Fracture and contact mechanics
The Fracture and Contact Mechanics specialises in the development and use of finite element structural and multi-physics packages.
The Fracture and Contact Mechanics specialises in the development and use of finite element structural and multi-physics packages.
The Network and Information Secrutiy Technology Research Group conducts computer and network security research. You can find out more about the work the Network and Information Secrutiy Technology Research Group conduct, the researchers and the contact details for this group here.
Read more about the Experimental Technologies Lab, an enhancement upon four years of research pursued at our pioneering workshop and research space, FACTLab, a collaboration with Liverpool’s FACT, the Foundation for Art and Creative Technologies, the UK’s leading new technologies arts organisation.
The Contemporary Art Lab's digital creative research relates to the relationship between technology and culture, as well as the way meaning unfolds through new computational forms.
Embracing hybridity and promoting heterosis across and between the Labs, cultures, disciplines and forms of knowledge within ART LABS.
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.
The Sensors and Communications group carry out applied research in collaboration with industries.
The Electric Machines and Drives Research Group conducts research into: variable-speed electric drive systems, electrical power generation plants for renewable energy sources and power electronic converters for interfacing the variable-speed drives and generators.
Voluntary action/third sector responses research within the Centre for the Study of Crime, Criminalisation and Social Exclusion.
Discover how Dynamic Proteome Profiling reveals changes in protein quality in human muscle as we age, providing insights into improving lifelong health and muscle ageing.