Cranfield University has joined Spirit Europe’s Aerospace Innovation Centre (AIC) as an academic partner at the newly opened research and development facility in Prestwick, Scotland.
The AIC was officially opened by Scotland’s First Minister, Nicola Sturgeon, and has been established as a centre of excellence in advanced materials, digital technologies and processes where Spirit will collaborate with industry and academic partners.
The circa £30 million centre will explore innovative design techniques for products such as aircraft wings, using lightweight composite material technology to reduce flight emissions and lower costs, and is already facilitating more than 20 industry and academic collaborations.
Professor Iain Gray, Director of Aerospace at Cranfield University, said: “Congratulations to Spirit AeroSystems on the opening of this very impressive facility which will help to advance technologies and capabilities to develop next-generation aerospace components and assembly processes. Cranfield is honoured to be a partner with Spirit and we look forward to working together in the AIC to innovate, train and develop skills for the design and digital manufacturing of current and future aircraft.”
First Minister of Scotland, Nicola Sturgeon, said: “As well as improving the efficiency of aircraft parts, and the way they are manufactured, this facility has the potential to enable growth for industry-leading aerospace innovations and create more high-value manufacturing jobs over the next decade.”
Scott McLarty, Senior Vice-President and General Manager - Airbus Programs and Business Jets, Spirit AeroSystems, and alumnus of Cranfield University, said: “For true innovation to occur, we need a diverse range of ideas and collaboration from a number of areas across the spectrum of research and development. As one of the UK’s leading Aerospace companies, Spirit Europe is proud to establish a collaborative space where we, with our partners in industry and education, will work together to develop new technologies that are competitive and sustainable for aerospace platforms of the future.”
The 90,000 square foot innovation centre on the Spirit Europe campus in Prestwick is capable of manufacturing components of up to 20 metres in length. It features 55,000 square feet of
manufacturing space, a materials lab, and office and conference space to accommodate over 200 people.
The AIC has been opened with investment from Spirit Europe of circa £25 million together with almost £5 million grant funding from Scottish Enterprise.
Scientists are exploring whether off-the-shelf technology that brings together the virtual and physical world can be used to tackle the growing problem of loneliness in the UK.
The team are assessing the suitability and feasibility of devices that could, for example, display live holograms of friends and family in a living room to recreate the social interactions that many hold so dearly.
Located hundreds of miles away from each other, friends and relatives could experience a connectedness much closer to real-life interactions, the team say, whether it be in their own home or a care setting.
The project is an attempt at tackling chronic loneliness, with around 1.5m peopled aged 50 and over in the UK reported to be suffering from the condition. A recent UK government white paper suggested that loneliness could be costing private sector employers up to £2.5 billion a year due to absence and productivity losses.
This growing problem has been made worse by the numerous lockdowns imposed throughout the coronavirus pandemic over the last 18 months, severing the physical ties between friends and relatives even further.
Thanks to new funding from UKRI, the Cardiff University team will look to develop a software prototype that will include a virtual reality headset, worn by a user, and a telepresence robot that can beam images and sounds of the friends and relatives back to the user in various shapes and forms, such as a hologram.
The researchers describe the technology as ‘mixed reality’ and liken the experience to playing the popular smartphone game Pokémon Go.
“You can imagine an elderly relative sitting in their living room with a cup of tea and interacting with their relatives as if they were sat right in front of them,” said the project’s principal investigator Dr Daniel J. Finnegan, from Cardiff University’s School of Computer Science and Informatics.
“This technology could be used to render holograms of people that could literally be hundreds or thousands of miles away and allow people to chat or play games with one another as if they were in the same physical place. Our aim is to support community building activities and reduce the growing loneliness epidemic.
The first stages of the project will involve gathering information from potential end-users, with both price and technology being potential barriers for the elderly.
Dr Finnegan plans to work alongside charities and other organizations to develop the product and help role it out to stakeholders, with a particular emphasis on developing training programs for carers to equip them with necessary IT skills required to engage with the technology.
“In a world dominated by social media, where we have so many tools and technologies to connect with another, loneliness remains a huge problem,” Dr Finnegan continued.
“This, I believe, could be linked to the shallow experience of connectedness these technologies provide. Connectedness is more than just being connected – it requires a shared understanding, the chance to socialize, agency and independence, and to share meaningful experiences and interact with other human beings.
“By using technology in a smart, meaningful, and research-driven way, this project aims to reduce feelings of emotional and social loneliness and isolation and go some way to addressing the growing problem in the UK.”
The funding, awarded through UKRI, was part of The Healthy Longevity Global Competition, with over 500 awards worth £62,500 each issued globally as seed funding to advance innovative ideas.
