News

Heartspace

Chemical, Materials and Biomedical Engineering achieve top-five places in Guardian rankings 2027

Outstanding results highlight the School’s strength across its subject areas
Meihong Wang, James Marshall, Ian Reaney

Three academics from the Faculty of Engineering have been elected as Royal Academy of Engineering Fellows

Congratulations to Professor Meihong Wang and Professor Ian Reaney from the School who join the Royal Academy of Engineering as Fellows.
Deep borehole facilities

Dr Karl Travis joins the Independent Advisory Committee for the Deep Borehole Demonstration Center (DBDC)

The Deep Borehole Demonstration Center has added three experts to its Independent Advisory Committee. Dr Karl Travis joins Emeritus Professor Neil Chapman, who is Chair of the committee.

Mockup of Xerode’s dry electrode printing system
Mockup of Xerode’s dry electrode printing system, capable of continuous roll-to-roll manufacture.

Spinout spotlight: Xerode

Xerode, a spinout from the University of Sheffield’s School of Chemical, Materials and Biological Engineering, is developing a solvent-free, dry digital printing process for coating battery electrodes.

The Mappin Building at 51²è¹Ý¶ù

School of Chemical, Materials and Biological Engineering courses achieve top rankings in The Guardian University Guide 2026

Our courses have achieved fantastic results in the latest Guardian University Guide, recognised among the very best in the UK. These rankings reflect the hard work of our staff and students, as well as the strength of our teaching and research.
two men in hi-vis jackets shovel cement which is pouring from a tube

The green steel revolution is creating demand for new approaches to cement production, study finds

The UK’s race to reach net-zero is rapidly transforming two of its most carbon intensive industries – steel and cement. However new research warns that progress in one, could hinder the other with major implications on the nation’s climate strategy.
DNA molecules

Under or over? The twists and turns of genetic research

Using what is known as an atomic force microscope, advanced computer software and AI, researchers are able to visualise DNA molecules, trace their paths and measure them.