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Background  

The Sidgwick Site was established in the post-war expansion of the University as the major centre for Arts, Humanities and Social Sciences. Previously agricultural land, the framework for development was set out in the 1952 masterplan produced by Casson Conder Architects.  

The development plan called for a degree of formality in layout, with buildings, which were allowed to be quite dissimilar, arranged around courtyards as a reference to the traditional form of collegiate development.  

The southern half of the site was substantially built to Casson Conder designs over several decades and what we see today is largely the realisation of the southern half of their masterplan. Construction started in 1956 with the Lecture Hall Block and continued through the Raised Faculty Building (1959-61), Economics and Politics (1960-61), Lady Mitchell Hall and Little Hall (1965), and concluding with the Faculty of Classics in 1983. 

Several subsequent development plans were prepared, most notably by James Stirling in 1964 and Norman Foster in 1991-5, each leading to the construction of their own iconic buildings: the History Faculty (Stirling) building and the Faculty of Law respectively. Over the years, further revisions to the masterplan were prepared by Casson Conder, Fitzroy Robinson Architects and finally Allies and Morrison. 

The masterplan of 2000 guided the development of the three more recent buildings on the site, namely the Institute of Criminology (2004, by Allies and Morrison), the Faculty of English (2004, by Allies and Morrison) and the most recent Alison Richard Building (2012, by Nicholas Hare Architects). Consequently, there is a clear contrast between the southern half of the site, designed entirely by Casson Conder, and northern half, comprised of major buildings by various architects in contrasting styles. 

Photo gallery of the development of the Sidgwick Site from 1958-1977Photo gallery of the development of the Sidgwick Site from 1981-2012

Conservation 

The Sidgwick Site sits within the West Cambridge Conservation Area, which has influenced the protection of many of the buildings on the site, as well as the trees. The Casson Conder buildings of the original 1960s masterplan hold a Grade II listing, while the building for the History Faculty (Stirling building) is Grade II* listed, and many of the other buildings have been noted as “Positive Buildings” within the West Cambridge Conservation Area Assessment as they are seen to contribute to the quality of the Conservation Area. 

The 2017 masterplan appraisal by Allies and Morrison built on the character of the area, respecting the approach set out in the original Casson Conder Masterplan. A Heritage Strategy aims to derive policies for future growth that will ensure the retention of significant aspects of the Sidgwick Site whilst enabling its current expansion. These include: 

  • enhance the setting of the listed and positive buildings and landscape within the Conservation Area 

  • enhance the Raised Faculty Building and its courtyard as the heart of the site 

  • mitigate the suggested loss of the last villa on West Road, but enhance the setting of the 'positive' Concert Hall. 

Sustainability 

The University’s Strategic Framework for the Development of the University Estate sets out a number of key goals across the University’s estate. The goals that relate directly to the engineering and environmental sustainability of the site are: 

  • Improve sustainable travel options 

  • Reduce carbon emissions 

  • Conserve natural resources and enhance biodiversity 

A high-level Sustainability Framework for the Sidgwick site has been produced which focuses targets in line with other masterplan developments across the University. The framework provides key performance criteria and proposals for the site aim to: 

  • Create a more accessible, pedestrian and cycling friendly site 

  • Reduce the number of vehicles on site 

  • Reduce on-site CO2 emissions and energy demands through a low carbon energy strategy looking towards the University’s long-term ambition to be carbon neutral by 2050 

  • Minimise stormwater run-off from new buildings through use of sustainable drainage systems 

  • Reduce water consumption on site. 

