Oxford Brookes University

What you'll study

The programme combines core engineering fundamentals with specialist motorsport topics. In early stages you study mathematics for engineers, materials and manufacturing, thermofluids and fundamental mechanics to build a solid engineering foundation. As you progress you follow modules on vehicle dynamics, internal combustion and alternative powertrains, aerodynamics, control systems, sensors and data acquisition, and composites and lightweight structures. Practical skills are developed through CAD/CAM, finite element analysis, computational fluid dynamics exercises, workshop-based manufacture and testing, plus calibration and telemetry work.

The BEng is structured to develop progressively deeper technical knowledge with laboratory work and small group design projects; the MEng adds advanced modules and a substantial individual or group research/design project to prepare you for professional practice or further research. All routes emphasise project work, professional skills (project management, communication, ethics) and industry-relevant software tools. Optional placement or sandwich-year opportunities are available to gain hands-on experience in the motorsport or automotive industries.

Typical modules and project work

• Engineering Mathematics and Mechanics
• Materials, Manufacturing and Composites
• Thermodynamics and Powertrains
• Vehicle Dynamics and Suspension Design
• Aerodynamics and CFD for Motorsport
• Control Systems, Sensors and Data Acquisition
• Computer-Aided Design, Simulation and FEA
• Performance Engineering and Testing
• Group design projects and a final-year individual or group capstone project

Entry requirements

Applicants should have a strong background in mathematics and physics. Typical applicants hold Level 3 qualifications such as A-levels, BTECs or equivalent with substantial content in maths and a physical science or engineering subject. Mature students with relevant experience and applicants from international qualifications are considered on their merits. Practical experience, personal statements outlining an interest in motorsport and any engineering-related portfolio or project work are advantageous. Applicants whose first language is not English will need to meet the University's standard English language requirements.

Career prospects

Graduates move into roles across motorsport and high-performance engineering, including race engineer, vehicle dynamics engineer, aerodynamics engineer, powertrain and drivetrain specialist, simulation and data engineer, design engineer and composites or materials engineer. Many alumni find employment with racing teams, component manufacturers, OEM performance divisions, aftermarket engineering firms and engineering consultancies; others transfer skills into aerospace, defence or general automotive industries. The MEng route is especially suitable for those aiming for Chartered Engineer status or technical leadership roles.

Why study at Oxford Brookes University

Oxford Brookes has an established reputation for applied engineering education with strong links to the UK motorsport cluster. The course combines theoretical teaching with significant practical experience delivered in dedicated workshops and laboratories, and benefits from close engagement with industry through guest lectures, project sponsorship and placement opportunities. Students can get involved in hands-on extracurricular projects such as Formula Student and other design competitions, which are valuable for employability and building a practical portfolio. The university also provides careers support, industry networking events and resources to help graduates move directly into technical roles in motorsport and related fields.