Where Shipyard Schedules Actually Break
Shipbuilding projects fail to meet delivery schedules. This is a well-documented industry reality: naval construction programs routinely experience delivery delays, cost overruns, and schedule extensions. The causes are studied extensively.
The engineering problems get the most attention — material specification issues, design changes, construction quality challenges. These are real. They’re also not where the majority of schedule time is lost.
Where schedule time actually disappears is in the coordination layer: the gap between what the production plan says is ready and what is actually ready. The structural module that’s fabricated but hasn’t been moved to the staging position the work package assumed it would be in. The Government Furnished Equipment item that was delivered to receiving 10 days ago and is somewhere in the laydown area. The prerequisite work that’s 85% complete, not 100% complete, when the next work package is scheduled to start.
Finding and resolving these coordination gaps requires information that most shipyards don’t have in real time: where physical items actually are, what the true completion status of prerequisite work is, and which scheduled work packages have the resources they actually need.
ArgusIQ provides that information.
The Three Coordination Failures That Consume Schedule
1. Module Location Gaps
A structural module — a fabricated hull section, a deckhouse unit, a machinery raft — moves through a production sequence across multiple locations in the shipyard. It starts in fabrication. It moves to outfitting. It stages for assembly. It lifts into position in the hull or superstructure.
At any point in this sequence, the production plan knows where the module should be. The module is where it actually is, which may or may not match the plan.
When a crane crew, a work package team, or a production supervisor needs to find a specific module, they make radio calls. They walk the laydown areas. In a large shipyard — hundreds of acres of laydown, fabrication shops, outfitting halls, drydocks — finding a module that isn’t where the production system expects it can consume hours.
ArgusIQ solution: BLE tags attached to structural modules, zone readers at production area transitions. Every module has a current zone location in ArgusIQ Asset Hub. When a module leaves fabrication and arrives in outfitting staging, the zone transition is logged automatically. The production planner and the work package team can see, in the ArgusIQ Space Hub floor plan view, where every tagged module currently is — without radio calls.
2. Government Furnished Property Accountability
For defense shipbuilders — shipyards building naval vessels under government contracts — Government Furnished Property (GFP) represents a distinct accountability requirement. GFE (equipment), GFM (material), and GFI (information) received from the government must be tracked from receipt to installation under FAR Part 45 and DoD property accountability requirements.
The documentation requirements are clear: receipt records, current location, condition, transfer records, and physical inventory at government-specified intervals. The operational challenge is maintaining that documentation in a shipyard where GFP items may sit in laydown for weeks before the work package that needs them is active.
ArgusIQ solution: Every GFP item receives an Asset Hub record on receipt — contract line item number, government property tag number, acquisition cost, receiving documentation. BLE or RFID tags provide location tracking. Unauthorized zone alerts fire when GFP items approach facility exits. Inventory events are conducted with handheld readers that reconcile against the Asset Hub record, generating the documentation the government property management system requires.
3. Work Package Readiness Gaps
A work package in a production system has defined prerequisites: materials received and located, prerequisite work complete, equipment and tooling available, work area accessible. When a work package is scheduled to start, the production system assumes all prerequisites are met.
They often aren’t. The prerequisite weld is complete by the system record but actually at 85% and needs one more session. The material was received but is in a different location than the work package assumes. The specialized tooling is signed out to a different work package that’s running long.
Without real-time status on prerequisites, work packages start late, stop for materials, or get displaced by packages that do have their prerequisites ready — creating a rippling cascade of schedule disruption.
ArgusIQ solution: Prerequisite conditions linked to work orders in ArgusIQ CMMS. Each prerequisite — a module arriving at its position, a material being logged as ready, a prior work order being closed — is tracked in ArgusIQ. A work package cannot be marked “ready to start” until its prerequisite conditions are met in the system. The work package queue shows which packages are actually ready and which are waiting on specific prerequisites, giving production managers accurate information for scheduling decisions.
The Shipyard in ArgusIQ: What Operations Teams See
The Yard Map
ArgusIQ Space Hub provides a yard-scale geospatial view: fabrication buildings, outfitting areas, staging zones, drydocks, piers, laydown areas. Every tagged structural module appears on the map with its current zone and the work package that needs it next. Every active work package appears with its current status.
Production supervisors can see, from the Space Hub view, which work packages are currently active in which zones, which structural modules are waiting for a work package to reach them, and which modules are in the wrong zone for their current production sequence position.
Radio calls to find modules drop dramatically when the yard map shows where they are.
The Asset Record
Every major asset in the shipyard — structural modules, government furnished equipment, tooling, cranes, rigging equipment — has an Asset Hub record. The record shows current location, condition status, work package history, and any open issues.
When a crane crew signs out a specialized rigging set, the tool record logs the checkout. When a module moves from outfitting to assembly staging, the zone transition updates the record. When GFP is installed in the hull, the installation event closes the location tracking record and creates the installation documentation.
The Work Order Queue
ArgusIQ CMMS presents the work order queue with real-time prerequisite status. Production planners can see which packages are ready, which are waiting on specific conditions, and which have work in progress. When a prerequisite changes state — a module arrives, a prior work order closes, material is staged — the work packages waiting on that prerequisite are automatically updated.
The shift supervisor no longer has to manually verify that each scheduled work package actually has what it needs before assigning it to a crew.
Confined Space Entry: Safety Documentation That Doesn’t Require Paper
Shipyard confined spaces — double bottom tanks, void spaces, ballast tanks, cable runs — require documentation for every entry: entrant identity, entry time, atmospheric test results, standby personnel, and exit confirmation.
Paper-based confined space entry logs introduce risk: logs aren’t always completed accurately under production pressure, and the location of a specific log at the time of a rescue emergency may be unclear.
ArgusIQ provides BLE-based confined space entry tracking. A BLE reader at each confined space entry point detects BLE tags worn by entrants. Entry and exit events are logged automatically to the space’s record in ArgusIQ. If an entrant has been in a confined space beyond the permitted duration without an exit log, an alert fires to the safety supervisor.
The documentation is automatic. The alert is proactive. The paper log becomes a backup to the digital record rather than the primary documentation.
Security and Compliance for Defense Shipbuilders
Defense shipbuilders operate under security requirements that affect how ArgusIQ is deployed:
On-premises deployment: ArgusIQ is deployed on infrastructure within the shipyard network — no production data, GFP records, or hull configuration information transmits to external cloud services.
ITAR compliance: Role-based access control limits data access to personnel with appropriate authorization. The system does not expose hull configuration, technical data, or government contract information to users without the appropriate access level.
Network isolation: ArgusIQ runs on an isolated operational technology network segment, separate from the corporate IT network and the internet.
Audit trail: All access events, data changes, and GFP movements are logged in an immutable audit trail available to the government Property Administration Officer.
Starting the Deployment
ArgusIQ shipyard deployments typically start with one of two entry points:
GFP accountability: The compliance requirement creates urgency, the scope is defined by the government contract, and the value is immediately measurable. A GFP-focused deployment provides the Asset Hub and CMMS foundation for the broader production tracking deployment.
Module tracking for a specific vessel: Tracking structural modules for a specific hull in construction provides focused scope and measurable impact on one project’s schedule before expanding to yard-wide deployment.
Both entry points build the same foundation. The yard map and asset records that support GFP tracking also support module location. The work order system that documents GFP installation also manages maintenance and work packages. The infrastructure investment compounds as the use cases expand.
Talk to our team about ArgusIQ for your shipyard operation.