MSc Mechanical Engineering

The MSc Mechanical Engineering at the University of Exeter offers a practical, research-focused learning experience that helps students develop the skills needed to tackle real engineering challenges. Through computational modelling, simulation work, research projects, laboratory activities, and industry-focused learning, students gain experience applying engineering principles to real-world situations. The programme provides access to specialist engineering facilities, advanced equipment, and digital tools that support learning in areas such as mechanical design, manufacturing, materials, fluid dynamics, and sustainable engineering.

Students develop practical skills through a range of specialist tools, facilities, and industry-focused activities:

• Develop advanced engineering analysis skills through modules such as Advanced CFD, Advanced Finite Element Analysis, and Data-Centric Engineering, applying simulation and computational methods to complex engineering problems.

• Use specialist engineering software and digital tools for modelling, simulation, and analysis, including platforms such as MATLAB and engineering simulation software used in modern mechanical engineering practice.

• Complete the MSc Dissertation, where you undertake an independent research project under academic supervision and apply advanced engineering techniques to investigate a specialist topic.

• Gain experience using Exeter’s specialist research facilities, including Materials Laboratories, Structures Laboratory, Thermodynamics and Fluid Dynamics Laboratories, and advanced engineering research spaces.

• Access the Microscopy Suite, which provides advanced imaging technologies such as Scanning Electron Microscopy (SEM), Transmission Electron Microscopy (TEM), Atomic Force Microscopy (AFM), X-Ray analysis, and CT scanning for materials research.

• Develop practical manufacturing skills through the Mechanical Workshop, which includes CNC machines, fabrication equipment, welding facilities, and tools that support design and manufacturing projects.

• Apply engineering concepts through computer-based learning, project work, case studies, industrial presentations, and research activities that connect academic knowledge with industry applications.

• Explore advanced engineering research areas including additive manufacturing, composite materials, biomedical engineering, and sustainable engineering technologies.

• Gain valuable professional experience through the optional Industrial Placement pathway, allowing students to spend 9–12 months working in an engineering-related role and applying their skills in industry.

• Learn from academics involved in internationally recognised engineering research, giving students insight into current innovations and developments within mechanical engineering.

The MSc Mechanical Engineering at the University of Exeter prepares graduates with advanced technical knowledge, practical engineering skills, and research experience needed to succeed in today’s engineering industries. The programme supports career opportunities across sectors such as aerospace, automotive, energy, manufacturing, and engineering consultancy, with graduates prepared for roles including Mechanical Engineer, Design Engineer, Research and Development Engineer, and Engineering Project Manager. With industry-focused learning and professional accreditation, students graduate with a strong foundation for long-term career growth.

Students benefit from a range of career support services and professional opportunities:

• Access the University of Exeter’s dedicated Career Zone, which provides personalised career advice, CV and application support, interview preparation, employer networking events, workshops, and resources to help students achieve their career goals.

• Gain practical industry experience through the optional MSc Mechanical Engineering with Industrial Placement pathway, which allows students to complete a 9–12 month placement in a mechanical engineering-related role.

• Benefit from Exeter’s links with industry through industry presentations, engineering case studies, industry visits, and practical learning activities that help students understand real workplace challenges.

• Develop highly valued engineering skills in computational modelling, simulation, data analysis, research methods, problem-solving, and engineering design, preparing graduates for a wide range of technical roles.

• 96% of Engineering graduates were in employment or due to start employment or further study 15 months after graduation, according to HESA Graduate Outcomes data (2022/23).

• Gain long-term professional value through accreditation from the Institution of Mechanical Engineers (IMechE), supporting progression towards professional engineering recognition.

• Graduates are prepared for careers in mechanical design, advanced manufacturing, renewable energy, aerospace engineering, automotive industries, research and development, and technology innovation.

• Learn within a research-led environment where academics contribute to internationally recognised engineering research in areas such as sustainable engineering, additive manufacturing, materials technology, and data-driven engineering.

Further Academic Progression:

After completing the MSc Mechanical Engineering, students can continue their studies through a PhD in Mechanical Engineering, Advanced Manufacturing, Materials Engineering, Computational Engineering, Sustainable Engineering, Robotics, Renewable Energy Engineering, or other related research areas. The independent dissertation project provides valuable research experience and prepares graduates for doctoral study, specialist research roles, and academic careers.