The site covers the area between the M11 motorway, Madingley Road and Huntingdon Road. The area previously contained farms belonging to the university. Outline planning permission for the North-West Cambridge Development or University Farm site was granted in 2013. This covers up to 3,000 dwellings, up to 2,000 student bedspaces, employment floorspace, retail floorspace, a community centre, health care centre, a primary school and nurseries, a hotel and an energy centre. The development sets out to achieve high levels of sustainability, including many photovoltaic cells to gather solar energy, low levels of car use, a district heating network with energy centre scheme, communal waste collection systems, and the recycling of rainwater for irrigation and the flushing of toilets. Architecture practices involved in the development include: WilkinsonEyre, Mole Architects, Stanton Williams, Mecanoo, Sarah Wigglesworth Architects, RH Partnership, Marks Barfield Architects, MUMA, Maccreanor Lavington, and Witherford Watson Mann.
Eddington
Eddington is the name given by developers to a local centre in the North West Cambridge Development, after Cambridge astrophysicist Arthur Eddington, who led an expedition to the island of Príncipe to photograph the solar eclipse of May 29, 1919 and verify Einstein's General Theory of Relativity. It is part of Phase I of the North West Cambridge Development, and combines the Castle Ward in the north-west of the city, and Girton parish of South Cambridgeshire district. In 2018, a very large Roman villa was excavated on the site of Eddington, next to its Park & Ride scheme. Eddington is centred around Market Square, with a Sainsbury's supermarket. Its one school, the University of Cambridge Primary School, opened in 2015, occupies a toroidal building – shaped like a Polo mint – by Marks Barfield. The Storey's Field community centre and nursery is adjacent and was nominated for the 2018 Stirling Prize. Graduate students of Girton College are housed at Swirles Court. An energy centre provides a district heating system, while a sustainable urban drainage system channels rainwater via bioswales to the artificial Brook Leys lake between the site and the M11 motorway. The water is pumped back into homes for washing through a non-potable network. The Fata MorganaTea House by German artists Wolfgang Winter and Berthold Hörbelt sits on the western bank of Brook Leys lake. Except for the roof, almost the entire two-storey pavilion, including built-in benches, was made from undulating stainless steelwelded grating. Depending on light conditions, its polished surfaces can appear shiny or see-through. These photographs were taken in September 2017:
Transport
The site is served by the WhippetUniversal bus. Madingley Road Park and Ride lies to the south of Eddington. The Ridgeway, a cycle and pedestrian path runs through the site from Girton to Storey's Way. Eddington has road access to Madingley Road on its south side and Huntingdon Road on the north-east side.
*"North West Cambridge will create a new University quarter, which will contribute to meeting the needs of the wider city community, and which will embody best practice in environmental sustainability."
February 2013: Outline planning permission for North West Cambridge development.
June 2014: Name of Eddington announced, in honour of Sir Arthur Eddington who lived and worked nearby. Other names announced within North West Cambridge are open spaces Brook Leys and Storey's Field, and residential areas Ridgeway Village and Gravel Hill.
September 2016: University of Cambridge Primary School, adjacent to Eddington, is officially opened. This is the first operational unit of the North West Cambridge development.
Eddington will include 700 University key-worker residences, 325 postgraduate student rooms, the market square with Sainsbury's and local shops, the energy centre and the health centre, and a hotel. The North West Cambridge Development is planned to eventually contain 3,000 homes, accommodation for 2,000 postgraduate students and of research facilities. The energy centre will be used to produce electricity as electrical demand grows.
