A world-class planetarium in the Big Apple,
a dance studio, a federal courthouse, a fisheries center, and, curiously,
two barn renovationsthere is something delightedly reassuring about
the eclectic mix of this year's building types selected to receive 2002
AIA Honor Awards for Architecture. They telescope in size from a small
house renovation to a new terminal to an international airport, and in
formality from a special collections library at one of the country's most
revered Eastern colleges to a drive-through burger stand in L.A. This
year's winners say American architecture (here and abroad) really is more
than okay, it's magnificent. The same could be said about the architectural
work process and presentations, according to this year's awards jury.
"Intertwined in the upward spiral of sophistication in computer graphicswhich
represents quantum leaps in our ability to communicate ideas and solve
technical problems," they said, "we found many beautiful hand
drawings that completed for us an 'intellectual/sensual circuiting,' which
made the architectural work more poignant and tangible."
Maple Valley Library, Maple Valley, Wash.,
by James Cutler Architects, Bainbridge Island, Wash., with associate architect
Johnston Architects, Seattle, for the King County Library System
This
is a project that "fulfills its dedication of place-making, sustainability,
and craft with sensitivity and sureness," according to the awards
jury. The architects designed this 12,000-square-foot library to serve
the long-term needs of its rapidly developing suburban community while
preserving the small forest in which it is located. The library's componentsbook
collection, lounges, children's areas, offices, and study areas offer
maximum flexibility while visually connecting patrons with the living
world around them.
A U-shaped shed roof minimizes the visual impact
of the building on its forest side and gathers rainwater that is directed
to central gravel pool, giving library users another connection to the
surrounding natural environment. The jury was particularly taken by the
architects' attempts to engage nature: "Siting of building and parking
is accomplished with extraordinary care to preserve the landscape
Partners for Maple Valley Library
Engineers: Swenson Say Faget, Seattle
General contractor: R. Miller Construction, Edmonds, Wash.
Rachofsky House, Dallas, by Richard Meier
& Partners, Architects, New York City, for Howard Rachofsky
"In
the Babel of architectural fashion explored in academia and the media,
it is a pleasure to consider a work of architecture that is deeply committed
to a time-tested approach and unwavering principles," said the awards
jury of the Rachofsky House in Dallas. "The house and gallery creates
a double image with multiple interpretationsthe public and private
domains are clearly demarcated in the third dimension."
Located in a suburban landscape, this house and
gallery creates a double image with multiple interpretations. It is anchored
to the ground by a podium faced in black granite that extends both in
front of and behind the main body of the building. The white form of the
house hovers above the podium like an opaque plane, pierced by a number
of discrete openings. A reflecting pool and a swimming pool penetrate
the podium at the rear of the house. The interplay of opaque walls and
glass planes form space, while the framed views of the landscape flow
from the interior.
The
sophisticated relationships of site to building, house to pool, and solid
to void reveal a depth of understanding about the human perception of
space, distance, and boundary. The gallery plan provides viewing of artwork
at a great distance and with intimate proximity.
Partners for Rachofsky House
Landscape architect: Armstrong-Berger, Inc., Dallas
Structural engineers: Ove Arup & Partners, New York City
Mechanical engineer: Altieri Sebor Weber, Norwalk, Conn.
General contractor: Thos S. Byrne, Inc., Fort Worth
Dayton
Residence, Minneapolis, by Vincent James Associates, Inc., Minneapolis,
for Kenneth and Judy Dayton
The architect of the Dayton House, Minneapolis,
made sure that "nature is an equal partner to the house in completing
the design," according to the awards jury. "Solidity and transparency
are achieved by using opaque and glass planes with equal facility."
Located on the edge of a park and the city grid,
this residence can be described as a hybrid: part courtyard house, part
belvedere, says the architect. Designed for a retired couple, the house
includes spaces typical for a residence as well as accessibility accommodations
and a small apartment.
The
architect viewed the garden and exterior spaces as an extension of the
living spaces, allowing minimum physical and visual barriers. The project
incorporates framing views of both the nearby lake and the owner's art
collection. Employing opaque and glass panes, the architect was able to
create "views that are elegant compositions of landscape, light,
and art."
