The Dyson Centre for Neonatal Care Bath, Royal United Hospital Neonatal Intensive Care Unit
The Dyson Centre for Neonatal Care : Bath Building
Royal United Hospital Neonatal Intensive Care Unit Building, England, UK – design by Feilden Clegg Bradley Studios
22 Jun 2012
The Dyson Centre for Neonatal Care – Award
Design: Feilden Clegg Bradley Studios
The Dyson Centre for Neonatal Care – RIBA Awards winner, 2012
3 Aug 2011
The Dyson Centre for Neonatal Care Bath
New Neonatal Unit by Feilden Clegg Bradley Studios opens in Bath
Design: Feilden Clegg Bradley Studios
The Dyson Centre for Neonatal Care opened its doors on the 23rd July to its first babies. The Royal United Hospital Neonatal Intensive Care Unit (NICU), in Bath, has been transferred from its existing small, cramped facilities into its pioneering new home.
The project, funded as a 50/50 partnership by NHS budgets and fundraising by The Forever Friends Appeal, has resulted in a dramatically different and improved environment in which the RUH can care for the 500 premature and sick babies that it looks after each year. A pioneering holistic and therapeutic approach towards the new building has created a new low carbon unit allowing the staff to practice new methods of care for premature and sick babies.
The building consists of a single storey new‐build extension, and the refurbishment of the space occupied by the existing NICU facility. The new‐build element accommodates the clinical, support and reception functions as a discreet but contemporary intervention. The refurbished element comprises staff and parents’ facilities. The two elements are linked by a new ‘umbilicus’ which also provides an access point for emergency vehicles. The new building encloses an external courtyard space which provides both vista and breakout from reception and parents areas. The grouping of the care rooms forms a route around the staff base which is the heart of the unit.
The clockwise circuit of cot rooms forms a diagram of intensity of care, beginning with intensive care, then on to high dependency, then special care, on to the parents’ rooms, then finally home. From parents’ feedback progress along this ‘route’ is very important psychologically – it is important that the ever‐decreasing intensity of care is legible to parents.
The consulting examination and treatment spaces are carefully daylit. Parents and staff can now perceive changing external conditions through day and night, increasing well‐being. The heart of the clinical area is generously roof lit providing daylight to all the central spaces within. Sunlight is allowed to enter the building in certain controlled areas to add sparkle and delight without disturbing the working of the unit. Within the care areas light is carefully controlled to ensure that babies gain an awareness of day and night as they develop.
Sustainability in construction and use has been central to the design of the new unit. The team were adamant that the new NICU should not be a one‐off showcase for sustainability, but should serve as a template and catalyst for sustainable healthcare design by challenging existing standards, defining new targets and developing strategies replicable elsewhere in the health sector.
The unit is constructed entirely in cross laminated timber. This construction has benefits in terms of embodied energy, and is quick and clean to construct within a healthcare environment. The timber is exposed internally, creating a more calm and domestic environment within an acute clinical setting.
The project has achieved Breeam “Excellent”, and incorporates a sedum roof for rainwater attenuation, and to increase biodiversity on the site.
These measures will combine to make the new Neonatal Intensive Care Unit at the Royal United Hospital a beacon for sustainability across the health sector. The building is a case study for the next generation of healthcare buildings, a benchmark for best practice which incorporates replicable strategies which are demonstrated to pay back in a defined period, in a beautiful and therapeutic environment which is of tangible benefit to parents, staff and patients.
Architects view by Matt Vaudin
“We hope that the building will have a real influence and improve the outcomes for vulnerable babies, their parents and the amazing staff who look after them. We are especially pleased with the calmness created by the timber interior, and the quality of daylight and sunlight, which will help lower stress levels and lift the spirits for the parents and the staff.”
The first baby to have experienced both the cramped and noisy conditions of the old NICU and the benefits of the new facilities, Joshua Heather, was transferred to the Dyson Centre for Neonatal Care at the weekend. His mother, Cheralyn, said she is thrilled to be part of this memorable day and is amazed at the light airy conditions of the new building. “It is a real transformation and it will give me the opportunity to spend more time with Joshua in such comfortable and spacious surroundings”.
Making this become a reality “has been a real experience” stated Steve Boxall, Project Manager for the RUH. “This sustainable building has given us many challenges and we have worked together to find the answers. It has been a fantastic project from which we have learnt a great deal. A tremendous amount of interest has been shown by other healthcare professionals and we will enjoy sharing our experiences with them”.
Dr Bernie Marden, NICU Consultant, who has been involved from the beginning of this project, added “It is a dream come true. The four years planning and building it has taken has been worth every minute. Babies, however small, respond to the right environment and this could not be better. The NICU staff and I are truly delighted and can’t wait to settle into our wonderful new Centre”.
The Dyson Centre for Neonatal Care Bath – Building Information
Photographs © Craig Aukland / Fotohaus
Client: Royal United Hospital
Construction value: £3 million
Completion date: Jul 2011
Start on site: Jul 2010
Architect: Feilden Clegg Bradley Studios
Project Manager: Provelio Limited
Cost Consultant: Edmond Shipway
Structural Engineer: Buro Happold
M&E Engineer: Buro Happold
Main Contractor: Vinci Construction
CDM Consultant: Damrel
Healthcare Architect: SR Architects
Heathcare Researcher: Desireland
BREEAM Assessor: Buro Happold
Ecological Building Systems Ltd
The Dyson Centre for Neonatal Care Bath images / information from Feilden Clegg Bradley Studios
James Dyson Design School
Design: Wilkinson Eyre, Architects
picture from architects
Dyson School of Design Innovation Bath
James Dyson Building at University of Cambridge
Design: Nicholas Hare Architects
photo © Alan Williams photography
James Dyson Building, University of Cambridge
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photograph : Nigel Young_Foster + Partners
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image by Smoothe
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photograph : Edmund Sumner
Thermae : Bath Spa
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