Cranfield University

What you'll study

This master's brings together core engineering disciplines used in modern race cars: sensors and instrumentation, embedded control systems, data acquisition and telemetry, vehicle dynamics and powertrain electrification. Teaching blends lectures, practical laboratory work and project-based learning to develop both theoretical understanding and hands-on skills.

• Core modules: sensors and signal conditioning; embedded real‑time control; data acquisition and telemetry systems; vehicle dynamics and control; electrified powertrains and energy management.
• Applied modules: software for system integration (model-based design, control implementation), rapid prototyping, test and measurement techniques, reliability and safety in motorsport systems.
• Professional skills: motorsport project management, systems engineering practices, performance optimisation and engineering communication.
• Group and individual projects: a major individual research or development project is a central element, often undertaken with industry partners or conducted using Cranfield’s specialist workshops, test rigs and simulation tools.

The programme emphasises hands-on experience with instrumentation, ECU calibration, sensor fusion, real-time controllers, simulation environments and vehicle testing. Assessment methods include laboratory reports, coursework, practical demonstrations, presentations and the final project report and dissertation.

Entry requirements

Applicants are normally expected to hold a UK bachelor’s degree with honours (typically a 2:1) or an international equivalent in mechanical engineering, electronic engineering, mechatronics, automotive engineering or a closely related subject. Candidates with substantial relevant industrial experience and a lower classification may also be considered.

• Demonstrable experience or interest in control systems, embedded software, sensors or vehicle engineering is advantageous.
• Applicants should have strong mathematical and analytical ability; prior experience with programming (C/C++, MATLAB/Simulink or Python) and circuit/hardware work is desirable.
• English language proficiency is required if your first language is not English; Cranfield accepts recognised qualifications (for example IELTS or equivalent) — check the university’s English language requirements for acceptable scores.

Career prospects

Graduates go on to roles across the motorsport and high-performance vehicle industries and in adjacent sectors that value mechatronics and systems integration expertise. Typical job titles include:

• Vehicle dynamics engineer / performance engineer
• Control systems engineer / embedded systems engineer
• Telemetry and data engineer
• Powertrain engineer (including hybrid/electric systems)
• Systems integration engineer / test engineer
• Race engineer, technical specialist, or engineering consultant for suppliers and OEMs

Employers include motorsport teams across national and international series, specialist component and electronics suppliers, vehicle manufacturers developing high‑performance and electrified systems, test houses and research organisations developing advanced mechatronic solutions.

Why study at Cranfield University

Cranfield is a postgraduate‑focused university with long-established strengths in automotive and motorsport engineering. The programme leverages dedicated engineering facilities, workshops and test rigs along with specialist simulation tools and a campus culture oriented to applied research and industry collaboration.

• Strong links with motorsport teams and suppliers, enabling project collaborations, industry guest lectures and access to real‑world problems.
• Small cohorts and teaching by staff with industry and research experience, allowing close supervision on practical projects and the final MSc dissertation.
• Practical training opportunities using instrumentation labs, engine and drivetrain test facilities, and vehicle dynamics rigs to build skills employers demand.
• Career development support tailored to postgraduate engineers, including employer engagement, networking events and help with placements or project partnerships.