Contemporary Architecture

Charles Correa – Gandhi Smarak Sangrahalaya and Jeevan Bharti

Gandhi Smarak  Sangrahalaya:

Material used:

  • Tiled roof
  • Brick wall
  • Stone floor
  • Wooden floor

Light and ventilation by operable wooden louvers

These elements combine to form a pattern of tiled roofs which are grouped in casual meandering pattern, creating a pathway along which the visitors progresses towards the centrality of the water court

Philosophy:

  • Successfully  shows the life of Gandhiji
  • Minimalist  architecture
  • Material honesty
  • Contemporary  architecture
  • Glow of spaces

JEEWAN BHARTI , DELHI

  • This office complex of LIC is situated on the outer road of Connaught circle and acts as a pivot between the colonnades of CP and new generation of high rise towers that now surround it . Thus the building is both a proscenium and a backdrop:  a 12 storey stage set  whose faceted glass surface reflects  the buildings and trees around CP.
  • Two lower levels of the complex consists of shopping decks  and restaurants while upper level are offices located in two separate wings . A pergola connects the two buildings .
  • A city proposal for an elevated pedestrian walkways if constructed will pass through the two blocks , allowing pedestrians to traverse the building as the great darwaza  ie gateway defined by a portico form.

Charles Correa:

Education

  • 1946-1948 inter-science. St. Xavier’s college, university of Bombay
  • 1949-1955 B.Arch., University of Michigan.
  • 1953-1955 M.Arch., Massachusetts institute of technology.

Professional Experience

  • 1955-1958 partner with G.M. BHUTA associates
  • 1958- to date in private practice.
  • 1964-1965 prepared master plan proposing twin city across the harbor from Bombay.
  • 1969-1971 invited by the govt. of Peru
  • 1971-1975 chief architect to CIDCO
  • 1975-1976 consultant to UN secretory-general for HABITAT
  • 1975-1983 Chairman Housing Urban Renewal & Ecology Board
  • 1985 chairman dharavavi palnning commision

About him:

  • Born into a middle-class Catholic family in Bombay
  • Became fascinated with the principles of design as a child
  • At Michigan two professors who influenced him the most – Walter Salders and Buckminister Fuller.
  • Kevin lynch , then in the process of developing his themes for image of the city triggered Correa’s interest in urban issues
  • ‘India of those days was a different place, it was a brand-new country, there was so much hope; India stimulated me.’
  • —Architect, planner, activist and theoretician, an international lecturer and traveler.
  • —Correa’s work in India shows a careful development, understanding and adaptation of Modernism to a non-western culture. Correa’s early works attempt to explore a local vernacular within a modern environment. Correa’s land-use planning and community projects continually try to go beyond typical solutions to third world problems.
  • —India’s first man of architecture has a very simple philosophy: “Unless you believe in what you do, it becomes … boring,”

AWARDS:

  • 1961 Prize for low-income housing early
  • 1972 Correa was awarded the PadmaShri by the President of India
  • 1980 Correa was awarded an Honorary Doctorate by the University of Michigan
  • 1984 He was awarded the Gold Medal of the Royal          Institute of British Architects
  • 1985 Prize for the Improvement in the Quality of Human
  • Settlements from the International Union of Architects.
  • 1986 Chicago Architecture Award.
  • 1987 the Gold Medal of the Indian Institute of Architects
  • 1990 the Gold Medal of the UIA (International Union of Architects)
  • 1994 the Premium Imperial from Japan society of art.
  • 1999 Aga khan award for vidhan sabha, bhopal

Diversity

  • In Bombay – Salvacao Church at Dadar ; Kanchanjunga Apartments
  • In Goa for the Cidade de Goa Hotel and the Kala Academy,
  • In Ahmedabad – Gandhi Smarak Sangrahalaya ; Ramkrishna House
  • Delhi – The LIC Centre; British Council Building
  • Kerala – Kovalam Beach Resort Hotel
  • Andamans – Bay Island Hotel in Port Blair

Architectural utility and grandeur spread over the subcontinent

Principles

  • Few cardinal principles in his vast body of work;
  • incrementality
  • pluralism
  • participation
  • income generation
  • equity
  • open-to-sky space
  • disaggregation.

Belapur housing being the one project where he has literally used these principals

Correa and Corbusier

Like most architects of his generation he has been influenced by Le Corbusier , but by his response to the Mediterranean sun with his grand sculptural decisions he believes that Corbusier’s  influence in the colder climates has not been beneficial because these heroic gestures had to withdraw into defensible space, into mechanically heated (and cooled) interiors of the building.

On way back to Bombay in 1955 – saw the Jaoul House (le Corbusier)  in Paris under construction

‘I was absolutely knocked out . It was a whole new world way beyond anything being taught in America at that time .then I saw Chandigarh and his buildings in Ahmedabad . They seemed the only way to build.”

