Program Overview

Extended International Foundation Year in Engineering, Computing and Life Sciences

The programme includes academic modules, study skills and English language training, providing complete preparation for your undergraduate degree.

• You will be introduced to areas within mathematics, chemistry and biology which will allow you to prepare for undergraduate study.
• The course covers calculus, algebra, chemistry and how it is taught in the UK, and physics and why it is essential for the study of science and engineering in the UK.
• Develop your English language skills
• Enhance your study skills
• Strengthen your mathematical ability

Upon successful completion of the Extended International Foundation Year, and achieving the required grades, you will join the first year of your undergraduate degree at Liverpool John Moores University.

Leading to: Mechatronics and Autonomous Systems BEng (Hons)

Mechatronic and autonomous systems build and run the world we live in. From the robots that built your car to fast food restaurant interactive kiosks, intelligent machines are the future. The BEng in Mechatronics and Autonomous Systems will make sure you take a leading role in that future.

This programme has been developed to answer a need in industry for engineers with the fusion of electronic and mechanical skills required to develop modern automation systems. LJMU has built a good relationship with North West engineering companies and their feedback has been a big factor in the development of this programme. We live in an information age and our graduates leave equipped with the software and hardware skills required to succeed in the exciting times ahead.

Research undertaken by the Department of Electronics and Electrical Engineering is based within the Electrical and Electronic Engineering Research Centre. The Centre has two key research groups the Microelectronics Research Group and the Electric Machines and Drives Research Group. These two research groups have expertise within the following key research areas:

• New materials and devices for future microelectronic industry
• New characterisation techniques for VLSI devices
• Development of advanced techniques for variables-speed electric drives
• Qualification, modelling and aging prediction
• Development of novel control techniques for power electronic converters
• Modelling, simulation and experimental characterisation of power electronic converters and variable speed drives

Research staff are encouraged to make use of their expertise during undergraduate and postgraduate teaching.