Look across enough SIRE 2.0 reports and a pattern becomes obvious fast: the same handful of areas generate a disproportionate share of negative observations, inspection after inspection, fleet after fleet. This lesson is the pattern itself — the top recurring findings, why they keep happening, and what actually prevents them.
What You'll Learn in This Lesson
- Why most SIRE 2.0 observations are repeat findings, not one-off surprises
- The difference between an isolated issue and a systemic one — and why that distinction changes your response
- The top 20 recurring findings, with risk, related PIF, and prevention for each
- How to run a proper root cause analysis instead of stopping at "crew error"
- A department-by-department prevention matrix your fleet can act on directly
Why Most Observations Are Repeat Findings
SIRE 2.0 generates a large volume of data across tens of thousands of inspections a year, and OCIMF aggregates it. What that aggregated picture consistently shows is that negative observations cluster around a relatively small set of recurring themes — permit-to-work discipline, documentation gaps, human factors around routine procedures — rather than being spread evenly across every possible deficiency. Early SIRE 2.0 data even pointed to specific, named weak spots: defect-reporting procedures and enclosed-space entry familiarity were flagged repeatedly across initial inspection rounds.
That clustering matters for how an operator should think about prevention. If observations were random, there'd be little to do beyond generic diligence. Because they're not random, targeted preparation on the highest-frequency areas delivers a disproportionate reduction in total observations for the effort invested.
Isolated Issue vs Systemic Issue
Not every finding means the same thing. An isolated issue is a one-off — a single crew member's gap, a single piece of equipment that slipped through maintenance. A systemic issue is the same gap showing up across multiple crew members, multiple vessels, or multiple inspections, which points to a condition in training, documentation, or process rather than an individual. Treating a systemic issue as if it were isolated is one of the most common — and most expensive — mistakes operators make after a poor inspection.
The Top 20 Recurring Findings
The table below reflects the areas IMT sees generating negative observations most consistently across SIRE 2.0 inspections:
| # | Finding | Risk | Related PIF | Prevention |
|---|---|---|---|---|
| 1 | Permit-to-Work gaps | Uncontrolled hazardous work | Procedure accessibility | Cross-check permits against logged activity weekly |
| 2 | Risk assessment quality | Generic RAs miss real hazards | Custom & practice | Require task-specific RAs, reviewed before each job |
| 3 | Mooring practices | Injury, equipment failure | Team communication | Drill full mooring sequence with explanation, not just execution |
| 4 | Navigation procedure gaps | Grounding, collision risk | Safety criticality recognition | Passage plan reviews tied to actual voyage, not template |
| 5 | Bridge teamwork weaknesses | Missed cross-checks | Team communication | Bridge resource management drills under realistic load |
| 6 | Engine maintenance record gaps | Undetected equipment degradation | Procedure accessibility | Reconcile logs against planned maintenance system monthly |
| 7 | LOTO implementation | Serious injury during maintenance | Custom & practice | Practice full isolation sequence with reasoning, not just steps |
| 8 | PPE compliance | Preventable injury | Morale & motivation | Spot-check PPE use during routine rounds, not only drills |
| 9 | Enclosed space entry gaps | Fatality risk | Safety criticality recognition | Full entry procedure walk-through with atmosphere testing demonstration |
| 10 | Emergency drill quality | Slow real-emergency response | Stress & workload | Vary drill scenarios so responses aren't purely memorised |
| 11 | Defect & requisition reporting | Known defects left unresolved | Recognition of safety criticality | Confirm crew understand when a requisition is required, not just how to file one |
| 12 | Cargo system procedure gaps | Spill, overpressure risk | Procedure accessibility | Full handling sequence explained shore connection to discharge completion |
| 13 | Ullage/sounding equipment | Inaccurate cargo data | Workplace ergonomics | Weekly alarm testing with calibration certificates on file |
| 14 | Inert gas system deficiencies | Explosion risk | Human-machine interface | Maintain oxygen readings consistently logged below threshold |
| 15 | Ballast water documentation | Regulatory non-compliance | Procedure accessibility | Reconcile ballast records against actual operations before inspection |
| 16 | Tank cleaning procedure gaps | Cargo contamination | Custom & practice | Document and rehearse full cleaning sequence, not summary steps |
| 17 | SMS familiarity gaps | Inconsistent crew response | Procedure accessibility | Brief new joiners on SMS content specific to their role, not the whole manual |
| 18 | Communication log gaps | Missed handover information | Team communication | Audit radio and handover logs against actual watch changes |
| 19 | Firefighting equipment testing | Delayed emergency response | Workplace ergonomics | Log test intervals and cross-check against manufacturer schedule |
| 20 | Life-saving appliance servicing | Non-functional equipment in emergency | Human-machine interface | Confirm service certificates match physical equipment on inspection day |
Download the Top 20 Findings Checklist (PDF)
The complete findings table above, formatted as a printable pre-inspection audit checklist.
