The 8 essential features to evaluate in ship inspection software — from ITP-driven structure to AI reporting — plus how to run a trial that actually tells you if it works.
Why most generic tools fail at newbuilding inspection
When site supervision teams look for digital tools, they often start with what they already know: general-purpose project management software (MS Project, Primavera), quality management systems designed for manufacturing (iAuditor/SafetyCulture, QualityOne), or simple shared spreadsheets. These tools can capture data, but they were not designed for the specific workflows of newbuilding ship construction.
Newbuilding inspection has unique characteristics that generic tools cannot handle natively. The ITP (Inspection and Test Plan) is the backbone of all inspection work — it defines what gets inspected, when, and by whom. Pipe tracking requires automatic status categorisation (ACC/REJ/Pending) across thousands of individual joints. The class witness loop has its own lifecycle (Requested → Scheduled → Witnessed → Approved) that must be tracked per hold point. And the monthly inspection report must synthesise all of this data into a coherent narrative.
A tool that cannot handle these workflows natively forces the team to build workarounds — custom spreadsheets alongside the "official" system — which defeats the purpose of going digital.
The 8 essential features to evaluate
1. ITP-driven inspection structure: Can you define and track inspections by department, item, and activity as defined in your actual ITP? 2. Pipe tracking with automatic categorisation: Does the system categorise pipes as Accepted, Rejected, or Pending automatically based on inspection results, with real-time counts? 3. Class witness loop management: Can you track hold points through the full lifecycle — from request to class approval — with notifications and status dashboards?
4. Automated reporting: Can the system generate monthly inspection reports, or does your team still write them manually? Look for AI-powered report generation that uses your actual inspection data. 5. Offline capability: Shipyard connectivity is notoriously unreliable. Can your team record inspections when there is no network, with automatic sync when connectivity returns? 6. Photo and document attachment: Can photos be attached to individual inspections and automatically included in reports?
7. NCR management: Is there a dedicated non-conformity tracking workflow with severity classification, root cause analysis, corrective actions, and verification? 8. Multi-project support: If you supervise builds at multiple yards, can the system manage separate projects while giving you a consolidated overview?
Running a meaningful trial
A 7-day trial is standard in the industry, but most teams waste it by only clicking through the interface. To get real value from a trial, bring your actual ITP from a current or recent project and set it up in the system. Enter real inspection data — even if it is historical — and see how the system handles your workflow. Try generating a report from the data you entered. Test the pipe tracking with a real spool list.
The trial should answer three questions: (1) Does the system match the way my team actually works at the yard? (2) Is the learning curve manageable — can my inspectors be productive within the first week? (3) Does the report output meet my client's quality expectations?
ShipInspect Pro offers a free 7-day trial with full access to every feature, including AI report generation. Set up your ITP, enter your data, and generate a report — in 7 days you will know if it fits your operation. Start at shipinspectpro.com.
See ShipInspect Pro in action
Request a free 7-day trial with sample data and see how it fits your newbuilding project.