"This project reinterprets early Modernism
with more complex spatial moves, sophisticated use of materials, and a
lightness in its overall feel," enthused the jury. "It has a
masterful detailing reminiscent of Mies and Neutra . . . spaces are calm,
serene, and intimate, creating an ideal home for a retired couple."
Partners for for the Dayton Residence
Landscape architect: Hargreaves Associates, San Francisco
Engineers: Carroll, Franck & Associates, St. Paul, and
Betker/Strangeland, Inc., Minneapolis
General contractor: Yerigan Construction Company, Isanti, Minn.
New Barn at Straitsview Farm, San Juan
Island, Wash., by Charles Rose Architects, Somerville, Mass.
"An
essay on the use and joinery of wood using traditional and modern meansboth
simple and sophisticatedthis project creates a tension between low
art and high art," said the awards jury of Straitsview Farm's new
barn project. This new, multipurpose barn graces a working farm overlooking
the Strait of Juan de Fuca.
Located in a natural clearing at the edge of a dense
stand of fir trees, the barn accommodates a farm office, wood and machine
shops, workspace for a veterinarian, and storage for a variety of large-scale
equipment and machinery. The L-shaped configuration is simple yet comprehensible
and designed to deflect prevailing northeastern winds from the Pacific
Ocean, thus sheltering the adjacent work yard.
The
architect employed reclaimed Douglas fir timbers, black-tinted concrete
column bases, slatted rolling cedar doors, and copper shields in the structure
and envelope of the barn. The timber frame, typical of the region, permitted
an expressive, sculptural architecture, according to the architect. The
jury agreed: "At first glance, the barn appears casual and vernacular,
but after scrutiny, it reveals itself as very precise, controlled, and
sophisticated," they said.
Partners for Straitsview Farm
Landscape architect: Michael Van Valkenburgh Associates, Cambridge, Mass.
Engineers: B&B Engineered Timber, Keene, N.H.
General contractor: S.B. Inc., Friday Harbor, Wash.
Valeo Technical Center, Auburn Hills,
Mich., by Davis Brody Bond, LLP, New York City, for Valeo
The
architect of this high-tech 2,000-square-foot buildinglocated in
a light-industrial corporate office development in a Detroit suburb-strove
to reflect the company's focus on sophisticated, highly engineered components
and systems. And they succeeded, as the jury's comments show: "Detailing
of mechanical components is rational, controlled, and simply executed.
Its conceptual strength is in the logic of the plan, achievement of lightness
and transparency, and its machine-like qualities, all of which make this
an invigorating workspace."
The architects zoned the building's rectangular
volume into three program areas: public spaces, engineering team areas,
and a high-bay testing laboratory. Three-story tower elements containing
laboratory and conference spaces punctuate the edge between the laboratory
and office areas. This interlocking of programs within the towers encourages
interaction between the design teams and the testing facility.
The
jury called the Valeo Technical Center's exterior "a beautiful object
in the landscape," and said of the interior, "the few manipulated
spaces energize the predictable ones."
Partners for Valeo Technical Center
Landscape architect: Weintraub Landscape Architects, Staten Island, N.Y.
Structural engineer: Weidlinger Associates, New York City
Mechanical engineer: Cosentini Associates, New York City
General contractor: Campbell Manix, Southfield, Mich.
Frederick Phineas and Sandra Priest Rose
Center For Earth and Space, American Museum of Natural History, New York
City, by Polshek Partnership Architects, LLP, New York City, for the American
Museum of Natural History
The
jury's response to the Rose Center for Earth and Space, the expansion
of the American Museum of Natural History's planetarium was heavenly:
"This is a most beautiful manmade space," they said. "It
offers a range of environments, from cave-like to celestial."
The architects explain that this renovation and
expansion of an existing planetarium redefines the image of the American
Museum of National History while simultaneously maintaining the integrity
of the landmark structure designed and built incrementally over the course
of a century.
Both
a universal symbol of astronomy and a "resonant platonic form,"
the project's new sphere is the programmatic and iconic heart of the project's
architectural concept, the architects said. "Critical to the design
concept is the sphere's apparent disengagement from the enclosing structure
and from its transparent curtain wall and the cantilevered spiral ramp
encircling the sphere." The ramp connecting the building's upper
and lower levels inserts an asymmetry that adds excitement to the composition.
