“ We collated vast amounts of data using new techniques to build up a really accurate picture of how babies respond to their environment . We found that the design of the building led to better fed and better rested babies , contributing to their recuperation .” Dr Bernie Marden , Medical Director at RUH .
43
Accelerometers were used in a world first to measure respiratory and sleep patterns in babies . An extremely low power , self-contained wireless device monitored their reaction to the new environment . The studied babies were found to be asleep or in a restful state for longer than in the old building .
Infrared tracking technology followed staff movements and tested the efficiency of the design . The study found that nurses in the new building spent 20 % more of their time in the clinical rooms , caring for the babies .
Lux meters showed up to 50 % more natural light was measured in the new building , ensuring a more natural circadian rhythm - allowing the babies , parents and staff to perceive the changing day , aiding the babies sleeping and eating habits . Noise levels decreased by over 9dB on average from those in the old building too .
Since opening , the Unit has won multiple global awards . Most notably , it ’ s been recognised by the Royal Institute of British Architects , Royal Institute of Chartered Surveyors , International Academy for Health & Design and Better Healthcare Building awards , and has a BREEAM ‘ Excellent ’ certificate .
Specialists in manufacturing and installing aluminium glazing products to the commercial market
We are pleased to be associated with the Dyson Cancer Centre
Unit 12 , Liberty Industrial Park , South Liberty Lane , Ashton , Bristol , BS3 2SU 0117 947 1200 info @ aaag . co . uk www . aaag . co . uk
www . constructionviewonline . co . uk