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RICHARD ROGERS
NAME: ASAAD ALMADANI
Id Num : 1010215
ARCH : AHMAD FALLATH
PROF : FAROOQ MOFTI
AR-321
He is a British architect noted for his modernist and functionalist designs. He was
born in Florence in 1933 and attended the Architectural Association School of
Architecture in London, before graduating from Yale School of Architecture in
1962.
Richard Rogers’s Life
PartnershiP
Projects
Norman Foster , Richard Rogers and Carl Abbott at Yale, 1962
PartnershiP
Projects
Richard Rogers Partnership
Richard Rogers and his first wife, Sue, worked in a partnership with Norman and Wendy
Foster as "Team 4". In contrast to Foster, who generated a sophisticated architecture
based in technology, Rogers created lavish, enthusiastic designs. In 1970 Rogers
established a partnership with the Italian architect Renzo Piano. After the completion of
the Pompidou Center in Paris, the Richard Rogers Partnership was formed.
Team 4’s First Major Job
Creek Vean Was team 4’s First Major Job, Begun in 1963 after
Richard Rogers and Norman foster returned to London from the USA.
The client were Rogers’s Parents-In-Law, Marcus and Rene Brumwell.
Centre Georges Pompidou, 1971-1977 . known as the Pompidou Centre in English
is a complex in the Beaubourg area of the 4th arrondissement of Paris, near Les
Halles and the Marais. It was designed in the style of High-Tech Architecture.
Centre Georges Pompidou1
Project : Centre Georges Pompidou
Place/Date
Paris, France 1971—1977
Client
Ministère des Affaires Culturelles,
Ministère de l’Education Nationale
Architect
Piano + Rogers
Cost
£58 million
Gross Internal Area
100,000 m²
Structural Engineer
Ove Arup & Partners
Metal Framwork : steel
Project : Centre Georges Pompidou
Project : Centre Georges Pompidou
Project : Centre Georges Pompidou
Project : Centre Georges Pompidou
Section
3D
Elevation
Project : Centre Georges Pompidou
Project : Centre Georges Pompidou
Project : Centre Georges Pompidou
Lloyd’s of London2
1978 – 1986
Project : Lloyd’s of London
Site Plan
Project : Lloyd’s of London
Strategy :
- create unobstructed open space
- allow for flexibility of use
- allow for expansion and contraction
with market demands
11th floor plangallery floor planroom floor plan
Project : Lloyd’s of London
In order to express the dichotomy of the
service elements and the main space of the
building, different construction methods were
used. While service towers used pre-cast
parts, the main building is constructed of
predominately cast in place
Lloyd’s of LondonProject :
Floors are a grid of concrete beams, not a
coffered slab, and are supported by reinforced
concrete columns on a 10.8m x 18m grid
Project : Lloyd’s of London
„the Room‟
Lloyd‟s functions as a society of underwriters
formed into syndicates. These syndicates
function through communication and
interaction. In order to maintain its efficiency,
Lloyds required a single market place under
one roof, this is known as „the Room‟. The
structure of the building responds to the
need for a single underwriting room.
vertical circulationservice towerscolumn spacing
satellite service towersuse of exterior columns
Project : Lloyd’s of London
Project : Lloyd’s of London
“The Room” is housed in a full-height
atrium which allows light down into the
lowest floors of the building. Constructed
of a lattice of steel tubing, its roof rests
lightly on the building‟s main columns.
lattice of steel tubing
Project : Lloyd’s of London
The towers were constructed of pre-cast
concrete elements and clad in stainless steel.
Project : Lloyd’s of London
satellite towers
Six satellite service towers pull all normal
fixed obstructions to the perimeter of the
building, including fire stairs and
restrooms.
The
Project : Lloyd’s of London
Madrid BaraJas International Airport3
Project : Madrid Barajas International AirportPlace
Barajas-Madrid, Spain
Dates
Tender 1997
Design 1998-1999
Construction 2000-2005
Operation 2006
Full operation 2010
Client
Aena
Cost
Terminal €670,000,000
Satellite €400,000,000
Car park €166,000,000
Total €1,238,000,000
Architect
Richard Rogers Partnership
Co-Architect
Estudio Lamela
Acoustic Consultant
Sandy Brown Associates
Airport Consultant
Initec / TPS
Facade Engineer
Arup
Project : Madrid Barajas International Airport
Terminal level +2 Terminal level +1 Terminal level 0
Project : Madrid Barajas International Airport
Cut-away isometric
Terminal building ‘B’ canyon
bewteen check in and controls.
