Steven Holl completes extension to Mackintosh’s Glasgow School of Art

American architect Steven Holl has completed his new building for the Glasgow School of Art in Scotland, where its geometric matte-glass exterior stands in contrast to the decorative sandstone facade of Charles Rennie Mackintosh’s masterpiece across the street (+ slideshow).

Glasgow School of Art by Steven Holl

Steven Holl‘s Reid Building provides modern studios for the Glasgow School of Art and was designed to forge “a symbiotic relationship” with the historic campus building completed by Scottish architect Charles Rennie Mackintosh a decade century earlier.

Glasgow School of Art by Steven Holl

The new five-storey-high building replaces the school’s Newbery Tower and Foulis Building, but wraps around the three-storey stone Assembly Building, which houses the school’s popular student union.

Glasgow School of Art by Steven Holl

One of the main aims of the design was to bring as much natural light as possible into the building, so Holl created three cylindrical shafts of light that he calls “Driven Voids”, which stretch right down from the roof to the basement.

Glasgow School of Art by Steven Holl

Spaces inside the building were also arranged with respect to their lighting requirements, so the majority of studios and workshops are positioned along the northern edge of the plan, where they will receive more consistent levels of daylight.

Glasgow School of Art by Steven Holl

A central network of staircases and ramps extends around, beside and across the three lightwells, helping students to orientate themselves within the building.

Glasgow School of Art by Steven Holl

These link all of the floors, including the two basement levels, and lead up from the lobby, exhibition galleries and seminar rooms of the ground floor to workshops, studios, project rooms and a lecture room elsewhere in the building.

Glasgow School of Art by Steven Holl

Artist and former Glasgow School of Art student Martin Boyce was commissioned by the architects to design a piece to mark the entrance to the new building, and his screen of painted steel and glass vines hangs down from the ceiling.

Glasgow School of Art by Steven Holl

Describing the piece as “a flourish of coloured glass catching and projecting washes of light,” Holl explained: “We see this colour in positive contrast to the original colours of Mackintosh and an inspiration to students and the community.”

Glasgow School of Art by Steven Holl

The architects are also planting a terrace outside the building, which is intended to resemble the grassy machair plains that are particular to parts of the British Isles.

Glasgow School of Art by Steven Holl

Photography is by Paul Riddle.

Here’s some more information from the Glasgow School of Art:


The Reid Building Glasgow, United Kingdom (2009 – 2014)

Following an Estates Review that established, with the exception of the Mackintosh building, the School’s Garnethill estate of some nine separate buildings was no longer fit for purpose, a plan was developed with the aspiration to create a more focused campus of facilities to provide the GSA with world class spaces.

Glasgow School of Art by Steven Holl

The core principle of Phase 1 of the campus plan was to create a new, purpose-built academic building housing a broad range of studios and teaching facilities for the School of Design, as well as workshops, lecture facilities, communal student areas and exhibition spaces for the School as a whole, and a new visitor centre.

Glasgow School of Art by Steven Holl

Steven Holl Architects of New York, in association with Glasgow-based JM Architects and Arup Engineering, were selected in September 2009 to design and deliver the Phase 1 building, which will be called the Reid Building in honour of Dame Seona Reid who stood down as Director of the GSA in the summer of 2013, to sit fittingly opposite the category ‘A’ listed Mackintosh building.

Glasgow School of Art by Steven Holl

The development (including costs incurred in the re-housing of the School of Design during the re-build) has been funded by a grant from the Scottish Funding Council. The development has been delivered on time and on budget.

Glasgow School of Art by Steven Holl

The Design

The Reid Building, which replaces the Newbery Tower and Foulis Building, is in complementary contrast to Charles Rennie Mackintosh’s Glasgow School of Art (1899 – 1909) – forging a symbiotic relation in which each structure heightens the integral qualities of the other. A thin translucent materiality in considered contrast to the masonry of the Mackintosh building – volumes of light which express the school’s activity in the urban fabric embodying a forward-looking life for the arts.

Glasgow School of Art by Steven Holl

This project’s unique interior and exterior forces on the design are the catalysts for creating a new 21st century model for the art school. Working simultaneously from the inside out – engaging the functional needs and psychological desires of the programme – and the outside in – making connections to the city campus and relating to the Mackintosh building opposite – the design embodies the school’s aspirations in the city’s fabric.

