Oxford Brookes University

What you'll study

The programme combines core engineering fundamentals with modules specific to vehicles and mobility. Early years cover mathematics for engineers, mechanics, materials science, thermodynamics and basic electrical principles, alongside practical workshop skills and CAD modelling. As you progress you study vehicle dynamics, internal combustion and alternative powertrains, engine performance and emissions, control systems and automotive electronics, plus manufacturing processes and composite materials.

Teaching is a mix of lectures, laboratory sessions, computer-aided design and simulation, project work and assessed coursework. Practical facilities are used for engine and component testing, vehicle dynamics rigs, electronics and control labs, and rapid prototyping. The final year normally includes an individual honours project or design project that lets you apply research or design work to a real engineering problem, and many students choose dissertation topics in areas such as electrification, vehicle dynamics optimisation, NVH or lightweight materials.

There is often an option to undertake an industrial placement year or study abroad between years to gain practical experience and industry contacts. Elective modules frequently include specialist topics such as hybrid and electric vehicle technology, advanced powertrain control, automotive systems integration and motorsport engineering.

Entry requirements

Typical entrants have a strong background in mathematics and science. Requirements usually include A-levels (or equivalent) with mathematics and preferably a science or engineering subject, or a relevant BTEC in engineering with substantial maths content. Applicants without traditional qualifications may be considered if they have a relevant foundation year, appropriate work experience, or recognised international equivalents.

Most students are expected to demonstrate practical ability and an interest in vehicles or engineering through personal statement, reference and, where applicable, interview. GCSE passes including English and Mathematics (or equivalent) are expected as part of the entry profile. International applicants should meet recognised English language standards.

Career prospects

Graduates move into a wide range of roles across the automotive industry and related sectors. Typical destinations include vehicle and component design, powertrain development, test and validation engineering, electronics and control systems, manufacturing and production engineering, and quality or reliability engineering. Employers range from vehicle manufacturers (OEMs) and tier suppliers to engineering consultancies, motorsport teams, specialist R&D providers and companies working on electrification and autonomous vehicle technology.

Many graduates join structured graduate programmes, take technical roles in research and development, or continue to postgraduate study in areas such as vehicle engineering, automotive electronics or sustainable propulsion. The practical focus of the course also supports career paths into automotive software, testing laboratories and specialist manufacturing.

Why study at Oxford Brookes University

Oxford Brookes combines a strong practical emphasis with applied engineering teaching, giving students frequent access to workshops, testing facilities and CAD laboratories. The university has established links with local and national employers across automotive and motorsport sectors, which can support placements, projects and graduate opportunities.

The programme emphasises hands-on learning and industry-relevant skills, including vehicle testing, use of industry-standard simulation and design software, and project-based teamwork. Studying in the Oxford region also provides proximity to a range of engineering companies and technology clusters. The degree provides a solid foundation for professional development and further study in vehicle technology and related engineering disciplines.