Correa and Gandhi

  • Gandhi’s goal for an independent India had been a village model, non-industrial, its architecture simple and traditional
  • In these early works Correa demonstrates uncompromising execution of an idea as a powerful statement of form


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Contemporary Architecture

WEBER+THOMPSON – THE TERRY THOMAS

Founded-1987

Blaine J. Weber

  • B.Arch:  University of Hawaii
  • Studied under Jorn Utzon and Arata Isozaki
  • Chairman of Washington State Board for Architects, Downtown Seattle Design Review Board, Ethics & Practice Committee of Seattle AIA
  • Corporate member of the AIA

Scott E Thompson

  • B.Arch:  University of Hawaii
  • Master  of Arts in Environmental Design from the University of Washington
  • Nearly 35 years of architectural and planning experience, specializing in high-density, urban infill and mixed-use buildings.

A Big Science Experiment

  • Goal : Green + occupant comfort +aesthetic
  • No HVAC !!!
  • Courtyard concept + Hi-Tech for natural ventilation
  • Revisiting History and Reinventing it
  • LEED Ratings: CI Version 2 :Platinum   CS : Gold

Features

  • WATER EFFICIENCY
    • low-flow fixtures
    • waterless urinals
    • 30% water saved during everyday operation.
  •  

  • ENERGY AND ATMOSPHERE
    • Minimizing need for artificial lighting , through building design and windows layout.
    • Lighting is controlled by daylight and occupancy sensors and set on timers to efficiently measure and deliver light. These strategies allow us to reduce the wattage/sq ft to 35% below the base line of one watt/sq ft.
    • All equipment is Energy Star rated
    • All the CRT computer monitors were replaced with Flat Panel LCD Monitors to create a projected 59% plug load energy savings.
    • 50% of the office’s energy consumption will be green power.

MATERIALS AND RESOURCES

 

  • Restrained use of materials– The exposed structure of the building minimizes the use of additional finish materials. Interior materials were limited only to what is functional to express building systems, promote airflow and reduce future material waste. There are no materials that do not contribute to the building’s overall performance.
  • Material’s sourcing– Flooring from the existing demolished building was creatively reused as an art piece in Reception Space. Wood siding left over from the construction of the core & shell building was reused as windowsills throughout the office space.
  • Interior wood doors -wood harvested from sustainably managed forests. Materials high in recycled content such as steel, glass, particleboard, Homasote panels, acoustic ceiling tiles and carpet is used throughout. Workstations and task chairs are green guard certified.
  • Multitasking Systems- Light reflector panels are also acoustical control over workstations. Tack-able panels are for display and for sound absorption. Conference room ceilings are light reflectors, sound absorbers and aesthetic surface treatments. Carpets describe work areas and provide additional sound control.
  • Recycling – A recycling program that is easily accessible involves collection and sorting of all recycled materials including composting.

INDOOR ENVIRONMENTAL QUALITY

  • Thermal comfort
  • Day lighting
  • Fresh air

The circulation paths – along the glass on the outside and on the courtyard. mitigates extremes in light, temperature and solar gain, and optimizes ventilation at the workstations. Operable windows, sunshades and perimeter radiant heating allow individuals to control the temperature of their space. Workstations have a maximum height of 42″ to allow all employees to have direct outside views. Indirect light minimizes glare and provides soft, even lighting, while high efficiency task lights provide individual control of light levels on the work surfaces. Predominantly light colors are used (white walls, white furnishings, white work surfaces, and light colored partitions) to enhance day lighting. CO2 sensors throughout the offices control exterior louvers delivering fresh air into the space. Adhesives, sealants, paints, coatings and primers are low VOC (including furniture)

Interesting Facts

  • Recycled 93% of the building it replaced.
  • Exterior staircase. Single slow elevator to discourage using it.
  • Bathing facility to encourage cycling
  • Tackles Sick Building Syndrome
  • Temp > 85 F only for 1% of office hours since April 2008
  • Survey shows 100% occupants satisfied with indoor comfort , ventilation, air quality etc.
  • Total energy saving of 42% while running. Achieved at $145/sq ft @ 3pc extra cost over normal building.
  • Floor plate and ceiling height adjusted to optimize daylight and ventilation
  • White color used predominantly in interiors to allow daylighting
  • Drilled and punctured beams reduce structural load.

 

Intelligent Features

LOUVERS

  • Co2 censors – to maintain right concentration of co2.
  • Thermostats to regulate the natural light.
  • Night flushing of Co2.
  • Coupled with fluorescent lights which dim or brighten.

Exterior Binds automated, controlled by rooftop censors.

Radiators placed on the façade improve air flow and heating

East and West facades-custom designed glass sunshades -reduce solar gain -allow natural light

Restrooms – motion sensing light switches, water metering, waterless urinals, water saving toilets.