Luggage collection at level 0
and horizontal connections
Project : Madrid Barajas International Airport
Project : Madrid Barajas International Airport
88 Wood Street4
Wood Street88 Project :
Place/Date
London , England 1993 - 1998
Client
Daiwa Europe Properties
Cost
£52 million
Area
33,073 m²
Architect
Richard Rogers Partnership
Structural Engineer
Ove Arup & Partners
Services Engineer
Ove Arup & Partners
The large floor plates allow for maximum flexibility, and
can be subdivided into three separate tenancies, with
each tenant still having direct access to lift lobbies,
toilet facilities and all mechanical and electrical
servicing
The office wings are constructed of in-situ concrete,
contrasting with the lightweight, steel-framed service
towers. The use of brilliant colour enhances their
impact – air intakes and extracts at street level are
also brightly coloured, contrasting with the neutrality of
the occupied floors. The façades of the main office
floors are glazed from floor to ceiling to maximise
daylight and views – in addition, levels 8,12 and 16
lead directly onto roof terraces with spectacular views
over the City.
Project : 88 Wood Street
Awards
The American Institute of Architects
London/UK Chapter Excellence in
Design
Award Winner
2002
RIBA Award/Stirling Shortlist
2000
Civic Trust Award
2000
Royal Fine Art Commission Trust
Award
2000
Royal Academy Summer Exhibition
Bovis/Lend Lease Award for Best
Architectural Exhibit
2000
Project : 88 Wood Street
S e c t I o n E l e v a t I o n
Project : 88 Wood Street
Elevation Section
Interior External core
Project : 88 Wood Street
Millennium Dome5
Project : Millennium Dome
Awards
Civic Trust Award Commendation
2000
European Structural Steel Design
Award
2000
RIBA Award
2000
Royal Academy Summer Exhibition
1998
Place/Date
London , England 1996 - 1999
Client
The New Millennium Experience Company
Area
100,000 m²
Cost
£43 million
Architect
Richard Rogers Partnership
Structural Engineer
Buro Happold Consulting Engineers
Project : Millennium Dome
The ultimate inspiration for
the Dome was a great sky,
a cosmos under which all
events take place – the
radial lines and circles of the
high-tensile roof structure
recall the celestial reference
grid of astronomical maps
throughout the ages.
Project : Millennium Dome
Project : Millennium Dome
Antwerp Law Courts6
Antwerp Law Courts
Place/Date
Antwerp, Belgium 1998 - 2005
Client
Regie der Gebouwen
Cost
£86 million
Gross Internal Area
77,000 m²
Cost/m²
£1,115
Architect
Richard Rogers Partnership
Structural Engineer
Arup/Bureau Van w
Concept plan
Concept sketch
Water run-off & collection environmental
diagram
Prevailing wind environmental diagram
Environmental sectional diagram
Roof structure sketch
Roof structure sketch
Concept
Plans
Visuals
Section through the building and site
Aerial view of the Law Courts
Aerial view of the Law Courts within their
setting at the edge of the city
Roof structure study models
Visuals
The National Assembly for Wales7
Project : The National Assembly for Wales
Place/Date
Cardiff, Wales 1998-2005
Client
National Assembly for Wales
Cost
£40,997,000
Gross Internal Area
4,000 m²
Structural Engineer
Arup
Environmental Consultant
BDSP Partnership
Project Managers
Schal
Landscaping
Gillespies
Fire Engineering
Warrington Fire Research
Acoustics
Sound Research Laboratories
Concept
RRP employed the idea of openness and transparency as the driving factor in the design.
The building was not to be an insular, closed edifice. Rather it would be atransparent
envelope, looking outwards to Cardiff Bay and beyond, making visible the inner workings
of the Assembly and encouraging public participation in the democratic process.
Concept sketch View of proposed NAW
across Cardiff Bay and along
Harbour Drive
View of the NAW from the bay Early model
Computer composite of
proposed building Section through the scheme View across Cardiff Bay from the
interior of the public space next
to the debating chamber
Early model
Project : National Assembly For Wales
Project : The National Assembly for Wales
The election of the Welsh National
Assembly, the creation of which
was approved by a referendum in
1999, was a turning point in the
history of Wales. Its home,
Cardiff's former docklands, is a
striking addition to the local scene
and a statement of faith in the
regeneration process.
