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1 Years On Campus Masters Program
University of SouthamptonThe University of Southampton offers a one-year MSc in Propulsion and Engine Systems Engineering, one of its Advanced Mechanical Engineering Science courses. The postgraduate course is for students who want to engage with the principles, technologies, and performance of advanced propulsion systems—either for aerospace, automotive, or power generation application. Through integrating taught modules with independent learning, students gain a deep understanding of jet engines, internal combustion systems, gas turbines, and emerging hybrid and electric propulsion technologies. The curriculum aims to provide both theoretical background and practical problem-solving abilities suitable to present and future industry needs.
Curriculum Structure
The course attains an equal mix of advanced mechanical engineering science and practical implementation. Students can expect to study:
• Central Engineering Modules such as thermodynamics, fluid mechanics, combustion, and propulsion systems
• Optional Specialist Topics such as engine tribology, noise and emissions reduction, batteries and fuel cells, or spacecraft propulsion
• Laboratory Hands-on Work and simulation exercises with industry-relevant equipment and software
• A Final Research Project that allows students to specialise in an area of interest—typically associated with ongoing industry issues or research groups within academia
The course is instructed by experienced researchers and academics in mechanical engineering and propulsion systems, including Dr. Joseph Lifton, the programme director.
Accreditation
This MSc is accredited by the Institution of Mechanical Engineers (IMechE), guaranteeing that it meets academic requirements for Chartered Engineer (CEng) registration, which is a requirement for professional engineering careers in the UK and around the world.
Campus Location
A majority of teaching and research takes place on the Highfield Campus of the University of Southampton. Students have access to cutting-edge laboratory facilities, wind tunnels, and engine test beds, along with convenient access to one of the UK's leading-ranked engineering schools.
Practical application is at the center of this program. Southampton welcomes students not only to apply what they've learned in lectures but also to experience:
• Research Projects often linked to real industrial issues or innovative research at the university level
• Industry Interaction through guest lectures, seminars, and project inputs from industry players in aerospace, automotive, and marine sectors
• Student Competitions and Engineering Clubs, where students can engage in design-build competitions or group research projects
• Facilities for state-of-the-art laboratories and simulation equipment for propulsion used in classwork and independent research
This learning by doing develops student problem-solving and critical thinking skills, which are greatly prized by employers.
The Careers and Employability Service at the university offers special support to MSc students through:
• One-to-one career planning sessions and mentoring
• CV writing, LinkedIn optimization, and job application workshops
• Mock interviews and technical test practice
• Regular career fairs and recruitment sessions featuring engineering firms, research organizations, and government agencies
Employability
The programme graduates are perfectly positioned to develop careers within defence, aerospace, automotive, and energy industries. Employers draw the finest of Southampton engineers for jobs in engine design, analysis of performance, thermal systems, and research and development of propulsion. Recent programme graduates have been commissioned at Rolls-Royce, BAE Systems, Airbus, Ricardo, and Formula 1 racing teams, or appointed in research-based jobs within national laboratories or academics.
Higher Academic Progression
Many students go on to work towards PhDs in mechanical or aeronautical engineering, or move into closely related fields like renewable energy systems, data science for engineers, or MBA streams with technical requirements. Rock-solid foundations provided by this MSc ensure easy transition into professional as well as academic careers.
IELTS - overall score 6.5 reading 6.0 writing 6.0 speaking 6.0 listening 6.0.TOEFL - Minimum component scores are 21 in each sectionhe Boldrewood Innovation Campus houses the university’s strategic partner, Lloyd's Register, facilitating collaboration in engineering sciences and maritime disciplines.Students have access to a global network of companies, shared facilities, and specialist expertise to enhance their learning. The program is accredited by the Institution of Mechanical Engineers (IMechE), meeting the academic requirements for Chartered Engineer (CEng) registration. Mechanical engineers and maintenance techniciansSoftware analysts and developersComputer scientists and computer engineersAlgorithm specialistsResearch scientists and engineering consultantsManufacturing and electrical engineers
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