"The urban contribution of this design is in
its transparency and its visual engagement of its surroundings, with views
into and from within the main space," the jury said. "The power
of the ideathe sphere in a cubemakes the space immediately
comprehensible."
Partners for the Rose Center
Structural engineers: Weidlinger Associates, Inc, New York City
MP engineer: Altieri Sebor Wieber, Norwalk, Conn.
Temples of Industry, Omaha, by Randy Brown
Architects, for the Greater Omaha Packing Co.
"The
design of the Temples of Industry elevates the quality of the workplace
by considering human need for places of rest and of stimulation for the
eye and the mind," noted the awards jury. "The built space communicates
an understanding of the nature of materials and a high level of expertise
in detailing."
This project is located in a region that has experienced
significant changes in recent years due to improvements in production,
storage, and transportation of meat. The stockyards, a longstanding home
to cattle processing for the region, have diminished and there no longer
exist the vast containment arenas for the animals.
Additionally,
other types of urban development have been slow to move in, leaving an
opening in the middle of the city. The plant and offices for the Temple
of Industry thus leads the way as a new state-of-the-art for meatpacking
industry facilities, while reclaiming the former stockyard land for its
traditional, but altered use.
The production plant's materials offer the root
of the offices' architectural aesthetic. To continue the appearance of
a sterile environment, the architect borrowed the plant's materialsstainless
steel, solid surfacing, perforated metal screen, exposed bar joists, and
masonry flooring-and reintroduced them in new designs. "The alteration
of these found materials is indicative of the design solution," the
architects say. And the jury agrees: "There is an evident quality
of thought in the interplay of design elements: natural light, constructed
space, and furniture shape and placement."
Partners for Temples of Industry
Engineers: Schemer Engineering, Omaha
General contractor: John Lucia Company, Omaha
Sandra Day O'Connor United States Courthouse,
Phoenix, by Richard Meier & Partners, Architects, New York City, and
Langdon Wilson, Phoenix, for the U.S. General Services Administration
Calling
the Sandra Day O'Connor U.S. Courthouse another "success story for
the General Services Administration Design Excellence Program," the
awards jury noted that they especially liked how the new structure "uses
cutting-edge technology to mitigate environmental extremes. It's an oasis
in the desertmonumental yet inviting as it is scaled down through
its transparency."
Phoenix's new courthouse, "is a central point
of interest and anchoring for a city whose sprawl knows no boundaries,"
according to the architects. They sited the six-story center-city building
on two joined city blocks, in between the governmental and business districts.
The building's piece de resistance is its main public
space, an inspiring atrium oriented toward the city center and situated
on axis with the state capitol five blocks west. The atrium extends into
paved plazas with shade trees, pools, and fountains. These areas create
transitional zones between the harsh desert climate and the atrium itself,
which is cooled by evaporation and natural convection.
The
centerpiece of the atrium space is the Special Proceedings Courtroom,
a two-story glass cylinder elevated on a platform, which creates the space's
focal point. At the perimeter, public galleries on the courtroom levels
look onto the atrium and across to the surrounding mountains. The building
also offers spaces for individual offices, group meetings, and spaces
for quiet contemplation and reflection.
"The genius of the plan is in the multiple
separate circulation systems in an environment of connected open spaces,"
the jury enthused. They also were impressed in particular by its relationship
to the street edge. "It brings street-life into the building,"
they said, "offering people a participatory environment."
Partners for O'Connor U.S. Courthouse
Structural engineer: Paragon Structural Design, Inc., Phoenix
Mechanical engineer: Baltes/Valentino Associates, Inc., Phoenix
General contractor: Dick Corporation, Phoenix
Meredith Corporate Expansion and Interiors,
Des Moines, by Herbert Lewis Kruse Blunck Architecture, Des Moines, for
the Meredith Corporation
This
project, an expansion of the corporate headquarters for a large publishing/media
company, includes a four-level 180,000-square-foot office building; two-level
330-car basement parking garage; 230-foot skywalk connecting to the existing
facility, and two city blocks of landscape development. The architects
located the new building at the confluence of three major arterial streets,
which also is the pivot point for the shift between the original downtown
grid relating to the river and the standard city grid.
