21 November 2017
21 November 2017
When participating in the Composites UK North West Regional Roadshow in September, Safran Nacelles says it made several connections with the industry which have resulted in interesting projects.
Firstly, a connection was made with the University of Liverpool’s Formula Student team which had a table-top display the event. Safran has since assisted the team with its work. Formula Student takes place in mid-2018 and is an international competition in which top engineering students design, build and race a single seat racing car. Four of the University of Liverpool’s team spent three days with Safran.
“I am confident that the working relationship will grow stronger and stronger and last for several years," says Stephen Dyer, Safran’s Trainer for Composites. "We are hoping to send a few of our apprentices to Liverpool University in the next few weeks to carry on the work we have started.”
Safran’s participation at the Composites UK event and case study presentation ‘Working to the Future through Apprenticeships’ also resulted in an on-site meeting with Mac Measuria from JNV Composites and Pete Redfern from Tameside College who were looking to set up a training school similar to that in place at Safran.
“It is worth promoting some of the working relationships that can be established through networking at these conferences and the benefits all parties can take from these new working relationships,” Dyer adds.
The Composites UK event calendar for 2018 will be announced soon.
Photo provided by Composites UK
CRP USA will be attending Additive Manufacturing Users Group (AMUG) as speaker. The 31st edition of AMUG will be held from 31 March to 4 April 2019, at the Hilton Chicago, in Chicago, Illinois, US.
ThermHex Waben presents its lightweight Organosandwich semi-finished product at the international specialist conference ‘Plastics in Automotive Engineering’ in Mannheim, Germany 3-4 April 2019.
SABIC announces the launch of AMS31F filament, the company’s breakaway support material for fused deposition modeling.