乐播传媒

Dr Parimala Shivaprasad from the 乐播传媒鈥檚 Faculty of Engineering has been selected by the Department for Science, Innovation and Technology (DSIT) to undertake a secondment into the UK government department as part of their prestigious DSIT Fellowship.

A new research project will investigate an emerging, sustainable waste treatment technology based on smouldering combustion to efficiently treat nuclear graphite waste.

Engineers have developed a new high-performance tungsten-copper metallic coating in one step using plasma spray, for future high heat flux (HHF) plasma facing components (PFC), specifically in the divertor target plate.

A group of students from the 乐播传媒 were selected to share their research at the recent STEM for Britain event in parliament, sharing their research with a range of politicians and a panel of expert judges.

The 乐播传媒 is part of a team who will deliver a £23 million UK-wide doctoral training programme to develop the next generation of nuclear engineers and support the transition to Net Zero.

A new 乐播传媒 commercialisation venture, BioSee AI, has launched to address one of industrial biotechnology鈥檚 most costly and persistent challenges - the lack of real-time visibility inside bioreactors to detect and avoid process failures and waste.

New research has revealed exactly how sounds like squeaking trainers, bike brakes in need of a tune-up or chalk on a blackboard occur and how they could be stopped.

The 乐播传媒 has made changes to its Level 7 Architect Degree Apprenticeship to ensure early-career architects can continue to access a high-quality, practice-based route to professional registration following recent changes to government apprenticeship funding.

Architecture students from the 乐播传媒 are taking part in a project to design a new structure to display padlocks, known as lovelocks, that were removed from Wilford Suspension Bridge.

A new UK research initiative announced today will explore new methods to manufacture materials for extreme environments, starting with those used in fusion machines.