Course Overview
Course Overview This MSc in Advanced Computational Engineering in Maritime Engineering equips students with cutting-edge computational methods and practical design skills for solving complex maritime challenges. The program blends theoretical foundations with industry-relevant applications, preparing graduates for successful careers or PhD study. You will learn to address engineering problems while considering technical, economic, and environmental constraints. Key Program Highlights Master advanced computational methods and industry-standard software for maritime engineering applications Gain expertise in condition-monitoring strategies, advanced sensors, and signal processing techniques Apply theoretical knowledge to practical design tasks through a combination of theoretical and practical teaching Learn from leading academics like Dr. Gabriel Weymouth, specializing in unsteady fluid dynamics and fluid/structure interaction Develop a holistic approach to engineering that incorporates social, technical, economic, and environmental factors
Available Intakes
September 2026
CampusBoldrewood Campus
CitySouthampton
ModeFullTime
Duration12 Months
FeeGBP 31,500