GKN Aerospace today held an aviation industry forum to celebrate the opening of its new Global Technology Centre (GTC) in Bristol, UK.
The event – entitled ‘Shaping a sustainable future of flight’ – brought together the wider UK aerospace ecosystem and helped promote collaboration in the industry.
Speakers during the event included Trevor Higgs, General Manager of Airbus UK, Paul Stein, Chief Technology Officer (CTO) of Rolls-Royce, as well as GKN Aerospace Chief Executive Officer David Paja and John Pritchard, President of GKN Aerospace’s Civil business.
As well as keynote speeches, two panel discussions were held, the first focused on: ‘Building a more sustainable and better connected future of flight’ and the second on ‘Developing the workforce of the future’.
An academic zone also displayed sustainable aviation solutions of the future proposed by students from Bath, UWE and Bristol Universities, with further academic input from GTC partner institutions including Birmingham, Manchester and Newcastle Universities.
Commenting Chief Executive of GKN Aerospace, David Paja said: “GKN Aerospace is fully committed to a more sustainable future and in helping the industry achieve its target of net zero emissions by 2050.
“That work has already started and this Global Technology Centre is at the forefront of it.
“We have already delivered major aerostructures for all-electric aircraft and our break-through hydrogen development is laying a clear path to zero emissions flight.
“However, no single technology and no one company can tackle this challenge alone.
“It will take industry-wide collaboration, technical innovation and strong partnerships to achieve a truly sustainable future of flight.
“That is what today’s event, and this centre, is all about – bringing the world-leading UK aerospace ecosystem together and agreeing how we can shape that future, together.”
The 10,000m2 centre focuses on sustainable aviation research and development, including hydrogen propulsion technologies, advanced composite structures for electric aircraft, additive manufacturing, and industry 4.0 processes to enable the high rate production of aircraft structures.