Working with the existing building to create a unified
urban space, the architects envisioned the new building as a cooperative
part of a larger complex. In particular, the jury said that they particularly
liked the new building's "bold use of color and appropriate uses
of surface materials inside and out."
The
courtyard is the project's primary identifiable space, serving drop-off
and entry for both buildings. The 230-foot-long skywalk further unifies
the campus by allowing employees to move freely from one facility to another.
"The interactionbetween site and building, existing and new,
large and small, landscape and structurecombine to assemble a convincing
orchestrated total design, said the jury. "It excels as an urban
design, a sophisticated site plan."
To reduce long-term capital expenses, the building
employs a number of energy conservation technologies, including the extensive
use of daylighting, which has resulted in a 30 percent energy savings
compared to typical office buildings of this size and context.
Partners for Meredith Corporate Expansion
Engineers: Shuck-Britson Consulting Engineers, Des Moines,
and Alvine and Associates, Omaha
General contractor: Neumann Brothers, Inc., Des Moines
Sony Center, Bellevuestrasse, Berlin,
Germany, by Murphy/Jahn, Chicago, for Sony with its partners TishmanSpeyer
Properties and Kajima
This
Sony Center is not a building, but part of the reconstruction of Berlin.
Surrounding the center are traditional urban streets and spaces, the architects
report, while inside the center is a "new type of covered urban forum
for a changing cultural and social interaction." The passages and
gates leading into the center reinforce the transition from the "real"
city to "virtual" city.
The constructional concept applies a series of components
that emphasize transparency, lightness, and layering, and use state-of-the-art
technology. As an example of the project's highest-tech cable, membrane,
and glass technology is its roof, an elliptical umbrella providing shading
and protection from the elements. The essence of the design, the architects
say, is combining natural and artificial light with the building's transparency,
permeability to light, reflection, and refraction. The result is a constant
change of images and effects both day and night, which not only maximizes
the comfort and appearance of the center, but also minimizes the use of
resources.
The
jury celebrated this project as an "inventive public space, canopied
and protected by a celebratory glass tent . . . a collection of dynamic
masses defining the public ceremonial space." They lauded in particular
the "great diversity of spaces mirroring the diversity of public
and private uses, which creates new kinds of urban possibilities."
Partners for Sony Center
Mechanical engineer: Jaros Baum & Bolles, New York City
Structural engineer: BGS Ingenieursozietät, Frankfort, Germany
Special structures: Werner Sobek Ingenieure GmbH, Stuttgart, Germany;
Ingenieurgesellschaft Höpfner MbH, Berlin, Germany;
and Ove Arup & Partners, New York City
General contractor: Hochtief AG, Berlin.
IN-N-OUT Burger Restaurant, Los Angeles,
by Kanner Architects, Los Angeles, for IN-N-OUT
This
project's mission, the architects report, is to give Southern California's
original drive-through a new look on the company's Silver Anniversary.
Inspired by the past, this present-day prototype evokes the qualities
of 1950s- and 60s-style diners and drive-ins with an architectural twist:
the Robert Venturi/Denise Scott Brown-styled "Building as Sign."
The architects employed the company's boomerang
theme sign consistently on the building, and used the company's colors
of red, yellow, and white in a variety of geometric compositions. The
visual pun continues inside the building, creating spaces with floating,
overscaled letters that spell IN-N-OUT. The interior sits back from the
street, creating an outside seating patio along the front. The stainless
steel kitchen area reveals itself to drive-through customers and passersby,
exposing service and delivery activities. Overall, the design makes reference
to the nearby commercial strip and gas stations, all expressions of car
culture.
The
jury reports that among all the 2002 awards entries, this project generated
the most debate. "It is the only design submission described as a
prototype and judged on its imagined ability to adapt to alternate sites
and circumstances," they said. It generated debate over importance
of contextualism, materiality, and architectural language. It achieves
a memorable image and, at closer inspection, is beautifully sculpted,
painted, and detailed."
Partners for IN-N-Out Burger Restaurant
Landscape architect: Environmental Landscape Concepts , Anaheim, Calif.
General contractor: IN-N-OUT Facilities Design, Baldwin Park, Calif.