Architecturally, the Assembly
Building seeks to embody
democratic values of openness
and participation, while its highly
progressive environmental agenda
will estbalish a new standard for
public buildings in Britain. 1 Debating Chamber
2 Committee rooms
3 Offices / Meeting rooms
4 Private courtyards
5 Media briefing room
6 Members tea room
7 Milling space
8 Plant
1 Debating chamber
2 Security & cloakroom
3 Reception
4 Public gallery
5 Void
6 Parent & childroom
Ground floorFirst floor
Project : The National Assembly for Wales
Second floor Members gallery Roof
1 Public events area
2 Coffee shop
3 Service link to existing
building
1 Members gallery
2 Members link to existing
building
1 Wind cowl
2 Glazed lantern
Project : The National Assembly for Wales
Project : The National Assembly for Wales
1 Debating chamber
2 Committee rooms
3 Offices / meeting rooms
4 Public gallery
5 Public events area
1 Reception
2 Public gallery
3 Offices / meeting rooms
4 Milling area
1 Reception
2 Security & cloakroom
3 Offices / meeting rooms
4 Media briefing room
5 Office
Construction
Debating chamber
structure View of the roof during
construction
Aerial view of the wind
cowl and the Assembly
during construction
View of the steel structure
from Pierhead Street
View of the funnel from the
committee room Funnel stitch The reception area under
construction The steel structure during
construction
Visuals
Local slate slabs are laid to create the
steps at the front of the building
Aerial view of the wind cowl and Assembly in
context with the city
Cedar wood is used to create the funnel
to the debating chamber Construction shot
Project : The National Assembly for Wales
Public spaces are raised above the bay on a spectacular slateclad
plinth which rises up from the waterside, allowing daylight
to penetrate the administrative spaces while sheltered under a
lightweight, undulating roof
The reception area reflects the idea of
‘openness and accessibility to
the public’. Behind the lobby, the
chamber is defined by the dramatic
roof which is drawn down from above
to form the enclosure
Project : The National Assembly for Wales
Hesperia Hotel & Conference Centre
Hesperia Hotel & Conference Centre
Place/Date
Hospitalet , Spain 1999 - 2006
Client
Hespería Hotels SA
Cost
£30 million
Gross Internal Area
14,000 m² (Hotel), 5,900 m² (Sports Club),
4,500 m² (Conference Centre)
Area
50,000 m² (Including Park)
Architect
Richard Rogers Partnership
Structural Engineer
Buro Happold/Obiol,
Moya y Asociados, Brufau y Asociados
Hesperia Hotel & Conference Centre
Waterside10
Project : Waterside
Place/Date
London, England 1999 - 2004
Client
Paddington Development Corporation Ltd/
Chelsfield plc
Cost
£56 million
Gross Internal Area
34,000 m²
Architect
Richard Rogers Partnership
Structural Engineer
Ove Arup & Partners
Services Engineer
Ove Arup & Partners
Project : Waterside
Project : Waterside
Tower Bridge House10
Project : Tower Bridge House
Place/Date
London , England 1987 - 2005
Client
Taylor Woodrow Development Ltd
Cost
£45 million
Area
24,000 m²
Architect
Richard Rogers Partnership
Structural Engineer
Waterman Partnership (Now Waterman Group)
Services Engineer
Waterman Gore (Now Waterman Group)
Project : Tower Bridge House
Ground Floor Site Plan
Cross section
Section
First floor
Fourth floor
Project : Tower Bridge House
Project : Montevetro11
Project : MontevetroPlace/Date
London, England 1994 - 2000
Client
Taylor Woodrow Capital Developments
Cost
£38 million
Area
25,000 m²
Cost/m²
£150
Architect
Richard Rogers Partnership
Structural Engineer
Waterman Partnership
Services Engineer
DSSR
Quantity Surveyor
WT Partnership
Associate Architect
Hurley Robertson Associates
Landscape Architect
Townshend Landscape Architects
Project : Montevetro
Master plan of majorca or mallorca12
Master plan of majorca or mallorca
In 1994 and 1995 I served as a
consultant and jury member on an
international design competition for the
planning and design of a proposed new
residential, research and networked eco-
community on the Spanish
Mediterranean Island of Mallorca. On
invitation from the Ballearic
government, I provided ecologically
applied telecommunications concepts,
and served on the jury that ultimately
selected a plan presented by the British
architect, Richard Rogers.
Master plan of majorca or mallorca
References
http://en.wikipedia.org/wiki/Richard_Rogers
http://en.wikipedia.org/wiki/Centre_Georges_Pompidou
s_building27http://en.wikipedia.org/wiki/Lloyd%
http://en.wikipedia.org/wiki/Millennium_Dome
community/parcbit.html-http://www.radlab.com/tele