Glasgow School of Art by Steven Holl

Mackintosh’s amazing manipulation of the building section for light in inventive ways has inspired our approach towards a plan of volumes in different light. The studio/workshop is the basic building block of the building. Spaces have been located not only to reflect their interdependent relationships but also their varying needs for natural light. Studios are positioned on the north facade with large inclined north facing glazing to maximise access to the desirable high quality diffuse north light. Spaces that do not have a requirement for the same quality of natural light, such as the refectory and offices, are located on the south facade where access to sunlight can be balanced with the occupants needs and the thermal performance of the space through application of shading.

Glasgow School of Art by Steven Holl

“Driven Voids of light” allow for the integration of structure, spatial modulation and light. The “Driven Void” light shafts deliver natural light through the depth of the building providing direct connectivity with the outside world through the changing intensity and colour of the sky. In addition, they provide vertical circulation through the building, eliminating the need for air conditioning.

Glasgow School of Art by Steven Holl

Along the south elevation, at the same height as the Mackintosh main studios, a landscape loggia in the form of a Machair gives the school an exterior social core open to the city. The natural vegetation with some stonework routes the water into a small recycling water pond which will reflect dappled sunlight onto the ceiling inside.

Glasgow School of Art by Steven Holl

A “Circuit of Connection” throughout the new GSA encourages the ‘creative abrasion’ across and between departments that is central to the workings of the school. The open circuit of stepped ramps links all major spaces – lobby, exhibition space, project spaces, lecture theatre, seminar rooms, studios, workshops and green terraces for informal gatherings and exhibitions.

Glasgow School of Art by Steven Holl
Site plan – click for larger image
Glasgow School of Art by Steven Holl
Basement floor plan – click for larger image
Glasgow School of Art by Steven Holl
Ground floor plan – click for larger image
Glasgow School of Art by Steven Holl
First floor plan – click for larger image
Glasgow School of Art by Steven Holl
Second floor plan – click for larger image
Glasgow School of Art by Steven Holl
Third floor plan – click for larger image
Glasgow School of Art by Steven Holl
Fourth floor plan – click for larger image
Glasgow School of Art by Steven Holl
Mezzanine floor plan – click for larger image
Glasgow School of Art by Steven Holl
Section one – click for larger image
Glasgow School of Art by Steven Holl
Section two – click for larger image
Glasgow School of Art by Steven Holl
Section three – click for larger image
Glasgow School of Art by Steven Holl
Section four – click for larger image

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Riverside Museum by Zaha Hadid Architects

Riverside Museum by Zaha Hadid Architects

Zaha Hadid Architects have completed the Riverside Museum in Glasgow with a zig-zagging, zinc-clad roof.

Riverside Museum by Zaha Hadid Architects

Housing a museum of transport with over 3,000 exhibits, the building has a 36 metre-high glazed frontage overlooking the River Clyde.

Riverside Museum by Zaha Hadid Architects

The building zig-zags back across its site from this pointy roofline in folds clad with patinated zinc panels.

Riverside Museum by Zaha Hadid Architects

Strips of lighting inside follow seams in the green underside of the undulating roof.

Riverside Museum by Zaha Hadid Architects

Photographs are by Hufton + Crow unless otherwise stated.

Riverside Museum by Zaha Hadid Architects

Here are some more details from Zaha Hadid Architects:


Riverside Museum
Glasgow, Scotland

The Riverside Museum is derived from its context. The historic development of the Clyde and the city of Glasgow is a unique legacy. Located where the Kelvin joins the Clyde, the museum’s design flows from the city to the river; symbolizing a dynamic relationship where the museum is the voice of both, connecting the city to the river and also the transition from one to the other. The museum is situated in very context of its origins, with its design actively encouraging connectivity between the exhibits and the wider environment.

Riverside Museum by Zaha Hadid Architects

The building, open at opposite ends, has a tunnel-like configuration between the city and the Clyde. However, within this connection between the city and river, the building diverts to create a journey away from its external context into the world of the exhibits. Here, the internal path within the museum becomes a mediator between city and river, which can either be hermetic or porous depending on the exhibition layout. Thus, the museum positions itself symbolically and functionally as open and fluid, engaging its context and content to ensure it is profoundly interlinked with not only Glasgow’s history, but also its future. Visitors build up a gradual sense of the external context as they move through the museum from exhibit to exhibit.

Riverside Museum by Zaha Hadid Architects

The design is a sectional extrusion, open at opposing ends along a diverted linear path. This cross-sectional outline could be seen as a cityscape and is a responsive gesture to encapsulate a waves on water. The outer waves or ‘pleats’ are enclosed to accommodate support services and the ‘black box’ exhibits. This leaves the main central space column-free and open, offering greatest flexibility to exhibit the museum’s world-class collection.

