The Advanced Manufacturing Technology research group is at the forefront of manufacturing technologies and systems research. Working across the aerospace, healthcare and manufacturing sectors, we have expertise in biomedical and digital manufacturing, advanced robotics, metrology, metal forming and material processing, and machine and condition monitoring.

The Advanced Materials research group is investigating novel materials manufacturing, processing, and characterisation. Working across sectors including energy, healthcare, aerospace, and automotive, we have expertise in biomaterials, energy materials, microwave process engineering, and surface and interface engineering.

The Centre for Additive Manufacturing is at the forefront of additive manufacturing - 3D printing – techniques. Undertaking fundamental and applied research, we are investigating the underpinning processes, materials, and computational methods for multi-material and multifunctional additive manufacturing. 

The Centre for Healthcare Technologies (CHT) address major healthcare challenges through technology innovations, supporting the rapid translation of scientific discoveries into healthcare adoption. A collaboration between the University of Nottingham and Nottingham University Hospitals NHS Trust, the CHT also incorporates the Centre for Healthcare Equipment & Technology Adoption (CHEATA). 

The Composites research group is an internationally leading research group.  Working across sectors including automotive, aerospace, power generation, wind energy and healthcare, we have expertise in biocomposites, textile composites, composites manufacturing, mechanical and failure analysis, and recycling. 

The George Green Institute for Electromagnetics Research is a global leader in photonic and optoelectronic simulation, electromagnetic compatibility and power quality, and numerical modelling - having pioneered the transmission line modelling method. With additional expertise in communications, our research spans a range of applications from the development of wireless chip-to-chip communications to the early detection of cancer. 

The Human Factors research group is leading the way in the application of human/person centred theories, methods, and approaches to solve real-world challenges faced by individuals, organisations and communities. Applying our human factors expertise across advanced manufacturing, transport, healthcare and the built environment, we ensure designs are usable, efficient, and supportive of user well-being. 

The Optics and Photonics research group explores a wide range of topics from the fundamental way light and sound behave through to its application into industry. Working across sectors including aerospace, biosciences, healthcare, metrology, and non-destructive testing, we have expertise in cell optics, healthcare optics, materials, and nano optics and photonics.