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A Real Inspection Scenario
Here's how a recurring finding actually plays out during an inspection:
Inspector: "Can you show me the requisition you filed for this defective valve?"
This is a textbook example of a preventable finding. The equipment issue itself wasn't the failure — the process gap around reporting it was. A five-minute clarification during onboarding would have closed this gap before the inspector ever asked the question.
Root Cause Analysis: Going Past "Crew Error"
The single biggest mistake operators make after a finding is stopping at "crew error" as the explanation. A proper root cause analysis goes further:
Applied to the requisition example above: the finding was a missing requisition. The immediate cause was the crew member not filing one. The underlying cause was that onboarding never explained when a requisition is mandatory. The related PIF is recognition of safety criticality. The corrective action isn't "remind the crew member" — it's updating the onboarding brief for every future crew member, so the same gap doesn't recur with the next rotation.
Prevention Matrix, by Department
| Department | Priority Actions |
|---|---|
| Bridge | Passage plan reviews tied to actual voyage; bridge resource management drills; communication log audits |
| Deck | Mooring and lifting equipment checks; permit-to-work reconciliation; PPE spot checks during routine rounds |
| Engine | Maintenance log reconciliation; LOTO drills with reasoning; critical spares inventory accuracy |
| Galley & Catering | Fire safety awareness in galley spaces; PPE compliance for hot-work adjacent tasks; hygiene documentation |
| Management/Shore | Onboarding brief updates from root cause findings; fleet-wide trend monitoring; DPA-level readiness reviews |
Need Fleet Training for Your Findings Trends?
Talk to an IMT compliance advisor about a root cause review across your fleet's recent SIRE 2.0 observations.
Contact an ExpertCommon Mistakes
- Closing out a finding with a verbal reminder instead of a documented process fix.
- Treating every finding as isolated, missing the systemic pattern across the fleet.
- Fixing the symptom (the missing requisition) instead of the underlying cause (the onboarding gap).
- Not tracking findings centrally, so the same root cause resurfaces on a different vessel months later.
Need Your Crew Prepared?
Enrol in the Complete SIRE 2.0 Programme, or talk to us about corporate training tailored to your fleet's most common findings.
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Everything to track, fix, and prevent recurring findings.
Frequently Asked Questions
Are SIRE 2.0 findings mostly random, or do patterns exist?
Patterns exist — a relatively small set of recurring themes, like permit-to-work discipline and defect reporting, account for a disproportionate share of negative observations.
What's the difference between an isolated and a systemic finding?
An isolated finding is a one-off gap; a systemic finding is the same gap recurring across crew members, vessels, or inspections — pointing to a process or training issue rather than an individual.
Why isn't "crew error" a sufficient explanation for a finding?
Because it stops the analysis before identifying the underlying cause — usually a gap in training, documentation, or process — that will keep producing the same finding until it's fixed.
Which finding was flagged most in early SIRE 2.0 data?
Defect and requisition reporting, and enclosed space entry familiarity, were both flagged repeatedly in initial inspection rounds following SIRE 2.0's introduction.
Who should own root cause analysis for a finding?
It should involve both the vessel (which has the operational context) and shore management (which can update onboarding, documentation, and fleet-wide training as a result).
Test Your Knowledge
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