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Sumit Singhal
Sumit Singhal
Sumit Singhal loves modern architecture. He comes from a family of builders who have built more than 20 projects in the last ten years near Delhi in India. He has recently started writing about the architectural projects that catch his imagination.

Carshalton Boys Sports College in London, England by Fraser Brown MacKenna Architects

 
April 9th, 2016 by Sumit Singhal

Article source: Fraser Brown MacKenna Architects

Fraser Brown MacKenna Architects designed a classroom suite for Carshalton Boys Sports College in South London. The building is clad in perforated and solid Cor-ten panels and utilised off-site manufacture to meet programme, budget, and sustainability requirements.

Image Courtesy © Tim Crocker

Image Courtesy © Tim Crocker

  • Architects: Fraser Brown MacKenna Architects
  • Project: Carshalton Boys Sports College
  • Location: London Borough of Sutton, England
  • Photography: Tim Crocker
  • Software used: Autocad, Sketchup, 3D Studio Max
  • Client: Carshalton Boys Sports College
  • M&E/ Sustainabilty Engineer: XCO2
  • Planning Consultant: ADN Planning
  • Cost Consultant: Burnley Wilson Fish
  • Main Contractor: Charter Construction PLC
  • Arboricultural consultant: Clive Fowler Associates
  • Area: 775sqm
  • Year: 2013

Image Courtesy © Tim Crocker

Image Courtesy © Tim Crocker

The new built-for-purpose Maths facility replaced a deteriorating temporary structure, providing eight new flexible classrooms, staff offices and WC facilities within a new 775sqm single storey building. With its intriguing visual aesthetic the new Cor-ten clad facility promotes a positive, modern identity for the department, and provides an improved working environment within.

The interiors are flooded with natural light and make use of moveable partitions to provide flexible and generous teaching spaces. Full-height internal windows looking onto the corridor improve lighting conditions and aid surveillance. Whilst initially met with some hesitation, indications post-completion have shown the transparency of the space had a positive impact, improving student attentiveness and behaviour within a more mature working environment.

Image Courtesy © Tim Crocker

Image Courtesy © Tim Crocker

The school Principal Simon Barber commented that ‘the design of the new building is outstanding and is being seen as a benchmark for other local schools who are facing the same challenges as my own – how to provide high quality teaching spaces with a limited budget and less time than we might like to deliver them.’

FBM worked closely with the board of governors at Carshalton and the contractors on site to successfully achieve a fast build whilst faced with time, health and safety, and operational constraints caused by working during term time at the college. Building to a 1200mm grid, simplicity in design and the use of modular components manufactured off-site helped to achieve the 6 month programme with the timber frame taking under two weeks to erect.

Image Courtesy © Tim Crocker

Image Courtesy © Tim Crocker

The building exterior is primarily formed by a pre-weathered Cor-ten steel box, with anodised aluminium accents at the entry and exit points. Cor-ten offers:

• A warm tonal variety that both knits with the contextual red-brick palette whilst maintaining a character of its own
• An evolving, weathered appearance that changes over time, adding educational value to the buildings aesthetic whilst promoting interest in the department
• A low maintenance facade
• A durable, protective envelope

The variety of transparencies responds to the different environmental conditions found around the building protecting the interiors from excessive solar gains.

By adopting a single storey design with sheltered play spaces we have minimised the visual and sounds impacts of the building and its users to the surroundings. This was essential in ensuring that the building would receive planning approval without objection within funding timescales. The Cor-ten forms a raised parapet to the perimeter of the building to mask plant items when viewing the building from the surrounding context.

Image Courtesy © Tim Crocker

Image Courtesy © Tim Crocker

FBM design reacted to environmental conditions to provide a highly sustainable and flexible teaching facility. Sustainability has been integrated through using:

• A timber frame, highly efficient thermal envelope, the roof U value at 0.1 W/m2k
• High performance glazing used on all doors and windows
• High efficiency boilers to reduce energy use and heating costs
• Photovoltaic panels, totalling a 7 kW capacity have been integrated into the roof to provide green electrical energy sufficient for the buildings requirements, which only needs supplementing in exceptional circumstances
• Natural light and ventilation throughout via regularly spaced windows and roof lights
• Low energy luminescent with intelligent control
• Perforated cladding providing passive solar shading
• Off-site manufacture of key components and building to a 1200mm grid meant there were no timber cut-offs, minimising material waste
• The site waste management plan ensured that other than soil waste, any waste produced was recycled or re-used

The project was part funded through the Academy Capital Maintenance Fund grant and incorporated sustainable solutions such as a super-insulated thermal envelope and 7kW capacity photovoltaic panels to considerably minimize running costs.

Image Courtesy © Tim Crocker

Image Courtesy © Tim Crocker

Carshalton Boys Sports College is a non-selective convertor Academy in a selective borough. The majority of students are from socioeconomic backgrounds below the national average. Despite this, achievement is significantly above the national average and improving rapidly, with the school included in the 100 ‘most improved schools’ for the past three years running.

Image Courtesy © Fraser Brown MacKenna Architects

Image Courtesy © Fraser Brown MacKenna Architects

Image Courtesy © Fraser Brown MacKenna Architects

Image Courtesy © Fraser Brown MacKenna Architects

Image Courtesy © Fraser Brown MacKenna Architects

Image Courtesy © Fraser Brown MacKenna Architects

Image Courtesy © Fraser Brown MacKenna Architects

Image Courtesy © Fraser Brown MacKenna Architects

Image Courtesy © Fraser Brown MacKenna Architects

Image Courtesy © Fraser Brown MacKenna Architects

Image Courtesy © Fraser Brown MacKenna Architects

Image Courtesy © Fraser Brown MacKenna Architects

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Categories: 3dS Max, Autocad, College, Photoshop, Sports Centre

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