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Contemporary Architecture

NORMAN FOSTER AND ASSOCIATES – 30 ST.MARY AXE

  • 180m / 591 ft , 41 storey
  • Completion- 2004

HISTORY

  • BALTIC EXCHANGE CENTRE
  • RESTORED STREETSCAPE

ALTERNATIVE NAMES

  • GHERKIN (FRUIT)
  • SWISS RE (REINSURRANCE CO)

TOP FLOOR

  • CLUB ROOM
  • ONLY PIECE OF CURVES GLASS
  • ELEVATOR ONLY TILL 34TH FLOOR
  • PUSH UP LIFT FOR 35TH-41ST
  • RESTAURANTS , HOTELS, OFFICES

Design Concepts:

  • RECREATIONAL AREA INSIDE THE BUILDING  ( INTER PROJECTION GAPS )
  • RING COLLECTS RAIN WATER  WHICH IS USED INSIDE THE BUILDING, SUPPORTS THE LIGHTS
  • EACH FLOOR OFFSET FROM THE ONE BELOW BY FIVE DEGREES
  • UTILITIES ARE GATHERED AROUND THE CENTRE CORE
  • 3 ELEVATOR SHAFTS

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Contemporary Architecture

Foster & Partners – Willis Faber and Dumas

Philosophy:

“Technology is part of civilization and being anti-technology would be like declaring war on architecture and civilization itself. If I can get carried away with some passion about the poetry of the light in one of my projects, then I can also, in the same vein, enjoy the poetry of the hydraulic engineering.”

The best architecture comes from a synthesis of all the elements that separately comprise and inform the character of a building:

  • structure that holds it up;
  • services that allow it to function;
  • its ecology;
  • quality of natural light;
  • symbolism of the form;
  • the way you move through or around it;
  • its ability to lift the spirits.

Willis Faber and Dumas ,Ipswich,UK:

  • Statistics: Area: 21 000 m2
  • Height: 21.5 m
  • Client: Willis Faber and Dumas Ltd
  • New social dimension.
  • Democratising the workplace and engendering a sense of community.

Features:

  • CHAOS
  • LOW RISE BUILDING
  • ALL AROUND URBAN PLANNING
  • Design according to the site.
  • Pushing the limits of technology, the mullion-free solar-tinted-glass curtain wall.
  • sheath-like glass curtain wall.
  • By day, the glass reflects an eclectic collage of Ipswichs old buildings; by night it dissolves dramatically to reveal the building within.
  • use of escalators in a three-storey structure, the central atrium, and the social dimension offered by its swimming pool, roof-top garden and restaurant,  were all conceived in a spirit of democratizing the workplace and engendering a sense of community.

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Contemporary Architecture

I. M. Pei – Bank Of China Tower

  • Designer :  I. M. Pei
  • Location : Hong Kong
  • Built :  1982-1990

I.M. Pei’s History:

  • Was born in Guangzhou.
  • at 18 years of age joined MIT
  • Disciple of Walter Groupious and Frank Lloyd Wright.
  • Latter on started his firm Pei Cobb Freed & Partners also known as I.M pie and Partners.

Major Projects of I.M. Pei:

  • THE JAVITS CENTER, NEW YORK
  • PYRAMIDE DU LOUVRE, PARIS

About the building:

  • 369 mts, 72 Floors
  • Extreme repetition and      pure form
  • Structure is used as ornament
  • Use of strong geometrical  and structural expression
  • Structural expressionism adopted in the design of this building resembles growing bamboo shoots.
  • CRITICISIM BY SOME PRACTITIONERS OF FENG SHUI
  • Numerous ‘X’ shapes
  • BOC turns out to be postmoden style because of the Strong geometry
  • Square base divided into 4 equal part
  • Each part in extruded 8 FLOORS
  • ORTHOGRAPHIC PROJECTION OF CURTAIN WALL MULLION PATERN

Green features in B.O.C:

  • company and purchasing policies to minimise the impacts of the building on the environment.
  • Aims to replace the existing ozone depletion refrigerant chillers
  • Promotes green practice to the staffs ,contractors etc

Facade

  • The facade of the Bank of China Tower is clad in a laminated reflective curtain wall system with single layered clear floating glazing.

HVAC:

  • A central chiller plant provides airconditioning to the building. It consists of 10 air-cooled centrifugal chillers (each with a cooling capacity of 350T) at roof for normal office hours and 2 air-cooled
  • reciprocating chillers (each with a cooling capacity of 100T) for night time operation and are located on the 7th floor.
  • Installation of heat reclaim chiller to preheat incoming water supply for winter space heating

Other features:

  • use infrared sensor water taps, motion sensor urinals and dual flush for ladies water closets to fulfill water conservation.
  • adoption of high frequency ballast for light fittings at office and public areas
  • Minimizing of car parking space

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