Engineering news
Carwyn Jones, first minister of Wales has announced an EU investment of £7.5 million to kickstart the build of state-of-the-art engineering laboratories in Port Talbot, Wales.
The EU funding award will be matched by industry support and underwritten by TWI to create a total project fund of £19.5 million for the development of the new Advanced Engineering Materials Research Institute (AEMRI).
AEMRI will be a unique facility in Wales for structural testing and evaluation, supporting cutting-edge industrial research with partners in sectors including aerospace, automotive, electronics, and nuclear and renewable energy.
The project will create 16 highly skilled jobs, as well as training 20 PhD students and providing business growth opportunities for Welsh engineering and manufacturing businesses through access to its testing facilities.
Jones said: “EU funds for this new facility will result in more collaborative cutting-edge research and development taking place in Wales and will generate significant inward investment through major industrial partnerships.
“I am delighted that we’ve been able to support this expansion. It’s excellent news for our advanced engineering sector and will put Wales at the forefront of innovation in engineering during the coming years.
“I am pleased we can bring business growth and new highly skilled jobs to Port Talbot after the severe blow to the community last week. We are a pro-business government, and continue to work closely with companies to create growth and jobs in every part of Wales.”
The scheme has received backing from a range of global manufacturing companies and will generate over £12 million of inward investment within the next seven years through industry collaborations targeting companies such as Rolls-Royce, Boeing and Siemens.
Christoph Wiesner, chief executive of TWI technology centre said: ‘TWI welcomes the investment by the EU to develop this vital resource. AEMRI will be a first for Wales, providing the region with open access to state-of-the art technical research facilities and equipment. It will be a hub for industry to research, validate and test exciting new processes such as additive manufacture for critical structures, and to investigate the use of advanced materials such as composites or metal matrix products for novel applications.’
Work on the facility is set to begin in the coming months.