MGT800: Global Maritime Strategy & Policy

Assessment 1: Research Paper (Major Project)

• Module Code: MGT800
• Module Title: Maritime Governance and Strategic Operations
• Assessment Title: Assessment 1 – Critical Research Paper
• Weighting: 50%
• Word Limit: 3000 words (+/- 10%)
• Due Date: Week 8, Thursday by 17:00 local time
• Submission Method: Turnitin / University LMS Portal

1. Assessment Context

The global maritime landscape is undergoing a period of unprecedented disruption, driven by technological leaps, evolving legal frameworks, and environmental mandates. Higher education programs in maritime studies require students to demonstrate a mastery of the intersection between operational safety, international law, and human element management. This research paper asks you to select a specific thematic area from our curriculum and perform a deep-dive analysis into the contemporary challenges and strategic responses within that sector.

2. Thematic List of Topics

You must select one topic from the following consolidated list for your research paper. Ensure your title is specific and aligned with the requirements of your degree track (Safety, Law, MET, or Logistics).

A. Maritime Safety, Risk, and Operations

• Impact of ship collisions on the marine environment: operational causes, liability, and mitigation measures.
• Marine safety management on board commercial vessels: an evaluation of ISM Code implementation.
• Safety and emergency preparedness in the maritime industry: lessons from recent casualty investigations.
• Health and safety management on board oil tankers under international maritime conventions.
• The safe operation of oil tankers in the maritime industry: a risk-based operational analysis.
• Effectiveness of dynamic positioning systems in offshore maritime operations.
• Improving safety at sea through standardisation of Maritime English in multinational crews.
• Integration of autonomous and remote-controlled vessels into existing safety management systems.
• Cybersecurity risk management for shipboard control, navigation, and propulsion systems.
• Climate-change-driven extreme weather and its implications for voyage planning and navigational safety.

B. Maritime Law, Regulation, and Governance

• Evaluation of the Nigerian Cabotage Act and its impact on indigenous shipping development.
• The role of the International Maritime Organization (IMO) in maintaining and enhancing maritime safety.
• Analysis of the Maritime Labour Convention (MLC) 2006 and its operational impact on shipping companies.
• Enforcement of maritime safety and pollution regulations in West Africa.
• Legal and institutional challenges in implementing maritime safety regulations in developing states.
• The legal framework for regulating greenhouse gas emissions from international shipping under IMO instruments.
• Decarbonisation, carbon pricing, and their regulatory impact on global liner and tramp shipping.
• Governance challenges in regulating autonomous merchant vessels in international waters.

C. Maritime Education, Training, and Human Factors

• An analysis of the effectiveness of seafarers’ training programmes in Nigeria.
• The quality of maritime education and training (MET) of ship officers in Nigeria.
• Retention of ship officers in the maritime industry and its operational and economic benefits.
• Human factor risks in shipboard operations and their implications for maritime safety.
• Competency gaps in STCW implementation in developing maritime administrations.
• Use of simulation-based training and virtual reality in enhancing bridge team performance.
• Impact of fatigue, workload, and mental health on decision-making in watchkeeping officers.
• Cross-cultural communication and leadership styles among multinational crews and their effect on safety culture.

D. Ports, Logistics, and Infrastructure Management

• Impact of port concessioning on port range competitiveness: a case study of Apapa Port, Nigeria.
• An analysis of safe and efficient loading of solid bulk cargo in Nigerian ports.
• Operational safety challenges in bulk cargo handling at developing-world ports.
• Port safety management systems and compliance with international standards.
• Port security compliance and protection of critical maritime infrastructure.
• Digitalisation of port operations and the role of Port Community Systems in improving efficiency and safety.
• Sustainability strategies for reducing port-related emissions in line with global climate targets.
• Resilience of port infrastructure and supply chains to pandemics, geopolitical shocks, and extreme weather events.

3. Task Requirements

Write a 3000-word formal Research Paper. Your work must go beyond mere description; it requires a critical evaluation of the literature, a clear discussion of the data or case studies, and a set of evidence-based recommendations.

1. Introduction: Define the scope of the problem and your research objectives.
2. Literature Review: Critically analyze existing academic journals and industry reports (IMO, UNCTAD, ICS).
3. Discussion: Apply your chosen topic to a real-world scenario or geographic region (e.g., West Africa, Asia-Pacific).
4. Recommendations: Propose three strategic improvements for industry stakeholders.

4. Scoring Rubric

5.

The implementation of the International Safety Management (ISM) Code represents a cornerstone of modern maritime safety, yet its effectiveness often fluctuates based on the safety culture prevalent within individual shipping companies. While the code provides a structured framework for risk assessment and emergency preparedness, the procedural burden on bridge officers frequently leads to “checkbox” compliance rather than genuine risk mitigation. Effective safety management requires a shift from reactive casualty investigation to proactive data-driven modeling, where near-miss reporting becomes a transparent tool for organizational learning. According to the International Maritime Organization (IMO, 2024), the correlation between high-quality Safety Management Systems (SMS) and reduced hull and machinery claims is statistically significant across major flag states. Therefore, the integration of digital logbooks and real-time sensor monitoring can alleviate the administrative workload while providing shore-based technical managers with a higher fidelity of operational oversight. As shipping moves toward increased automation, the human element must remain the focal point of the safety loop to prevent system-wide failures during high-stress navigational maneuvers.

6. Recommended Learning Resources

• International Maritime Organization (IMO) (2024) ISM Code: Guidelines on Implementation by Administrations. London: IMO Publishing.
• Lützhöft, M., Grech, M. and Horberry, T. (2021) ‘The human element in maritime safety: A review of current research and future directions’, Journal of Marine Science and Engineering, 9(3), p.285. https://doi.org/10.3390/jmse9030285
• UNCTAD (2023) Review of Maritime Transport 2023: Towards a green and digital future. Geneva: United Nations. https://unctad.org/rmt2023
• Ziarati, R. and Ziarati, S. (2020) ‘Standardization of Maritime English: Enhancing Safety and Security’, International Journal of Maritime Education, 12(1), pp.45–59.