Riverside Museum by Zaha Hadid Architects

Zaha Hadid says: “Through architecture, we can investigate future possibilities yet also explore the cultural foundations that have defined the city. The Riverside Museum is a fantastic and truly unique project where the exhibits and building come together at this prominent and historic location on the Clyde to enthuse and inspire all visitors. The design, combining geometric complexity with structural ingenuity and material authenticity, continues Glasgow’s rich engineering traditions and will be a part of the city’s future as a centre of innovation.”

Riverside Museum by Zaha Hadid Architects

The form of the roof structure is roughly z-shaped in plan with structural mullions at each end that not only support the roof, but also allow the glazed end façades to be supported without the need for any secondary members. In section the roof is a series of continuous ridges and valleys that constantly vary in height and width from one gable to the other with no two lines of rafters being geometrically the same. Generally the cross section is a pitched portal frame with a multi pitched rafter spanning between the portal and a perimeter column. There are also curved transition areas where the roof changes direction in plan.

Riverside Museum by Zaha Hadid Architects

The rafters themselves are not straight in plan but a series of facets that change direction in each valley. To accommodate these changes in line and to facilitate the connection of any incoming bracing and other members, the rafters at the ridges and valleys are joined at the surface of a cylindrical ‘can’. The majority of these ‘cans’ were truly vertical in the preset geometry of the roof, however where the relative slopes either side of the ridge or valley would have generated inordinately long oblique cuts the ‘cans’ were inclined to bisect the angle between adjacent rafters.

Riverside Museum by Zaha Hadid Architects

The diameter of most of the ‘cans’ was able to be standardised but, in cases of extreme geometry or where the sheer number of incoming members dictated, a larger diameter had to be used to allow all the incoming members to be welded directly to the ‘can’ wall. The most complicated valley connection had 10 incoming members that necessitated the use of a 1.0m diameter ‘can’ over 1.5m tall.

Riverside Museum by Zaha Hadid Architects

By using vertical ‘cans’ in the valley positions a standard connection between the tops of the tubular support props and the roof structure was designed. This consisted of a thick circular base plate to the ‘can’ with a blind M24 tapped hole in its centre, thus allowing an 80mm diameter tapered shear pin to be bolted directly to the base of the ‘can’.

Riverside Museum by Zaha Hadid Architects

Above image is by Hawkeye Aerial Photography

The accuracy of fabrication was achieved by using a combination of shop jigs and EDM setting out techniques. All the complex rafter members were assembled in shop jigs whilst the geometry of the more simple members was set using EDM’s that were able to set the positions of certain critical splice connection holes. This was made possible by adding virtual “wires” through the centres of some of the holes during the X-Steel modelling. These wires allowed the EDM operator to check its end position in space when a circular prism was placed in the hole. Using this technology it was possible to accurately position the remote end of a steel member to ± 2mm in any direction.

Riverside Museum by Zaha Hadid Architects

Click above for larger image

The more complex members were assembled using shop jigs. These jigs were created by extracting a single member (assembly) from the X-Steel model, rotating it in space to create a single reference plane and then modelling in a secondary steelwork “frame” that the individual pieces (fittings) of the assembly could either be supported on or bolted to.

Riverside Museum by Zaha Hadid Architects

Click above for larger image

The whole of the building structure is supported on piles with none of the slabs having been designed as ground bearing. The columns are generally founded on individual pile caps with the slab spanning between individual piles so to allow the erection of the roof to be carried out from within the footprint of the building. The ground floor slab was designed to accommodate multiple 10.0 tonne loads at a minimum of 1.8m centres.

Riverside Museum by Zaha Hadid Architects

Click above for larger image

Program: Exhibition space, cafe, retail, education
Client: Glasgow City Council
Architect: Design Zaha Hadid Architects

Riverside Museum by Zaha Hadid Architects

Click above for larger image

Project Director: Jim Heverin
Project Architect: Johannes Hoffmann

Project Team: Achim Gergen, Agnes Koltay, Alasdair Graham, Andreas Helgesson, Andy Summers, Aris Giorgiadis, Brandon Buck, Christina Beaumont, Chun Chiu, Claudia Wulf, Daniel Baerlaecken, Des Fagan, Electra Mikelides, Elke Presser, Gemma Douglas, Hinki Kwon, Jieun Lee, Johannes Hoffmann, Laymon Thaung, Liat Muller, Lole Mate, Malca Mizrahi, Markus Planteu, Matthias Frei, Michael Mader, Mikel Bennett, Ming Cheong, Naomi Fritz, Rebecca Haines-Gadd, Thomas Hale, Tyen Masten

