This course has been designed to allow graduates to work in an industry embarking on the rapid transition to electrified propulsion, namely Electric Vehicle. We are delighted to be supported in the roll-out of this course by Jaguar Land Rover (JLR), Tata Consultancy Services (TCS) and Hyundai who are major players in the transition to Electric Vehicles.

The course will cover technology associated with a wide range of vehicles, including cars, public transport vehicles, goods vehicles, and specialist industrial vehicles.

Course content includes modules focused specifically on the technical aspects of the electric vehicle from system operation and safe working to advanced diagnosis. This will be complemented with further modules in Electrical and Mechanical principles to broaden the understanding and ensure that Fundamental Engineering content is at the core of the course.

On completion of this programme, the graduate will have the ability to:

• Apply a range of skills in the field of Automotive Engineering, in particular for electric vehicles. Solve general problems and apply the main concepts of Automotive Engineering, in particular Electric Vehicles.

• Complete a broad range of technical tasks in the fields of Computer Aided Draughting, Manufacturing, Mechanics, Electronics, Thermodynamics Laboratory Testing, Health & Safety, Engineering Methods, Information Technology, Pneumatics and associated subjects. Record measurements, process and interpret data.

• Explain technical information through the media of sketching, models, drawings, presentations and technical reports, both written and oral. Plan and organise work either individually or as part of a team.

• Recognise the importance of personal and peer-to-peer critique to encourage continuing professional development necessary to maintain and enhance competence in the area of Electric Vehicle Engineering.