  Key Performance Indicators 2016 Masterplan measures
Energy and Climate Change Reduce carbon emissions from energy use by 34% by 2020 and be carbon neutral by 2050 
  • Identify energy efficiency opportunities for existing buildings through energy audits and minimise the energy demand of future buildings
  • Develop a low carbon energy supply strategy with future aspiration for zero carbon. E.g. explore the feasibility of installing a low carbon heat network to the site
  • Maximise renewable energy opportunities at new and existing buildings e.g. enable solar PV
  • Improve metering and energy reporting
Water Reduce total on-site water use by at least 20% by 2030 and have no increase in surface water run-off with the aim of achieving 50% betterment over existing run-off rates for new developments and the associated landscape works 
  • Manage surface water using SUDs techniques
  • Identify demand reduction opportunities for existing buildings
  • Explore the opportunity of a non-potable water network to new buildings from the existing spring adjacent to the Law Faculty
  • Improve metering and consumption reporting
Materials Assess embodied vs. operational lifecycle carbon emission for new buildings and refurbishment 
  • Adopt a whole life approach to component and material selection and efficient design
  • Adopt construction approached to minimise materials use
  • Incorporate existing structures, materials and components from on-site demolition unless demonstrated not technically viable
  • Source locally and responsibly where possible
Waste Have zero non-hazardous waste to landfill by 2020 
  • Improve on site waste management and target monitoring
  • Education campaign for staff and students to promote awareness 
  • Uniformity throughout campus of bin types and strategy 
  • Organic waste compost off site
  • Aim to target 100% of non-hazardous demolition waste and construction waste (excluding excavation waste) to be diverted from Landfill
Health and Wellbeing Provide natural ventilation, daylighting and views out to all appropriate external areas in new developments 
  • Design building massing to ensure that all occupied areas have access to natural ventilation and light
  • Provide a high quality external environment which is freely accessible by all
  • Ensure that all internal finishes are classed as low or zero VOC and formaldehyde
Collaboration and Inclusion Enable inclusive access across the masterplan and provide adaptable and collaborative buildings 
  • Optimise existing buildings to provide flexible and adaptable working space to increase the useful life of the buildings
  • Improve accessibility and legibility across the site both internally and externally, with pedestrian priority at arrival to the site and at each building
  • Promote collaboration through shared teaching spaces e.g. incorporate MiCAD services on the site
  • Develop a Sidgwick Site website for communications
Education and Knowledge Improve environmental awareness by giving users feedback 
  • Improve metering on site and make it available to occupants online
  • Continual learning through site monitoring, KPIs and analysis
  • Engage the site users i.e. through various media including a campus website
Employment Opportunities The main contractor on all projects above £10m shall employ a minimum of 20% local labour 
  • Create or increase opportunities with local training programmes
Biodiversity and Ecology Have a positive net impact on local biodiversity preserving and promoting existing species and increase species diversity 
  • Increase tree numbers on site by planting new trees 
  • Specify large species tree planting 
  • Retention and protection of existing tree assets 
  • All new buildings to have green/blue/brown roofs and retrofit to existing roofs where possible 
  • Provide additional green space both on the ground and through vertical planting
Environmental pollution Limit pollution from building systems - have no more than 500kgCO2e/kW refrigerants and limit emissions from heating to 70mg/kWh in NOx by 2030 
  • Reduce need for vehicle access for waste and goods
  • Introduce a low carbon heat network
  • Minimise need for cooling through careful building design
  • Encourage low emission vehicles e.g. electric car charging
Heritage and Culture Preserve existing heritage of significant buildings across the site and upgrade buildings and setting to a scale and standard suitable for 21st century teaching and studying requirements 
  • Improve energy performance of buildings without compromising the historic integrity of the building 
  • Define parameters which allow for future growth to meet the long-term needs of the University whilst retaining sensitivity to the existing and significant cultural assets of the site 
Transport and Mobility Have at least 75% of staff commuting to the site through sustainable modes of transport with the aim of achieving 90% by 2030 
  • Prepare a framework travel plan to enable consultation with the City Council and monitor performance 
  • Encourage walking and cycling by improving pedestrian environment and providing enhanced cycle facilities, including secure storage and showers 
  • Reduce car parking on-site by 2/3 and provide electric vehicle charging 

Public Art 

The Sidgwick Site is an important focal point for arts, and the incorporation of sculpture and artwork is integral to the site’s development strategy. The curation of a sculpture park strategy for the site is an exciting way to formalise this intent and to forge new partnership and collaborative opportunities with arts organisations on the theme of 'ecosystem'. It embraces the potential for art to enhance the enjoyment, understanding and experience of the public realm, reflecting today’s diverse and rich landscape and society. 

The advantage of the Sidgwick Site is that it is open and accessible to the wider community. The site already forms part of The Cambridge City Sculpture Trail, which is curated as three walks providing access to over sixty works of art of 20th and 21st century sculpture. 

The cultural enhancement provided by a sculpture strategy, including the potential to locate a sculpture in the public spaces associated with new buildings or extensions, will improve legibility of the masterplan as well as contributing further to the city-wide Sculpture Trail initiative.