Competition: Team Malca Mizrahi, Michele Pasca di Magliano, Viviana R. Muscettola, Mariana Ibanez, Larissa Henke

Riverside Museum by Zaha Hadid Architects

Click above for larger image

Consultants:
Services: Buro Happold [Glasgow, UK] Acoustics: Buro Happold [Bath, UK] Fire Safety: FEDRA, Glasgow
Cost Consultants: Capita Symonds
Project Management: Capita Symonds

Size/Area : Gross floor area 11,300 m2 (excluding basement)
Exhibition Area 6600 m2 (including public areas and café)
Site Area 22,400 m2
Footprint Area 7,800 m2

Materials: Steel Frame, Corrugated Metal Decking, Zinc Cladding, Glass-reinforced gypsum interior surfaces


See also:

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House of Culture & Art
by Zaha Hadid Architects
Jesolo Magica
by Zaha Hadid Architects
Une Architecture
by Zaha Hadid

Maggie’s Centre Gartnavel by OMA

OMA Maggie's Centre Gartnavel

Work starts today on Maggie’s Centre Gartnavel, a cancer-care facility in Glasgow, Scotland, designed by Office for Metropolitan Architecture.

OMA Maggie's Centre Gartnavel

The single-story building consists of a ring of interlocking spaces.

OMA Maggie's Centre Gartnavel

The facility is the latest in an ongoing series of Maggie’s Centres designed by leading architects. See our earlier story about the centre designed by Rogers Stirk Harbour + Partners.

OMA Maggie's Centre Gartnavel

See all our stories about OMA in our special category.

Maggie's Centre Gartnavel

Here’s some more info from OMA:


Construction begins on Maggie’s Centre Gartnavel designed by OMA

Rotterdam, 9 November 2010 – Ground will be broken today for Maggie’s Centre Gartnavel, a facility in Glasgow providing emotional and practical support for people living with cancer, their families and friends. Designed by OMA, the building, which is located on the grounds of Gartnavel hospital and close to the Beatson West of Scotland Cancer Centre, is one of several Maggie’s Centres in the UK and part of a pioneering project using thoughtful architecture and innovative spaces as tools for solace and healing.

OMA’s single-level, 534m2 building is a ring of interlocking, carefully composed spaces that provide moments of comfort and relief. With a flat roof and floor levels that respond to the natural topography, the rooms vary in height, with the more intimate areas programmed for personal uses such as counseling, and more open and spacious zones providing areas to gather and creating a sense of community.

Located in a natural setting, like a pavilion in the woods, the building is both introverted and extroverted: each space has a relationship either to the internal, landscaped courtyard or to the surrounding woodland and greenery, while certain moments provide views of Glasgow beyond.

The project, led by partners-in-charge Rem Koolhaas and Ellen van Loon, and associate-in-charge Richard Hollington, will be completed in summer 2011. The Maggie’s Cancer Caring Centres foundation, founded by Maggie Keswick Jencks and Charles Jencks, opened the first Maggie’s Centre in Edinburgh in 1996, and has since commissioned a series of innovative buildings designed by world class architects. The foundation approached OMA to design the Glasgow site in 2007.

On OMA
OMA is a leading international partnership practicing architecture, urbanism, and cultural analysis. The office is led by five partners – Rem Koolhaas, Ellen van Loon, Reinier de Graaf, Shohei Shigematsu and Managing Partner, Victor van der Chijs – and employs a staff of around 220 of more than 35 nationalities. To accommodate a range of projects worldwide, OMA maintains offices in Rotterdam, New York, Beijing, and Hong Kong.

Current projects under construction include the new headquarters for Rothschild bank in London, a major extension to the College of Architecture, Art and Planning at Cornell University, the headquarters for China Central Television in Beijing, and the Shenzhen Stock Exchange in southern China


See also:

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Office in the Woods by SelgascanoSee all our stories
on OMA
More architecture stories
on Dezeen

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Découverte du travail et du photographe britannique John Rankin Waddell, le fondateur du magazine de mode Dazed & Confused. Un attachement particulier à sa série de portraits pleine de style et d’esthétisme. Quelques exemples de son talent sont à découvrir dans la suite.



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Digital Analogue

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