Loughborough University

What you'll study

The programme combines core modules in vehicle systems engineering with specialist options to reflect contemporary industry challenges such as electrification, lightweight structures and connected vehicle technologies. Teaching typically covers vehicle dynamics, powertrain engineering (including internal combustion and electric/ hybrid systems), control systems and vehicle electronics, computational methods and CAE, materials and structural design for crash and NVH, plus experimental techniques and measurement.

Students normally undertake a substantial individual research dissertation or project, applying theoretical knowledge and practical testing to a real engineering problem. Group design projects and laboratory-based work are used to develop hands-on skills in engine and chassis testing, instrumentation, modelling and simulation. Modules emphasise both analytical methods and industry-relevant software tools used for design, simulation and data analysis.

Entry requirements

Applicants are expected to hold a good undergraduate honours degree (equivalent to a UK upper second-class, 2:1) in mechanical engineering, automotive engineering, aeronautical engineering or a closely related discipline. Applicants with a lower class degree plus relevant industrial experience, or a relevant postgraduate qualification, will be considered on an individual basis.

International applicants must demonstrate proficiency in English. Professional experience in the automotive or motorsport sector can strengthen an application. Admissions may require transcripts, a CV and a statement of purpose outlining relevant project or work experience.

Career prospects

Graduates typically move into roles with vehicle manufacturers, tier-one suppliers, specialist engineering consultancies, electrification and battery companies, motorsport teams and automotive software firms. Typical job titles include vehicle dynamics engineer, powertrain or propulsion systems engineer, NVH or structural analyst, controls and embedded systems engineer, test engineer and systems integration engineer.

The degree also provides a foundation for research careers and PhD study in automotive engineering, sustainable propulsion and intelligent transport systems. The programme’s industry-focused projects and lab experience are designed to make graduates attractive to employers focused on vehicle performance, safety, efficiency and emissions reduction.

Why study at Loughborough University

Loughborough is known for its strong engineering provision and close links with industry. The university houses dedicated facilities for automotive research and teaching, including engine and chassis test cells, instrumentation laboratories and advanced simulation resources. Students benefit from teaching staff with active research and industrial consultancy experience, and from collaborative projects with automotive companies and motorsport partners.

Besides technical training, Loughborough offers opportunities to engage with interdisciplinary initiatives in electrification, low-carbon transport and connected vehicle technologies. The campus environment, established employer engagement and a network of alumni in engineering sectors support professional development and career networking.