Her Honour Elizabeth Steel
Read the oration for Her Honour Elizabeth Steel on the award of their Honorary Fellowship from Liverpool John Moores University presented by Sir Malcolm Thornton.
Read the oration for Her Honour Elizabeth Steel on the award of their Honorary Fellowship from Liverpool John Moores University presented by Sir Malcolm Thornton.
Explore the benefits available to students at Liverpool John Moores University, including financial support and advice.
LJMU in the Community is an outreach initiative based in the community of L8 designed to support access to Higher Education through student-led sessions, talks and events, as well as tailored admissions, personal statement and student finance support.
This Masters-level module which will enable multi-professional clinicians to practice as independent and/or supplementary non-medical prescribers within the appropriate legal framework and the standards set by the HCPC and NMC.
This Masters-level module which will enable multi-professional clinicians to practice as independent and/or supplementary non-medical prescribers within the appropriate legal framework and the standards set by the HCPC and NMC.
Prioritise your physical health with support from LJMU's Student Wellbeing Team. Find helpful resources and contact us for assistance anytime.
It is essential to decarbonise transport and logistics, one of the largest sources of greenhouse-gases emission, to save the planet. The big question to researchers, and indeed to humanity, is how to decarbonise transport and logistics effectively.
Join LJMU as an international student for a successful career. Enjoy our award-winning, inclusive, and supportive atmosphere with world-leading research.
The Electrical and Electronic Engineering Research Centre has a wide range of facilities, including probe stations, test samples, semiconductor parameter analyzers and a range of three-phase and multiphase (five-phase, six-phase and nine-phase) machines too. The Centre also has two-level and three-level voltage source inverters and a three-phase to nine-phase direct matrix converter.
Researchers from the Microelectronics Research Group are investigating new technologies and materials. Members from the Group are also exploring ‘show-stoppers’ for optimizing digital/analogue circuits.