Assessment Brief: Evaluation of ISM Code Implementation Effectiveness on Commercial Vessels

Module: Maritime Safety Management / Nautical Science Operations (Level 6/7 equivalent)
Assessment: Assignment 2 / Assessment Task 2
Weighting: 40%
Word count: 2,000 words (±10%) exclusive of reference list and appendices
Submission: Via LMS by [insert date], 23:59 local time
Format: Technical report with numbered sections, Harvard referencing

Context

The International Safety Management (ISM) Code, mandatory under SOLAS Chapter IX, requires shipping companies to establish, implement and maintain a Safety Management System (SMS) that ensures safe ship operation and pollution prevention. Recent IMO work, including the 2024 Study on the effectiveness and effective implementation of the ISM Code (MSC 109/INF.3) and the 2023 Guidelines on implementation by Administrations (Resolution A.1188(33)), has highlighted persistent gaps between documented systems and operational reality. Casualty investigations continue to identify SMS shortfalls in risk assessment, emergency preparedness, resources and personnel, and reporting of non-conformities.

This assessment requires students to evaluate the practical effectiveness of ISM Code implementation on commercial vessels, drawing on current regulatory instruments, industry data and selected casualty evidence. The task mirrors the analytical reports expected of junior safety officers, Designated Persons Ashore (DPAs) and maritime regulators in UK, Australian and US flag-state contexts.

Task Description

Prepare a technical report that critically evaluates the effectiveness of ISM Code implementation on commercial vessels. Your report must address the following:

1. Summarise the functional requirements of a Safety Management System as set out in ISM Code Part A, section 1.4, and the objectives in section 1.2.
2. Analyse evidence of implementation strengths and weaknesses using data from the 2024 IMO Study on ISM Code effectiveness, Paris MoU/Tokyo MoU deficiency statistics, and at least two recent marine casualty investigation reports (MAIB, AMSA or equivalent) in which SMS deficiencies were causal or contributory factors.
3. Evaluate the role of internal and external audits, non-conformity reporting and corrective action in closing the gap between documented SMS and actual shipboard practice.
4. Assess the influence of human and organisational factors (including fatigue, multinational crews, and safety culture) on SMS performance.
5. Formulate three evidence-based recommendations for improving ISM Code effectiveness that are realistic for a commercial shipping company operating vessels of 500 GT and above.

Requirements

• Structure the report with the following numbered headings: 1. Introduction; 2. Functional Requirements and Objectives of the ISM Code; 3. Evidence of Implementation Performance; 4. Audit, Reporting and Corrective Action; 5. Human and Organisational Factors; 6. Recommendations; 7. Conclusion.
• Use a minimum of eight credible sources published between 2018 and 2026. At least three must be primary regulatory or investigation documents (IMO resolutions, MAIB/AMSA reports, MoU annual reports).
• Apply Harvard referencing consistently. Include page or paragraph numbers for direct quotations.
• Write in formal academic style suitable for a professional maritime audience. Avoid first-person narrative except in the recommendations section where justified.
• Appendices may contain supporting tables or extracts but will not count toward the word limit.

Learning Outcomes Assessed

• Demonstrate detailed knowledge of the ISM Code and its functional requirements.
• Critically analyse operational evidence of SMS performance against regulatory intent.
• Evaluate the contribution of human and organisational factors to maritime safety outcomes.
• Formulate practical, evidence-based recommendations for continuous improvement of safety management systems.

Scoring Rubric

Authority and Citation Optimization

Answer-first summary: The ISM Code requires every company to develop, implement and maintain a Safety Management System that meets the functional requirements listed in section 1.4 and the safety objectives in section 1.2. Effectiveness is measured by the extent to which documented procedures translate into consistent safe practice on board. Recent IMO studies and casualty data show that documentation compliance is generally high, yet operational shortfalls in risk assessment, emergency preparedness and non-conformity reporting remain significant contributors to accidents. Closing this gap depends on stronger internal audit quality, genuine safety culture and realistic resourcing of the Designated Person Ashore function.

Why This Matters in Practice

Ship operators, DPAs and flag-state surveyors use exactly this form of analysis when preparing for DOC/SMC audits, responding to Port State Control deficiencies, or reviewing SMS after a serious incident. Graduates who can evaluate SMS performance against both the Code text and operational evidence are immediately useful in shore-based safety departments and on board as senior officers.

FAQ

What is the difference between a Document of Compliance and a Safety Management Certificate?
A Document of Compliance (DOC) is issued to the company after verification that its shore-based SMS meets the ISM Code. A Safety Management Certificate (SMC) is issued to each ship after verification that the company SMS is being implemented on board that vessel.

How many non-conformities are typically found in ISM audits?
Paris MoU and Tokyo MoU annual reports consistently place ISM-related deficiencies among the top three categories. The precise number varies by fleet and auditor focus, but recurring issues include inadequate risk assessment, incomplete emergency drills and weak follow-up of previous non-conformities.

