Posted: November 3rd, 2021

Assessment 2 – Research Report on Sustainable Innovations in Naval Architecture

Assignment Brief: Assessment 2 – Research Report on Sustainable Innovations in Naval Architecture

Sustainable Ship Design Innovations: Advances in Green Naval Architecture for 2030 Fleets

Dear Students,

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As we navigate the ever-evolving challenges of our maritime world, it’s heartening to see your growing curiosity about how we can design vessels that not only perform but also protect our oceans for generations to come. This assessment invites you to delve into the practical and forward-thinking side of naval architecture, drawing on the principles we’ve explored in our module on Advanced Ship Design and Hydrodynamics. Think of it as your chance to contribute to a more sustainable blue economy – something close to my heart after years lecturing on these shores.

Module Details: Advanced Naval Architecture (NAVE 4012), Level 4, 20 Credits, Semester 2, 2025-26 Academic Year. Assessment Type: Individual Research Report (contributes 60% to overall module mark). Word Count: 2,500 words (excluding references, appendices, and figures; penalties apply for exceeding by more than 10%). Submission Deadline: Friday, 28 March 2026, 12:00 noon via Turnitin on Moodle. Late submissions will incur a 5% deduction per working day, up to a maximum of 5 days, after which a zero mark applies unless mitigating circumstances are approved.

Assessment Overview: In this report, you will critically evaluate recent innovations in sustainable ship design, focusing on how they address environmental impacts while maintaining operational efficiency. Drawing inspiration from real-world case studies – much like those we’ve discussed from North Sea offshore projects or LNG carrier retrofits – you’ll propose adaptations for a hypothetical mid-sized cargo vessel operating in UK coastal waters. This mirrors industry briefs from institutions like Newcastle University or Strathclyde, where design reports emphasise lifecycle analysis and regulatory compliance (e.g., IMO’s GHG Strategy).

Learning Outcomes Addressed:

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1. Critically analyse the hydrodynamic and structural principles underpinning sustainable naval architecture practices.
2. Apply engineering tools (e.g., CAD software like Rhino or AutoCAD) to model low-carbon design modifications.
3. Evaluate the socio-economic and environmental implications of design choices, aligning with UN Sustainable Development Goal 14 (Life Below Water).
4. Communicate technical findings in a professional, evidence-based report suitable for maritime stakeholders.

Task Instructions:

1. Introduction (approx. 400 words): Set the scene by outlining the global push for decarbonisation in shipping (e.g., EU Green Deal targets) and introduce your chosen innovation(s), such as wind-assisted propulsion or hull form optimisation for reduced drag. Justify their relevance to a 10,000 DWT general cargo ship.
2. Literature Review and Analysis (approx. 1,200 words): Review 5-8 peer-reviewed sources from 2019-2025 on your topic. Use tools like Google Scholar or the university library database to ensure credibility. Analyse how these innovations impact stability, fuel efficiency, and emissions (include calculations or simulations where possible, e.g., resistance estimates via Holtrop-Mennen method). Discuss challenges like initial costs versus long-term savings.
3. Design Proposal (approx. 600 words): Propose specific modifications to the vessel, supported by sketches, diagrams, or basic CFD outputs (appendices for full models). Consider factors like material selection (e.g., lightweight composites) and compliance with SOLAS/ MARPOL standards.
4. Conclusion and Recommendations (approx. 300 words): Reflect on feasibility, potential barriers (e.g., retrofit complexities), and broader implications for UK maritime policy. Suggest one actionable recommendation for industry adoption.

Support and Resources:

• Weekly drop-in clinics (Tuesdays, 2-4pm, Room E204).
• Recommended software: Free trials of Maxsurf or Orca3D for modelling.
• Library guide: “Sustainable Maritime Design” e-resource pack on Moodle. I’m here if you’d like to chat through your ideas – your insights often spark the best discussions in class.

Marking Criteria (out of 100%):

A mark of 70%+ requires insightful analysis beyond description; 40-69% shows competence with some gaps. Feedback will be provided within 15 working days via Moodle, with an audio summary for deeper reflection.

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Let’s make this a rewarding exploration – your work here could influence tomorrow’s fleets.

Warm regards, Professor Elena Hargrove Module Lead, Department of Naval Architecture & Ocean Engineering

Suggested References (Harvard Format)

These selections align closely with your report’s focus on sustainable innovations, drawn from reputable journals via Google Scholar. I’ve chosen accessible, impactful pieces from 2019-2025 to spark your analysis.

1. Souppez, J.B.R.G., Else, M., Kiprakis, A. and Stark, C. (2023) ‘A review of wind-assisted ship propulsion for sustainable commercial shipping: latest developments and future stakes’, Journal of Marine Science and Engineering, 11(7), p. 1452.
2. Celik, C., Danisman, D.B., Kaklis, P. and Khan, S. (2023) ‘An investigation into the effect of the Hull Vane on the ship resistance in OpenFOAM’, Sustainable Development and Innovations in Transportation Engineering, pp. 123-140. IOP Publishing.
3. Jeong, Y., Kim, B. and Shin, J.G. (2024) ‘Spatial arrangement using deep reinforcement learning to minimise rearrangement in ship block stockyards’, International Journal of Production Research, 62(5), pp. 1678-1695.
4. Bertagna, S., Campanile, V. and Gaggero, S. (2022) ‘Integrated ship design: an innovative methodological approach enabled by new generation computer tools’, Proceedings of the Institution of Mechanical Engineers, Part M: Journal of Engineering for the Maritime Environment, 236(4), pp. 1125-1140.
5. Lee, D.K., Park, S.H. and Kim, J.H. (2021) ‘Design and analysis of a hybrid propulsion system for eco-friendly ships’, Ocean Engineering, 238, p. 109789.

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