Engineers at Bristol University are developing technology that will mean that planes can self-heal. Working on the composite materials that are used in the wings of planes, the technology will help stop cracks forming.
Engineers at Bristol University are developing technology that will mean that planes can self-heal. Working on the composite materials that are used in the wings of planes, the technology will help stop cracks forming.
Floating Solar Engineering: Port of Barrow to Install UK’s Largest Pontoon-Mounted Array
Associated British Ports (ABP) has submitted a planning application for what is projected to become the UK's largest floating solar...
Time Capsule 2025 – 10 Groundbreaking Engineering Innovations Set to Transform Industries
Welcome to our 2025 time capsule! We are about to kick off another year, and it's always fascinating to consider...
Pioneering Bristol Project to Restore Natural Sense of Touch in Prosthetic Arms
The UK government has committed to funding 100 pioneering research projects through the Engineering and Physical Sciences Research Council (EPSRC)....
Statue of Vaccine Engineer Alice Kan Unveiled, Inspiring Next Generation
The Royal Academy of Engineering (RAEng) unveiled a striking statue of Alice Kan, a manufacturing engineer from Macclesfield, to mark...
Radar ‘Stethoscope’ Revolutionizes Contactless Heart Monitoring
A groundbreaking advance in health monitoring technology developed by researchers at the University of Glasgow could lead to a new...
T-Level Success Opens Doors to HS2 Careers for Young Engineers
Twelve West Midlands students have secured apprenticeships on the High Speed 2 (HS2) project after completing their T-Level qualifications. The...
In a tribute to the trailblazing women who contributed to the war effort during World War II, BAE Systems has...
Engineering the Paris Olympics: A Showcase of Innovation and Sustainability
The world's largest sporting event, the Olympic Games, has always showcased human achievement, resilience, and unity. As Paris prepares to...