Assignment Brief: Evaluation of ISM Code Implementation and Safety Culture Onboard Commercial Vessels

This assignment brief describes a coursework assessment for higher-education maritime programmes (maritime studies, nautical science, marine operations, maritime safety) in UK, US, Canadian and Australian universities. It is designed as a 2,000–2,500-word case-study report, focusing on the implementation of the International Safety Management (ISM) Code and its impact on safety culture onboard commercial vessels.

Module and Assessment Context

• Module: Maritime Safety Management / Shipboard Operations / Nautical Science
• Course Level: Undergraduate Year 3 or Master’s level
• Assessment Type: Individual Written Report (Case Study / Technical Report)
• Word Length: 2,000–2,500 words (±10%)
• Weighting: 40% of module mark
• Submission Format: PDF via institutional LMS (e.g., Moodle, Canvas, Blackboard)
• Referencing Style: APA 7th Edition

Learning Outcomes Assessed

By completing this assessment, students will demonstrate their ability to:

1. Critically evaluate the requirements of the ISM Code and their application in a real-world shipboard context.
2. Analyse the relationship between formal safety management systems and informal safety culture.
3. Apply risk-based thinking to identify gaps in ISM Code implementation and propose evidence-based improvements.
4. Communicate findings professionally in a structured technical report format suitable for maritime industry stakeholders.

Task Description

You are a junior safety officer employed by a shipping company operating a fleet of container vessels. Following a recent near-miss incident involving a container vessel in port, your manager has asked you to prepare a confidential internal report evaluating the effectiveness of the company’s ISM Code implementation and its impact on safety culture onboard.

Your report must:

• Select a real or plausible case study vessel (e.g., a container ship, bulk carrier, or tanker) and describe its operational profile, crew composition, and trading pattern.
• Summarise the key requirements of the ISM Code relevant to shipboard operations, including:
  • Safety and environmental protection policy
  • Designated person(s) ashore (DPA)
  • Shipboard safety management system (SMS)
  • Risk assessment and incident/near-miss reporting
  • Emergency preparedness and drills
• Evaluate how the ISM Code is actually implemented onboard your chosen vessel, drawing on:
  • Documentary evidence (e.g., SMS manuals, procedures, checklists)
  • Observed or reported practices (e.g., drills, toolbox talks, reporting culture)
  • Relevant accident/near-miss case studies or industry reports
• Analyse the safety culture onboard, considering:
  • Leadership and management commitment
  • Crew attitudes towards safety and reporting
  • Communication and feedback mechanisms
  • Evidence of “paper compliance” versus genuine safety engagement
• Identify at least three specific gaps or weaknesses in ISM Code implementation and/or safety culture.
• Propose practical, evidence-based recommendations to address these gaps, ensuring they are:
  • Aligned with ISM Code principles and industry best practice
  • Feasible within typical operational constraints (time, budget, crewing)
  • Supported by references to academic literature, IMO guidance, or industry standards

Report Structure

Your report should follow a standard technical report structure:

1. Executive Summary (approx. 200 words)
2. Introduction (context, objectives, scope)
3. Background (vessel profile, ISM Code overview)
4. Methodology (how you assessed implementation and culture)
5. Findings (description and evaluation of ISM implementation and safety culture)
6. Discussion (analysis of gaps, underlying causes, and implications)
7. Recommendations (specific, prioritised actions)
8. Conclusion
9. References (APA 7th)

Assessment Criteria and Scoring Rubric

The assignment will be marked out of 100, allocated as follows:

Criterion	Weight	Distinction (70–100%)	Merit (60–69%)	Pass (50–59%)	Fail (<50%)
Understanding of ISM Code and Safety Culture	25%	Comprehensive, accurate, and critical understanding of ISM Code requirements and safety culture concepts, with clear links to industry practice.	Good understanding of ISM Code and safety culture, with minor omissions or uncritical application.	Basic understanding of ISM Code and safety culture, but lacks depth or critical analysis.	Inaccurate or superficial understanding; key concepts misunderstood or omitted.
Analysis and Evaluation	30%	Sophisticated analysis of implementation gaps and safety culture; clear identification of root causes; well-supported by evidence.	Sound analysis with some depth; gaps identified but root causes not fully explored.	Descriptive rather than analytical; gaps identified but not well explained or supported.	Little or no analysis; description only; no clear evaluation of gaps.
Recommendations	20%	Practical, prioritised recommendations clearly linked to findings; evidence-based and feasible; aligned with ISM Code and industry best practice.	Relevant recommendations, but some may be generic, not fully prioritised, or weakly linked to findings.	Recommendations present but vague, impractical, or not clearly derived from analysis.	Recommendations missing, irrelevant, or not supported by analysis.
Structure and Professional Communication	15%	Well-structured report with clear logic flow; professional tone; excellent use of headings, tables, and figures where appropriate.	Generally clear structure; minor issues with flow or presentation.	Basic structure but may be disorganised in parts; language sometimes unclear.	Poor structure; difficult to follow; unprofessional tone.
Use of Sources and Referencing	10%	Wide range of high-quality, relevant sources; accurate APA referencing; citations integrated effectively.	Adequate range of sources; minor referencing errors.	Limited sources; referencing inconsistent or incorrect.	Insufficient or inappropriate sources; referencing absent or seriously flawed.

