Microsoft Rare by LOM architecture and design

 

Architect’s Choices

Understanding the architectural language of the existing campus, as well as local and regional buildings, helped to inform the façade design and material choices.

LOM was asked to create a new 1,200m2 wellbeing workplace for 70+ staff that represents the unique culture and energy of Rare and the wider Microsoft context at Rare’s existing campus in Twycross in rural Leicestershire. We wanted to create a building that concentrates on ecology, amenity and sustainability – and is of its place, drawing inspiration from regional architecture and using local materials and suppliers where possible.

Louvres
Levolux
Infiniti Aluminium
Façade
levolux.com

Simon Marett, director, LOM architecture and design

Clay tiles
Marley
Humber Sandface
Roof
marley.co.uk

Bricks
Ibstock
Grosvenor Autumn Flame
Façade
ibstock.co.uk

 



منبع

This led to the development of a design that maximises a range of energy-saving and water-reducing technologies, alongside low embodied carbon materials, a timber frame structure and a building form influenced by local vernacular barn structures.

Microsoft Rare is a state-of-the-art, net-zero-in-operation gaming development centre for Rare, an Xbox Game Development Studio. 

Timber cladding
Accoya
Radiata Pine (New Zealand)
Cladding
accoya.com

 

 

Project data

The interior design needed to carefully consider users on the neurodivergent spectrum, providing flexible sit/stand desks and the incorporation of familiarity and flexibility: a design with acoustic and visual privacy and controlled lighting at each individual desk. Collaboration space with playful graphics and biophilia is woven throughout the interior spaces to foster a sense of togetherness among those working there. 

The textured timber façades feature louvres and herringbone detailing that reference local heritage buildings and the natural surroundings. Careful orientation on site maximises daylight inside the office space and significantly reduces the impact of solar gain – together with mixed-mode ventilation, operable windows and optimised window sizes to balance heat gains with daylight benefits. 

Tom Hofton, associate director, LOM architecture and design

 

Selected products 

 

Specification

Simon Marett, director, LOM architecture and design

On an adjacent field, a new solar farm supports the building’s energy needs. An exceptional amount of IT equipment with a high heat output is required as part of the building’s function, so the pitched roofs provide space for integrated high-level cooling and ventilation services, which contribute to a dynamic and contemporary appearance. The building is highly sustainable in response to Microsoft’s own demanding standards, with flexibility to respond to ever-changing technical requirements for many years to come.

We selected the timber cladding for its ultra-high performance and 60+ year lifespan; sourcing the timber from New Zealand was a decision based on the longevity of the product. Similarly, the clay tiles by Marley and bricks by Ibstock were selected on account of their longevity.

Start on site September 2021
Completion
December 2022
Gross internal floor area 1,260m²
Construction cost Undisclosed
Construction cost per m2 £5,400
Architect
LOM architecture and design
Client Microsoft, Rare
Structural engineer Cundall
M&E engineer Atelier Ten
QS 3-Sphere
Project manager Seven
Principal designer LOM architecture and design
Approved building inspector Stroma
Main contractor Bowmer & Kirkland Building Services
Landscape EPS
Planning consultant Planning & Design
Sustainability RKD
Ecology
RPS Group
Community engagement Planning & Design
Drainage SuDS Cundall
Fire consultant Cundall
Transport consultant Cundall
CAD software used
Revit
Predicted design life 50 years
Embodied and/or whole-life carbon –36.9 kgCO2/m2 (includes carbon offsetting through on-site PVs)

Internally, materials were selected for their low embodied CO2 or recycled content, in particular Fermacell wall boards, which are made of 100 per cent recycled material and have an embodied carbon content lower than traditional plasterboard.

The two-storey, net zero building is split across three bays to read as adjacent ‘barns’, providing an efficient floor plate at a human scale. The expressed timber structure is articulated to celebrate the craft of the construction, creating a rich sense of layering. 

Gutters
Alumasc
GX Aluminium
Gutters
alumasc.co.uk

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