COURSE CURRICULUM

The Naval Architecture MSc at the University of Southampton provides a comprehensive understanding of maritime engineering science, focusing on the design, analysis, and performance of marine craft and structures. Core modules include fundamentals of maritime engineering, marine structures in fluids, maritime safety, professional development, zero carbon ship resistance and propulsion, and an independent research project, which together provide students with the essential knowledge and practical skills required for a career in naval architecture or further PhD study. Students explore the principles of fluid-structure interaction, ship resistance, and propulsion efficiency, while gaining insights into sustainable and safe maritime design practices. The program also offers a range of optional modules, allowing students to tailor their studies to specific interests and career goals. Options include applications of computational fluid dynamics, finite element analysis in solid mechanics, design search and optimization, failure of materials and components, offshore engineering, marine structures, maritime robotics, renewable energy from wind, wave, and tide, ship manoeuvring and control, turbulence, and yacht and high-performance craft. These modules provide advanced analytical, computational, and practical skills, equipping graduates to assess and optimize marine vessel performance, apply innovative engineering solutions, and address complex environmental, technical, and operational challenges in the maritime sector. The course combines theoretical knowledge with hands-on applications, preparing students for a successful professional career or further research in naval architecture and maritime engineering.