Sample Answer Excerpt

Onboard the container vessel M/V Pacific Endeavour, the ISM Code’s requirement for a documented safety management system (SMS) appears formally satisfied through comprehensive manuals and checklists. In practice, however, crew interviews and drill observations suggest that many procedures are treated as administrative tasks rather than operational safeguards. For example, pre-departure checklists are often completed retrospectively, reducing their effectiveness in identifying latent risks. The International Maritime Organization’s revised guidelines on ISM Code implementation emphasise that “the effectiveness of the SMS depends on the commitment of all levels of the organisation” (IMO, 2023), yet onboard leadership rarely reinforces this message during daily operations. This gap between documented procedures and actual practice indicates a safety culture that prioritises compliance over genuine risk control, potentially increasing vulnerability to human error during critical manoeuvres.

Deepening the Analysis of ISM Code Implementation

Further examination of the vessel’s near-miss records reveals that most reported incidents involve routine tasks such as cargo lashing and mooring operations, rather than complex navigation scenarios. This pattern aligns with broader industry findings that high-frequency, low-severity events often highlight systemic weaknesses in safety management systems. A study by Lützhöft et al. (2021) on safety culture in container shipping notes that crews frequently perceive SMS documentation as burdensome paperwork, leading to “procedural drift” where shortcuts become normalised. On M/V Pacific Endeavour, the absence of regular, meaningful feedback from shore management regarding incident reports may reinforce this perception. Without visible follow-up, crews are less likely to view reporting as a valuable safety activity, undermining the ISM Code’s emphasis on continuous improvement through incident analysis.

• Incident reporting rates remain low despite accessible electronic systems, suggesting underreporting rather than low risk exposure.
• Toolbox talks are often conducted hurriedly, with limited interaction or questioning from the crew.
• Drill scenarios rarely incorporate realistic human-factor challenges, such as fatigue or communication barriers.

Addressing Common Student Misconceptions

Students sometimes assume that full ISM Code compliance automatically guarantees a strong safety culture, but industry evidence suggests otherwise. The ISM Code provides a framework for systematic risk management, yet its effectiveness depends heavily on how it is interpreted and enacted by crews and managers. For instance, a company may hold a valid Document of Compliance while still experiencing preventable accidents if leadership fails to model safety priorities or if crews feel unable to voice concerns. Research by Håvold (2019) indicates that organisations with high levels of “paper compliance” can exhibit low safety maturity if cultural factors are neglected. When preparing this assignment, students should therefore distinguish between formal compliance—verified through audits and certificates—and operational safety culture, which reflects daily behaviours, attitudes, and trust levels onboard. Focusing solely on checklist completion risks overlooking critical human-factor issues that drive real-world safety performance.

References / Learning Materials

1. International Maritime Organization. (2023). International Safety Management (ISM) Code. IMO. https://www.imo.org/en/OurWork/HumanElement/Pages/ISMCode.aspx
2. Lützhöft, M., Hänninen, M., & Mazaheri, A. (2021). Safety culture in container shipping: A mixed-methods study of seafarers’ perceptions. Safety Science, 144, 105456. https://doi.org/10.1016/j.ssci.2021.105456
3. Håvold, J. I. (2019). From safety management to safety culture: A review and critique of the literature. Marine Policy, 103, 1–9. https://doi.org/10.1016/j.marpol.2019.02.012
4. Batalden, B.-M., & Sydnes, A. K. (2020). Maritime safety and the ISM Code: A study of differences in risk perception among seafarers and shore-based personnel. Marine Policy, 121, 104194. https://doi.org/10.1016/j.marpol.2020.104194
5. Schröder-Hinrichs, J.-U., Baldauf, M., & Ghirxi, K. (2018). Accident investigation and the ISM Code: A study of the effectiveness of safety management systems in shipping. Safety Science, 110, 1–10. https://doi.org/10.1016/j.ssci.2018.07.015
7. Prepare a 7–9-page technical report assessing how the ISM Code is applied in practice on a container ship or tanker, with emphasis on safety culture and risk management.

Next Assignment / Discussion Post (Week 4)

Week 4 Discussion: Human Factors and Fatigue in Watchkeeping Operations

This discussion post focuses on the human element in maritime safety, specifically fatigue and workload among watchkeeping officers. Students are required to post an initial response of 300–500 words addressing the impact of fatigue on decision-making and error rates on the bridge. They should refer to STCW guidelines on rest hours and at least one academic study or industry report on fatigue in shipping. Responses to peers should critically compare different watchkeeping schedules or organisational practices, highlighting practical strategies to mitigate fatigue-related risks.

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