and controlled information exchange.

 

ProjectVIEW itself provides stakeholder document-management capabilities designed to securely distribute documents, control versions, monitor changes and support compliance.

 

Stakeholder Common Data Environment

 

But a document does not tell the whole commercial story.

 

For example, a drawing revision may affect:

 

quantity → material → purchase order → subcontract scope → production activity → schedule → budget → variation → invoice → margin.

 

This is why the next stage of shipyard digitalization must connect the CDE with ERP business logic.

 

In short, the shipyard does not merely need a single source of documents.

 

It needs a single source of project truth.

 

What is the role of ERP in the digital shipyard?

 

PLM, CAD, 3D modelling and specialist shipbuilding applications remain critical.

 

However, the goal should not be to replace every specialist application with ERP.

 

Instead, the goal is to orchestrate them.

 

ProjectVIEW can integrate with shipbuilding and planning technologies including Maxsurf, ShipConstructor, Oracle Primavera P6 and Microsoft Project, allowing specialist engineering and scheduling environments to coexist with an integrated enterprise control platform.

 

Shipbuilding ERP Integration

 

This suggests an important architectural distinction:

 

First, engineering systems describe what the yard must design and build.

 

Planning systems describe when it should happen.

 

Finally, ProjectVIEW ERP controls how execution affects resources, procurement, contracts, cost, financials and profitability.

 

Together, these systems can form the digital backbone of the Connected Shipyard.

 

Why will this matter even more with AI?

 

Artificial Intelligence makes integration more important, not less.

 

For example, an AI agent working with fragmented or contradictory project data can only automate fragmentation faster.

 

An AI-enabled shipyard therefore needs more than access to documents.

 

It needs structured business context:

 

What vessel? What WBS activity? What BoQ item? What supplier? What contract? What approved budget? What actual cost? What progress? What variation? What approval status?

 

ProjectVIEW’s broader strategy combines the transactional and process foundation of ProjectVIEW ERP with an intelligence and automation layer through ProjectVIEW AI.

 

ProjectVIEW OS — ERP + AI

 

That foundation matters because meaningful industrial AI requires business context.

 

The future is therefore unlikely to be simply an AI-powered shipyard.

 

Instead, it will be an AI-powered Connected Shipyard.

 

The Connected Shipyard: A New Management Model

 

The competitive question for shipyards is changing.

 

It is no longer simply:

 

“How many of our processes have we digitized?”

 

Accordingly, a better question is:

 

“How much of our vessel project reality is actually connected?”

 

• Engineering.
• Planning.
• Procurement.
• Production.
• Subcontractors.
• Shipowners.
• Suppliers.
• Class.
• Commercial management.
• Cost.
• Finance.
• Documents.
• Approvals.
• Changes.

 

When these remain disconnected, digitalization creates islands.

 

When they operate against the same project structure and controlled business logic, the shipyard becomes an integrated enterprise.

 

That is the Connected Shipyard.

 

 

Explore ProjectVIEW ERP for Shipbuilding & Repairs

 

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Related Resources

Shipyard Management Software & Shipbuilding ERP · Ship Repair Management Software · Naval Shipbuilding ERP · ProjectVIEW ERP and NVIDIA Omniverse