University of Southampton

Overview

The MSc in Maritime Engineering Science (Marine Engineering and Autonomy) at the University of Southampton equips students with advanced knowledge in marine engineering systems and the autonomous technologies utilized in ships and offshore structures. This program delves into the integration of propulsion, power, and auxiliary systems, emphasizing the analysis of performance, reliability, and safety in real-world operating conditions.

What you'll study

This master's program is structured around essential maritime engineering science modules, supplemented by specialized content focused on marine engineering systems and autonomy. The curriculum is designed to keep pace with industry advancements, so it is advisable to consult the program's website for the most current module offerings.

Indicative modules

• Electrical Systems
• Sensors and Condition Monitoring
• Ship Science
• Marine Engineering
• Maritime Robotics
• Maritime Safety: Risk, Environment and Law
• Failure of Materials and Components
• Marine Structures in Fluids
• Offshore Engineering & Analysis

Autonomy and energy-related options

Students have the opportunity to select optional study topics that broaden their understanding of contemporary energy solutions and onboard technologies. These may include:

• principles of photovoltaics, fuel cells, and batteries
• electrochemical routes to energy conversion
• solar radiation as an energy source and photovoltaic system design concepts

Applied learning

The teaching and assessment methods primarily focus on engineering problem-solving and analysis, considering technical, economic, environmental, and safety factors when evaluating marine engineering solutions.

Capstone / dissertation: This program features a significant independent project, often in the form of a dissertation. For specifics regarding the project format and credit allocation, please refer to the program's website.

Entry requirements

Applicants are typically expected to hold a 2:1 honours degree (or equivalent) in a related engineering or science discipline, such as:

• marine engineering
• naval architecture
• ship science
• aerospace engineering
• mechanical engineering
• general engineering
• electrical engineering
• physics
• mathematics

Final admission decisions will be based on the overall academic profile of the applicant.

Career prospects

Graduates of this program will be well-prepared for various roles in the maritime industry, including positions focused on marine engineering, maritime safety, and advanced autonomous systems. The comprehensive skill set developed through this course opens up numerous opportunities across diverse sectors, including shipping, offshore engineering, and maritime research and development.