Structural engineer: E & A Engineers, Inc., Walnut, Calif.
Mechanical engineers: Hollins Engineering Company, Van Nuys, Calif.
Estuarine Habitats and Coastal Fisheries
Center, Lafayette, La., by Guidry Beazley Ossteen/Eskew Filson Architects,
New Orleans, for the U.S. Department of Commerce
"The
visitor's approach through a riparian environment and the arrival at the
theater overlooking the water poolswith the laboratories in the
distanceclearly state the building's purpose," remarked the
awards jury about the Estuarine Habitats and Coastal Fisheries Center.
The 67,000-square-foot facility, dedicated to the study of coastal marine
life and their habitats, includes a conference center, wet and dry laboratories,
and administrative and research offices for the National Marine Fisheries
Services, the U.S. Fish & Wildlife Service, the Corps of Engineers,
and the Smithsonian Institution.
To bring social awareness to the facility users
and the general public, the architect added two critical spaces during
the design phase: an interpretive gallery to present the center's mission
to the visiting public and a two-story commons to promote interaction
among the building's various users. The design conceptderived from
a careful analysis of user needs and cost/energy efficienciesis
also expressed visually in the architectural treatments of the various
spaces on the exterior. In the jury's terms, the result is "a poetic
interface between water and building. This is a superior public building
in terms of spatial generosity, quality of materials and workmanship"
The
wetlands habitat, a signature feature of the facility, supports the wastewater
discharge needs of the facility. The habitat also reinforces the visual,
physical, and research links with the adjacent center by extending the
existing wetlands across the face of both facilities.
"A sophisticated integration of sustainable
design measures in daylighting, sun-shading, and energy conservation engineering,
and it has an inviting quality engaging the public in the research environment
through its openness, visibility,and transparency," the jury concluded.
Partners for the Habitats and Fisheries Center
Structural engineer: McKee & Deville Consulting Engineering Inc.,
Baton Rouge
Mechanical engineer: Associated Design Group, Lafayette, La.
General contractor: Woodrow Wilson Construction Company, Baton Rouge
Little Village Academy, Chicago, by Ross
Barney Jankowski Inc., Chicago, for the Chicago Public Schools
The
awards jury called the Little Village Academy project "an exemplary
architectural design that is socially significant. The contained courtyard
is emblematic of the community involvement that informed and enlivened
the design solution."
Located in the heart of Chicago's Mexican community,
the site of Little Village Academy is minimal, bordered by both commercial
and residential properties. The architects organized the 68,000-square-foot,
three-story building around a central stair that forms the functional
and spiritual heart of the school. The curved, skylighted stair enclosure
is punctuated with a three-story vertical sundial, which also marks the
building's main entrance. Other special rooms have unique façade
treatments: the library has a clerestoried reading room, the science laboratory
has a greenhouse bay window, and the cafeteria curves into the playground.
The
architects selected the schools materialssplit- and ground-face
concrete block, glazed brick and block, and particle-board panelingfor
cost effectiveness and durability "This project, clearly designed
for children, demonstrates that you can do a friendly, spirited, and welcoming
building using tough materials," the jury concluded. "Details
of this building enrich the inside spaceschanging floor patterns,
corner windows at corridors overlooking the gym, the sundial at the main
stair, little windows for little kids-all offer things to teach and delight."
Partners for the Little Village Academy
Engineers: D'Escoto Engineers Inc., Chicago,
and Sales Engineering Association, Chicago
General contractor: Paul H. Schwendener Inc.,Chicago
Rauner Special Collections Library in
Webster Hall, Dartmouth College, Hanover, N.H., by Venturi, Scott Brown
and Associates Inc., Philadelphia, for Dartmouth College
"A
bold stroke and a smooth finish; this design addresses a great range of
architectural and technical challenges and resolves them with dexterity
and polish," the jury said Rauner Library. "It maintains the
openness of the public reading rooms while increasing the building's utility."
This project transforms an underutilized facility
at a Dartmouth College into an accessible, functional, and visually evocative
special collections library. The controlled and secure environment contains
30,000 linear feet of rare books and manuscripts and includes a reading
room, study and seminar rooms, offices, and technical support spaces.