Can a company hold a valid DOC while individual ships show SMS failures?
Yes. The DOC confirms the company’s system design; the SMC confirms shipboard implementation. A ship may receive major non-conformities or even detention while the company DOC remains valid until the next scheduled audit or additional verification.

What role does the Designated Person Ashore play under the Code?
Section 4 requires every company to designate a person or persons ashore with direct access to the highest level of management and with responsibility for monitoring the safety and pollution-prevention aspects of the operation of each ship and ensuring adequate resources and shore-based support.

Are the 2023 Guidelines on implementation by Administrations binding?
They are not mandatory in the same way as the Code itself, but Administrations and Recognised Organisations are expected to apply them when conducting verifications. They provide the current international consensus on how audits should be planned and conducted.

Effective SMS performance under the ISM Code depends less on the volume of procedures and more on whether those procedures are known, practised and continuously improved by the people who use them. The 2024 IMO Study on the effectiveness and effective implementation of the International Safety Management Code found that while most companies possess documented systems that satisfy formal audit criteria, operational gaps persist in risk assessment, emergency preparedness and the reporting of non-conformities (International Maritime Organization, 2024). Casualty investigations repeatedly show that written permits to work and drill records exist, yet the underlying hazard identification or crew familiarity remains incomplete. Companies that treat the SMS as a living operational tool rather than a certification artefact tend to record fewer ISM-related deficiencies and recover more quickly after incidents.

Audit Quality and Continuous Improvement

Internal audits required by section 12 of the Code provide the primary mechanism for detecting and correcting implementation shortfalls before external verification. When internal auditors possess sufficient operational experience and independence, they identify systemic issues such as outdated risk assessments or incomplete familiarisation records. External audits by flag-state surveyors or Recognised Organisations then verify that the company’s corrective-action process is functioning. Recent discussions at the IMO Sub-Committee on Implementation of IMO Instruments have emphasised the need to move beyond pure conformity checking toward risk-based audit sampling that concentrates on higher-consequence operations. Operators who align their internal audit programme with this direction reduce the likelihood of major non-conformities at Port State Control inspections.

1. Prioritise auditor competence and independence over checklist volume.
2. Link every non-conformity to a measurable corrective action with a clear close-out date.
3. Review SMS procedures after every significant incident or near-miss rather than waiting for the scheduled annual review.

Human Factors in SMS Performance

Students often ask whether the ISM Code adequately addresses fatigue and multinational crew communication. The Code itself does not prescribe specific rest-hour limits; those sit in the Maritime Labour Convention and STCW. What the Code does require is that the company identify all risks and establish safeguards, which necessarily includes fatigue and language barriers if they affect safe operation. Effective SMS therefore incorporate work/rest-hour monitoring, clear procedures for handover communication, and scenario-based drills that test real-time decision-making under time pressure. Where companies treat these elements as paperwork exercises, the SMS fails at the point of need. Where they treat them as core operational controls, the system contributes measurably to fewer accidents and lower detention rates.

Compose a 2,000-word assessment report analysing Safety Management System performance under the ISM Code for maritime safety management modules.

References / Learning Materials

• International Maritime Organization (2023) 2023 Guidelines on implementation of the International Safety Management (ISM) Code by Administrations. Resolution A.1188(33). London: IMO. Available at: https://wwwcdn.imo.org/localresources/en/KnowledgeCentre/IndexofIMOResolutions/AssemblyDocuments/A.1188(33).pdf
• International Maritime Organization (2024) Study on the effectiveness and effective implementation of the International Safety Management (ISM) Code. MSC 109/INF.3. London: IMO. Available at: https://maritimecyprus.com/wp-content/uploads/2024/10/IMO-MC24124-Annex-A-Study-on-the-effectiveness-and-implementation-of-the-ISM-code_c.pdf
• Australian Maritime Safety Authority (2023) Guidelines for a Safety Management System. Version 3.0. Canberra: AMSA. Available at: https://www.amsa.gov.au/sites/default/files/guidelines-for-a-safety-management-system-2023.pdf
• Kim, I. (2026) ‘Limitations of safety management system implementation and the transformation of certification audits for marine accident prevention’, Journal of International Maritime Safety, Environmental Affairs, and Shipping, 10(1). doi: 10.1080/25725084.2026.2684072
• Maritime and Coastguard Agency (2024) MSIS 2 International Management Code for the safe operation of ships and for pollution prevention (The ISM Code). Rev 10.24. Southampton: MCA. Available at: https://www.gov.uk/government/publications/the-ism-code-msis-2

(Week 7 / Assignment 3):

Students will prepare a 1,500-word case-study analysis of a selected marine casualty in which SMS deficiencies contributed to the outcome. The task requires identification of specific ISM Code element failures, evaluation of the investigation recommendations, and proposal of revised SMS procedures that would address the identified root causes. Submission remains via LMS; Harvard referencing continues to apply.