Bournemouth University

What you'll study

The programme combines core engineering science with application-led modules and a substantial research or industry project. Typical taught modules cover advanced engineering mathematics and computational methods, solid mechanics and finite element analysis, thermofluids and heat transfer, materials and manufacturing processes, and control, mechatronics and systems engineering. Modules place emphasis on practical simulation and laboratory work, computer-aided design (CAD) and engineering optimisation.

Students develop skills in modelling and simulation (for example using FEA and CFD techniques), experimental measurement and data analysis, advanced CAD and product development workflows, and systems integration. The degree culminates in an independent MSc project or dissertation, which allows you to work on an applied research topic, industrial problem or design-and-build assignment under academic supervision.

Entry requirements

Applicants are normally expected to hold a good undergraduate degree in mechanical engineering or a closely related engineering or physical science subject. Candidates with a lower-class honours degree plus relevant industrial experience may also be considered. The university accepts equivalent qualifications from international institutions and considers prior learning and professional experience on a case-by-case basis.

As this is a programme taught in English, applicants whose first language is not English will be required to demonstrate proficiency. Typical evidence accepted includes recognised English language tests; exact score requirements may vary and applicants should consult the university for current threshold scores and acceptable alternatives.

Career prospects

Graduates progress into a wide range of technical and managerial roles in sectors such as automotive, aerospace, energy and renewables, defence, manufacturing, product design and consultancy. Typical job titles include mechanical design engineer, research and development engineer, project engineer, systems engineer, manufacturing or process engineer, and product development engineer. The programme also provides a pathway to further study and research, including MPhil/PhD programmes.

Modules and the project are designed to develop employability skills valued by industry — problem solving, technical communication, project management and teamwork — and to support those seeking chartered-engineer pathways or career progression within engineering organisations.

Why study at Bournemouth University

Bournemouth University offers a practice-oriented approach with an emphasis on real-world application and employability. The Faculty provides access to specialist laboratory facilities, workshops and computing resources for simulation, CAD and rapid prototyping, and staff with applied-research and industrial experience. Small-group teaching, laboratory classes and project supervision ensure individual support for developing technical and professional skills.

The university maintains links with regional and national engineering companies, creating opportunities for project collaborations and networking. The programme is suitable for students who want a programme grounded in hands-on engineering practice combined with advanced analytical tools and a supported route into industry or research.