Mechanical, Energy & Automotive
Mechanical, Energy & Automotive has a vast impact on modern living. It enables the design and manufacture of items that shape our everyday lives, from household goods and sports equipment, to reliable cars and transport systems, to medical implants and robots, to the International Space Station and to global and sustainable energy systems. Our courses are designed to deliver graduates who can take leading roles in above tasks. This aim is further supported by our thriving research programmes with international recognition which enjoys collaborative links with many research groups and industries.
Our programmes are focused upon the understanding, design, manufacturing, development and applications of all three subject areas. These UG programmes, combined with our research activities and highly successful MSc programmes in Mechanical Engineering, Automotive Engineering and Energy, Environmental Technology and Economics have helped to establish City University as the centre of excellence in mechanical, energy and automotive education at university level.
For full course details click on the link below:
- BEng/MEng Automotive & Motorsport Engineering
- BEng/MEng Energy Engineering
- BEng/MEng Mechanical Engineering
Wind Turbine Competition 2011
Watch this short video about the exciting competition our engineering students recently took part in:
Rewarding Academic Excellence - The Lord Mayor of London Scholarship
Supporting you in your studies, City University London is offering Scholarships of up to £3,000 per year to UK and EU undergraduate students achieving AAB or above at A-level. Find out more here.
Why Study at City?
- Our staff: Most of our Mechanical, Energy & Automotive staff are research-active, at the cutting-edge of their field and up to date with the latest industrial developments in their subject areas.
- Our facilities: Extensive undergraduate teaching laboratories with modern equipments including ducts flow, pumps, wind tunnels, water tunnels, IC engines and structural analysis.