Naval Architecture Structures and Systems
This module covers three main areas: naval architecture, structural design, and systems design. You will learn the principles of stability, resistance, and propulsion, alongside the principles for dimensioning hull plating and scantlings to classification rules. You will also design and position on board the main systems required on board marine craft.
Marine Craft Production Management
In this module, you'll cover the vessel production management process from concept to delivery. Topics covered include specifications, contracts, production programming, costs, the production team, class, flag, owner’s representative, fitout planning, shipyard planning, and large vessel movements. The module also includes real vessel production case studies and shipyard visits.
Powered Craft Design Development
Working in groups, you will develop a large motor vessel in line with a client brief in groups and present the styling and layout of the design to the client midway through the module. The module also involves the technical development of the design, ensuring compliance with statutory and structural regulations. You will also consider alternative CO2 reducing power plants for the vessel.
Sustainable Marine Design
This module examines alternative marine fuels and propulsion system integration. It offers an in-depth insight into the properties, evolution, advantages, and disadvantages, and assesses the performance of vessel emissions elimination solutions to help prepare students for future challenges.
Wind Assisted Vessel Design
You will learn and apply the design and software skills to develop a preliminary design for a 30 to 40 metre sailing or wind-assisted vessel, applying new knowledge gained in other modules. You will also utilise International Maritime Organization (IMO) regulations, ensuring your design meets these. You may also consider novel wind assisted rigs too.
Marine Craft Dissertation
Your dissertation can be either an industry-based design, or production led, or an academic research-based project. The aim is to extend your knowledge beyond the taught syllabus - you will approach a specific topic by developing the project or widening knowledge, using traditional and innovative engineering techniques and design tools.