Automotive Engineering – BEng (Honours)
At a glance
Get a firm foundation in engineering and then specialise in automotive engineering on a course designed to give you a wide range of engineering skills ready for a quickly changing workplace. Benefit from industry-grade facilities and a one-year paid placement with partners that include General Motors, BMW and Rolls-Royce.
Key points• Develop your professional knowledge, technical and management skills.
• Academic teaching is complemented by presentations from industry experts and by industrial visits.
• Benefit from excellent facilities that include wind tunnel, robotics and virtual labs.
• Earn up to £12-18k in a paid one-year placement and gain experience with multinationals lik…
There are no frequently asked questions yet. If you have any more questions or need help, contact our customer service.
At a glance
Get a firm foundation in engineering and then specialise in automotive engineering on a course designed to give you a wide range of engineering skills ready for a quickly changing workplace. Benefit from industry-grade facilities and a one-year paid placement with partners that include General Motors, BMW and Rolls-Royce.
Key points• Develop your professional knowledge, technical and
management skills.
• Academic teaching is complemented by presentations from industry
experts and by industrial visits.
• Benefit from excellent facilities that include wind tunnel,
robotics and virtual labs.
• Earn up to £12-18k in a paid one-year placement and gain
experience with multinationals like General Motors, BMW and
Rolls-Royce.
What is automotive engineering?By looking at each component in modern vehicle construction, automotive engineering is a subject which deals with aerodynamics, thermofluids, engineering structure/material analysis, vehicle technology, engine technology, engineering design and manufacture, engineering business management, and environment and society.
This course
Learn the fundamental principles of engineering before specialising in automotive engineering. With this broad subject knowledge, you become more adaptive to the requirements of the modern engineering workplace. You are better placed to tackle the problems faced by many companies whose manufacturing processes rely on co-ordinating individual specialists from various engineering disciplines.
Throughout your studies, you gain insight into specialist
subjects including aerodynamic body styling, suspension,
transmission, brakes, tyres and engines.
During the course you learn to use all of the industry standard
tools and equipment needed to ensure you’re ready for industry. You
have access to a wide range of hardware and equipment, including
computer-aided design (CAD) software such as ProEngineer, and
analysis software such as Fluent, Abacus and Matlab.
Other specialist facilities include
• rapid prototyping equipment to create accurate prototypes of
product designs from CAD-generated information and a 5-axis
machining centre which completes the CAD/CAM cycle
• a robotics laboratory to study computer-controlled manufacturing
equipment
• an automotive workshop for engine testing
• a wind tunnel for aerodynamic studies
• a flight simulator
Your first year is common to other engineering courses. This provides a firm base of engineering principles, knowledge and basic skills and means you can change course at the end of the first year if you prefer.
After two years of study, we recommend you get experience applying what you’ve learnt on a paid work placement. This allows you to apply your knowledge to commercial practice while gaining new skills, learning how industry works and earning a salary. We help you find a placement and negotiate a sensible salary.
Previous students have gone on placement to organisations including • Airbus UK • BMW Manufacturing • EDF Energy • General Motors • Kongsberg Automotive • Rolls-Royce plc • Unilever • Reckitt Benckiser.
In your final year, you continue studying general mechanical engineering subjects, with specialist modules in automobile design and production and engine technology. You also complete a major project, which students often integrate with placement or Formula Student competition.
Key areas of study You learn the principles and application of• current mechanical engineering technologies
• engineering design and computer-aided design/computer-aided manufacture
• control and instrumentation technologies
• automotive systems, engines and manufacturing
We also cover business, financial, legal and environmental constraints.
There are no frequently asked questions yet. If you have any more questions or need help, contact our customer service.
