The new centre will further the charity’s aim to provide free, practical, emotional and social support to cancer patients across the UK.
Located across Britain and abroad, Maggie’s Centres are conceived to provide a welcoming ‘home away from home’ – a place of refuge where people affected by cancer can find emotional and practical support. Inspired by the blueprint for a new type of care set out by Maggie Keswick Jencks, they place great value upon the power of architecture to lift the spirits and help in the process of therapy.
The newly-built structure to house the largest Maggie’s Centre in the United Kingdom to date is a single-storey structure covering an area of around 500m2 over the site.
The design of the Manchester centre aims to establish a domestic atmosphere in a garden setting and, appropriately, is first glimpsed at the end of a tree-lined street, a short walk from The Christie Hospital and its leading oncology unit.
The building occupies a sunny site and is arranged over a single storey, keeping its profile low and reflecting the residential scale of the surrounding streets.
The perfect blend
The roof rises in the centre to create a mezzanine level, naturally illuminated by triangular rooflights and it is supported by lightweight, timber lattice beams. The beams act as natural partitions between different internal areas, visually dissolving the architecture into the surrounding gardens.
The building comprises 17 symmetrical frames on a 3-metre grid, with a central ‘spine’ defining the line of symmetry.
Timber was chosen as the primary building material for its aesthetic and structural properties, as well as cost and carbon efficiency. The timber beams are designed as trusses that reflect the magnitude and orientation of the loads acting on them – any portion that is superfluous to the structural support has been removed.
The chosen structural material was Laminated Veneer Lumber, specifically Kerto, due to its enhanced strength and stiffness when compared with ordinary timber. The truss construction is composed of two sheets of Kerto-Q with the main grain orientation aligned in the direction of the most severely loaded elements. These were milled using a CNC machine directly from a 3D model generated in Rhino during the design process. The two glued sheets were then complemented by two sections of Kerto-S solid sections glued on either side to form the flanges.
An analysis of the stresses due to wind load (sideways) and snow and dead load (vertically) indicated where the timber could be optimised. The beams thus have a top and bottom flange, and diagonals through the web that densify as the shear force increases along the section. The trusses taper as the bending forces reduce, towards to the cantilever tip, through the column to the pin connection at the ground, and at the central node above the spine.
The diagonal arrangement of the trusses in plan across the spine enable the structure to provide stability to the roof without the need for any additional bracing elements or stiffeners. The roof acts as a single diaphragm transferring the wind loads into the trusses, which provide rigidity as a portal frame across the building. Along the length of the building, the diagonal trusses deliver load into the spine. In this way, the structure of the building directly reflects the forces that it resists.
The centre combines a variety of spaces, from intimate private niches to a library, exercise rooms and places to gather and share a cup of tea. The heart of the building is the kitchen, which is centred on a large, communal table. Institutional references, such as corridors and hospital signs have been banished in favour of home-like spaces. To that end the materials palette combines warm, natural wood and tactile surfaces. Staff will be unobtrusive, yet close and accessible. Support offices are placed on a mezzanine level positioned on top of a wide central spine, with toilets and storage spaces below, maintaining natural visual connections across the building.
Throughout the centre, there is a focus on natural light, greenery and garden views. The rectilinear plan is punctuated by landscaped courtyards and the entire western elevation extends into a wide veranda, which is sheltered from the rain by the deep overhang of the roof.
Sliding glass doors open the building up to a garden setting, created by Dan Pearson Studio. Each treatment and counselling room on the eastern facade faces its own private garden. The south end of the building, extends to embrace a greenhouse – a celebration of light and nature – which provides a garden retreat, a space for people to gather, to work with their hands and enjoy the therapeutic qualities of nature and the outdoors. It will be a space to grow flowers and other produce that can be used at the centre giving the patients a sense of purpose at a time when they may feel at their most vulnerable.
The centre, designed and engineered by Foster + Partners, also features bespoke furniture designed by Norman Foster and Mike Holland who heads out the industrial design team in the practice. These include kitchen units and table, sideboards and other shelving units.
Lord Foster, Chairman and Founder of Foster + Partners, comments: “I have first-hand experience of the distress of a cancer diagnosis and understand how important Maggie’s Centres are as a retreat, offering information, sanctuary and support.
“Our aim in Manchester, the city of my youth, was to create a building that is welcoming, friendly and without any of the institutional references of a hospital or health centre – a light-filled, homely space where people can gather, talk or simply reflect. That is why throughout the building there is a focus on natural light, greenery and views; with a greenhouse to provide fresh flowers, and an emphasis on the therapeutic qualities of nature and the outdoors. The tim§ber frame, helps to connect the building with the surrounding greenery – externally, this structure will be partially planted with vines, making the architecture appear to dissolve into the gardens.”