Designing to maintain temperature and humidity for
the sensitive collection, the architects appointed "a glazed lantern
of book stacks" to serve as the library's central feature. An aluminum
and glass curtainwall enclosure designed to provide thermal and moisture
protection for the collections space, creates a transparent "building
within a building."
The
architects report that their design solution preserves the monumental
interior hall as the reading room, which accommodates 36 readers and is
surrounded by shelves of reference materials. Office and seminar rooms
beneath the balconies are acoustically isolated to allow groups to bring
together collections with contemporary audio and visual media. The mezzanine
provides students with a quiet study area with views to the surrounding
campus. Compacting stacks form an underground link to the main library.
The architect removed obsolete components of the
original building to increase natural light and openness. "Lighting
reinforces the dialogue between the original building and the new, and
old theatrical lighting was replaced with a more energy-efficient fiber-optic
system, they explain.
Partners for Rauner Library
Structural engineer : Keast and Hood Company, Philadelphia
Electrical engineer: Bard, Rau + Athanas, Boston
Civil engineer: T & M Associates, Lebanon, N.H.
General Contractor: Jackson Construction Company, Dedham, Mass.
Newton Road Parking and Chilled Water
Facility, University of Iowa , Iowa City, by Herbert Lewis Kruse Blunck
Architecture, Des Moines, for the University of Iowa
This
design is part of a project that includes the rerouting of a street to
create a pedestrian campus and the construction of a major facility for
the medical campus at the University of Iowa. The architects explain that
the facility wears many hats. It:
Provides parking for the expanding medical campus and the adjacent
hospital complex
Accommodates a bus-stop function for the campus bus system
Offers an accessible pedestrian bridge over the urban highway and
railroad line
Provides chilled water for new and future facilities on the university's
west campus.
The architects set the structure into the side of
a hill to allow a three-story expression adjacent to a childcare and office
facility on the campus side of the facility as well as a more massive
scale expression adjacent to the highway and railroad line. The campus
side of the structure provides the elevated and partially enclosed walkway
that averts pedestrian traffic from crossing the heavily traveled relocated
street.
The
architects chose a series of folded, perforated copper panels on the highway
side of the structure, providing a rich texture and backdrop for the two
cooling towers. All elements of the structure are assembled from industrial
materials to support the functional aesthetic of the project.
"This project offers an urban asset where one
usually gets an urban deficit," the jury concluded. "The chiller
towers roadside-side position creates a sculpted landmark that is highly
visible and impressive when viewed from moving vehicles. The design achieves
a civic presence, yet is modest, unpretentious, responsible."
Partners for Newton Road Facility
Landscape architect: Michael Van Valkenburg Associates, Cambridge, Mass.
Structural engineer: Walker Parking Consultants, Minneapolis
Mechanical engineer: Alvine and Associates, Omaha
General contractors: McComas-Lacina Construction Company, Iowa City, Iowa
The New 42 Studios, New York City, by
Platt Byard Dovell Architects, New York City, for The New 42nd Street
Inc.
"This
project's strength lies in its relationship to the street-it resonates
with Broadway theatrical signage," said the jury of New York City's
New 42 Studios project. The Studios is a completely modern, 11-story "creative
factory for performing arts designed for the nonprofit developer of the
historic theaters of the 42nd Street Development Project," in the
words of the architects.
Located midblock on the north side of 42nd Street
between Times Square and Eighth Avenue, this 84,000-square-foot new building
contains 12 rehearsal studios, 2 combined studio/reception halls, and
a 199-seat "black box" experimental theater. The building also
houses related administrative offices, dressing and locker rooms, and
storage and other support space for dance companies and other nonprofit
performing arts groups.
Inside,
the rehearsal rooms "provide an exceptional environment for creative
work;" almost all studios having access to stunning views of the
surrounding city and natural light. In place of conventional lighted signs
expected under historic preservation guidelines, the architects made the
building's façade a collage of metal and glass, with a 175-foot-high
vertical light-pipe presenting a display of colored light projected from
programmable theatrical fixtures.
"The inventive design of this project prominently
displays the creative possibilities inherent in interpretations of the
commercial lighting associated with the Times Square surroundings,"
the architects explain. "The abstraction of the structure also announces
the only working venue for performing artists operating at the creative
edge."
