PHD CELEBRATIONS
Spring Term 2025: PhD celebrations in the Department of Materials
Congratulations to the following postgraduate research students who have completed their studies in the Department of Materials.
Stories tagged with 'Engineering Materials'
Our Imperial finalists
Celebrating excellence at Imperial and beyond…
Applauding our Imperial finalists at the 2025 Undergraduate of the Year Awards!
Making a difference
The undergraduates transforming brain health, disaster relief and diagnostics
From wearable EEG stickers to earthquake rescue drones, these are the bold, cross-disciplinary ideas being developed by the 2025 FoNS-MAD finalists.
RESEARCH POSTGRADUATE DAY
Department of Materials celebrates Postgraduate Research Day 2025
The Department of Materials held its annual Postgraduate Research (PG) Day on Monday 31 March 2025.
NEW RESEARCH AREA LEADS
Three Imperial experts appointed Royce Research Area Leads
Imperial experts Professor Cecilia Mattevi, Dr Reshma Rao, and Professor Aron Walsh have been named among the new Royce Research Area Leads.
NEW ROYCE TRAINING COURSE
Royce at Imperial hosts first thin-film device manufacturing training course
Royce at Imperial hosted participants for a new three-day thin-film device manufacturing training course at White City Campus.
NEW ACADEMIC CHAMPIONS
Royce at Imperial appoints new champions for thin film and electrochemistry
Royce at Imperial is delighted to announce our new academic champions for thin film and electrochemical devices.
STEM for Britain
Imperial researchers share insights at 'STEM for Britain' finals in Parliament
This was the second consecutive year that researchers from the Department of Materials were invited to attend the STEM for Britain finals.
Sustainable fashion debut
McCartney and Imperial start-up put sustainable fashion on Paris catwalk
Luxury fashion brand Stella McCartney has teamed up with Imperial-backed start-up Sequinova to bring plant-based sequins to market.
NEW ROYCE GRANT
M-Spin receives 25k Royce Access Grant to use facilities at Royce Imperial
M-Spin's high-surface-area materials have the potential to enhance electrolysers, fuel cells, and batteries, supporting the energy transition.
