Friday, 20 November 2015
Education's highest national honour for NTU
World-class research at Nottingham Trent University has earned the institution a Queen's Anniversary Prize for Higher and Further Education – the highest national honour for a UK university.
Pioneering projects to improve weapons and explosives detection in luggage, enable safer production of powdered infant formula, and combat food fraud, have led to the prestigious award for the Chamber patron.
Queen’s Anniversary Prize winners were announced last night by the Royal Anniversary Trust, at a reception hosted at St James’s Palace by kind permission of Her Majesty the Queen.
The scheme – which aims to recognise and promote world-class excellence and achievement in universities and colleges in the UK – is the highest form of national recognition open to a UK academic or vocational institution.
Assessment is undertaken by a large national panel of Readers and advisory groups overseen by the Royal Anniversary Trust Executive. The Awards Council of the Trust makes the final recommendations which are submitted to the Prime Minister for advice to The Queen.
World-leading imaging systems for airport security – which have substantially improved safety and security for travellers – were at the heart of the university’s submission. Technological developments at the university led to improved methods for the detection of concealed weapons and explosives, through the development of one of the world’s most advanced 3D X-ray scanning systems.
The work involved the creation of a new method of X-ray imaging, using a single X-ray source to produce 'divergent beams' capable of capturing different views of an object under inspection. This provided crucial details of an object's shape and depth. The technology – of major importance due to the ever-increasing terrorist threat – was implemented within airport screening systems.
More recently, the work - led by Professor Paul Evans - has involved investigating and developing molecular signature techniques using hollow X-ray beams for high-speed identification of specific materials.
Food microbiology research at the university, meanwhile, has helped to lower the risk of severe infections among new born babies from consuming bacterially-contaminated powdered infant milk formula.
Findings led to improvements in methods for microbiological detection, as well as improving understanding of exposure and risk for babies. This knowledge contributed to the safer production of formula, changes in international legislation and regulations, and the introduction of new World Health Organisation infant formula preparation guidelines.
Finally, food authenticity work at the university has been at the forefront of assisting the Government to reduce food fraud, specifically through the detection of undeclared offal and added blood in meat products. For labelling purposes, EU law defines ‘meat’ as skeletal muscle – offal such as liver, heart and kidney should be listed separately in the ingredients and cannot count towards the meat content, and added protein (such as blood protein) has to be declared.
Nottingham Trent University Vice-Chancellor, Professor Edward Peck, said: “We are delighted to receive this award in recognition of the quality of research and the impact on society that would make any university in the world proud.”
Jo Johnson, Minister for Universities and Science said: “The UK is a world leader in science and research and The Queen’s Anniversary Prizes celebrate the achievements of our universities and colleges. The outstanding academics recognised with these awards bring benefits to the everyday lives of millions of people in the UK and deserve this high honour for their work.”
Kieran Poynter, Chair of The Royal Anniversary Trust said: “The Prizes in this biennial round again illustrate the variety and quality of innovative work being done in our universities and colleges. They encourage our institutions to think about what they are doing in terms of practical benefit as well as intrinsic quality. The work being recognised combines a track record of outstanding achievement with the promise of future development.”Back