About the Electrical and Electronic Engineering Research Centre
Learn more about the Electrical and Electronic Engineering Research Centre, the Centre's research groups, REF results and the impact of a new technique for measuring electron mobility.
Learn more about the Electrical and Electronic Engineering Research Centre, the Centre's research groups, REF results and the impact of a new technique for measuring electron mobility.
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 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.
Electrical and Electronic Engineering Research Centre
Find out more about the PhD and postgraduate courses the Electrical and Electronic Engineering Research Centre offer.
Research within the Contexts of Human Evolution Group involves archaeological, palaeontological and environmental analyses of human evolution. Our research focuses on mammalian evolution, hominin behaviour and ecology, and patterns of faunal and floral distribution. Discover our research areas and current projects, facilities, collaborations, publications and people.
The Business, Corporate, Financial and Technology Law Unit is committed to fostering an intellectual environment and advancing scholarship within business and finance law.
Find out more about BEST's expertise in sustainable resource processing and planning.
The Drone Technologies and Sensing (DTS) research area combines some of the latest research from the General Engineering Research Institute (GERI) in the field of state-of-the-art drone technology, alongside well established research streams in optical measurement and sensing that have a long history of sustained research excellence.