Automotive Engineering MEng/BEng
Study of how to design, build, test, and improve cars, electric vehicles, motorsport technologies, and future transport systems.
Is this for you?
This degree could suit you if you:
Are passionate about cars and vehicles
Enjoy engineering and design
Like problem-solving
Want a career in automotive engineering
Are technically minded
Popular Career Fields
Automotive Industry
Engineering & Construction
Manufacturing & Production
Research & Academia
Your Personality Might Be:
Mechanically minded
Engineering & Construction
Mathematically strong
Innovation-focused
What is it?
Automotive Engineering is a specialist branch of mechanical engineering focused on the design, development, and optimisation of vehicles. It covers everything from engines and electric powertrains to vehicle dynamics, aerodynamics, manufacturing, and intelligent transport systems.
You’ll learn how cars work at every level: how engines produce power, how electric motors and batteries deliver torque, how suspension systems affect handling, and how materials and electronics come together to create safe, efficient vehicles.
The field also explores emerging technologies such as autonomous driving, hydrogen fuel cells, lightweight materials, and advanced manufacturing.
Course Summary
Study of how to design, build, test, and improve cars, electric vehicles, motorsport technologies, and future transport systems.
What you'll study
Most Automotive Engineering degrees cover:
Engineering mathematics and mechanics
Internal combustion engines and thermodynamics
Electric vehicles and hybrid powertrains
Vehicle dynamics, handling, and ride comfort
Automotive electronics, sensors, and control systems
Materials, manufacturing, and lightweight structures
Aerodynamics and fluid mechanics
Computer-aided design (CAD) and simulation
Automotive safety and crash engineering
Sustainable and autonomous vehicle technologies
Later in your course, you can usually specialise in:
Motorsport engineering
Electric and hybrid vehicle engineering
Autonomous and intelligent vehicles
Vehicle aerodynamics
Powertrain and propulsion technologies
Manufacturing engineering and Industry 4.0
Skills You'll Gain
An Automotive Engineering degree builds strong technical and professional skills, including:
Powertrain engineering – understanding engines, electric motors, and propulsion systems.
Vehicle dynamics – analysing steering, suspension, and handling behaviour.
Electronics and control systems – working with sensors, ECUs, and automotive software.
Mechanical design and CAD – creating components and assemblies.
Materials and manufacturing – selecting and designing lightweight, durable parts.
Explore Uni Open Days
Pathways, Placements and Work Experience
CAREERS
Career Pathways
Automotive Engineering graduates are in demand across:
Car and commercial vehicle manufacturing
Electric and hybrid vehicle development
Motorsports and performance engineering
Aerospace, rail, and transport systems
Renewable and sustainable energy systems
Manufacturing and advanced materials
Robotics and automation
Work Experiences & Placements
Many universities offer:
Industry placements or sandwich years with automotive or motorsport companies
Internships in design, powertrain development, testing, or manufacturing
Opportunities to work with Formula Student or research groups
These experiences help you apply engineering theory to real vehicles and improve your employability.
Salary Profile
Coming soon
Qualifications, Personal Satement, What to do Next?
AM I ELIGIBLE?
Entry Requirements
A-levels or equivalent including Maths and Physics. Design Technology, Further Maths, or Computing are beneficial.
Personal Statement Tips
Show enthusiasm for vehicles, engineering, or motorsport.
Mention hands-on experience: car projects, robotics, electronics, 3D modelling, or mechanical work.
Reflect on problem-solving, teamwork, and analytical strengths.
Highlight any maths, physics, or design activities you enjoy
What to do Next
Compare courses to see whether they emphasise motorsport, EVs, mechanical design, or manufacturing.
Attend open days to explore labs, workshops, and test facilities.
Try online tutorials in CAD, electronics, vehicle dynamics, or programming.
Follow developments in electric vehicles, autonomous systems, and sustainable mobility.
Wider Reading
The Car Book – DK Publishing: A visual and technical introduction to how cars work.
Go Like Hell – A.J. Baime: The true story of Ford, Ferrari, and the race for Le Mans.
Electric Vehicle Engineering – James Larminie: A clear guide to EV powertrains and batteries.
The Science of Formula 1 Design – David Tremayne: How engineering principles shape racing performance.