Conferences
Find out more about the Research Network on Emergency Resources Supply Chain group conferences.
Find out more about the Research Network on Emergency Resources Supply Chain group conferences.
Explore more about the Research Network on Emergency Resources Supply Chain.
Faculty of Engineering and Technology
The Electrical and Electronic conducts research into electrical power engineering and electronics
Find out more information about LJMU's cross university Armed forces Steering Group and their commitment to supporting students, staff and its wider communities who have a connection to the Armed Forces.
The maritime sector on Merseyside is one of the largest and broadest in the UK. There are more jobs based in Liverpool city centre with major container lines than anywhere else outside of London. Explore the career information and educational resources we have to offer.
The Electrical and Electronic Engineering Research Centre have several research groups; the Applied Forensic Technology Research (AFTR) Group, the Control and Logistics Group, the Industrial Design Group, the Electric Machines and Drives Group, the Microelectronics Research Group and the Sensors and Communications Group.
Learn more about the publications, papers and research members of the Electrical and Electronic Engineering Research Centre, the Electric Machines and Drives Research Group and the Microelectronics Research Group have published.
The Electrical and Electronic Engineering Research Centre offer a variety of services to businesses and organisations, including testing and qualification of microelectronic and power devices, simulation and modelling of electric machines, as well as variable-speed drives and power electronic converters.
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.