Partners for 42 Studios
Structural engineer: Anastos Engineering Associates, New York City
Mechanical engineer: Goldman Copeland Associates, New York City
Barn Renovation and Lath House Addition,
Philadelphia, by James Dart, AIA, New York City, for the John Bartram
Association
"An
ingenious addition to a historic barn within an arboretum makes the historic
barn more interesting by contrasting the assembled nature of the new with
the monolithic quality of the old," the awards jury said of this
project. "It fits nicely within its small site, and every detail
is carefully considered and well executed."
Located in Philadelphia, this project entails the
renovation of and addition to 18th-century farm buildings at a historic
botanical garden. Second only to a nearby mansion house in architectural
significance, the 1775 barn (unlike the house) retains little of its original
fabric or configuration except its massive stone walls, the architects
report. The last building alteration occurred in the 1920s.
The
new structure reflects the scale and configuration of structures that
historically occupied the site. Although not a recreation, it does compare
to an 18th-century side bay demolished long ago. The materials used in
the Lath House repeat the precedence of wood over masonry construction.
While preserving the structure's character and creating
a museum-quality environment, the current design and renovation has converted
the barn into meeting and exhibition space for the botanical garden's
expanding education programs for school groups and garden enthusiasts.
"Good design decisionslike the open seam between new roof and
old wall and the frameless glass doors at the old barnare indicative
of the unusual sensitivity and skill applied throughout this project,"
the jury concluded.
Partners for Barn Renovation
Engineers: Multani Associates, Wyomissing, Pa., and Vinokur-Pace Engineering
Service, Jenkintown, Pa.
General contractor: Unkefer Brothers Construction Company, Philadelphia.
New International Terminal, San Francisco,
a joint venture among Skidmore Owings & Merrill LLP, Del Campo &
Maru, and Michael Willis Architects, all of San Francisco
The
new International Terminal, the centerpiece of the San Francisco International
Airport's $2.6 billion expansion and modernization program, is one of
only a handful of projects to garner AIA Honor Awards for both architecture
and interior design. This project is "one of few airports in America
that gives hope of resurrecting positive experience for travelers,"
according to the awards jury. "It has lots of allusions to flight;
it looks like dragonfly wings!"
San Francisco's New International Terminal encloses
a total of 1.8 million square feet on five levels, allowing the building
to accommodate up to 5,000 arriving international passengers per hour
(versus 1,200 in the previous building). The team of architects planned
and designed the facility to provide clear organization of public space
in which users can intuitively understand wayfinding.
From
a design perspective, the architects say, the heart of the project is
the glass-enclosed Departure Hall. The design team envisioned the hall
as a major civic space that could serve, metaphorically, as the city's
front door. The project's civic-proportioned scale-it is 700 feet long,
200 feet wide, and up to 83 feet highcreates a dramatic departure
point for travelers within an economy of material and form. The roof structure
requires a minimal number of supporting columns, resulting in a very open
interior.
Light-in particular that famed Bay Area natural
light-also plays a major role in the terminal's design. The voluminous
hallway has abundant natural light and air, as well as architectural features
that minimize the need for air conditioning and artificial light. Both
daylight and night lighting enhance the floating quality of the roof and
reveal the character of the building and its structure.
"As a first impression of San Francisco, the
traveler is greeted with something so magnificent that it puts you in
a good mood before you head to the freeway," enthused the jury. "It
gives one a sense of drama and excitement, encouraging you to venture
immediately out to the city to explore what else it has to offer."
Partners for San Francisco's New International
Terminal
Landscape architect: Patricia O'Brien Landscape Architecture, San Francisco
Structural engineer: SOM Structures, San Francisco
Consulting structural engineer: Olmm Structural Design, San Francisco
Joint venture general contractor: Tudor Saliba, Perini Corp & Buckley
& Company, Sylmar, Calif.
Interior designers: Kwan Henmi Architecture/Planning, Inc., San Francisco,
and Tsunami Ponder Design, San Francisco
2002 Institute Honor Awards for Architecture
Jury
Chair Bernard J. Cywinski, FAIA
Bohlin Cywinski Jackson
Havertown, Pa.
Thomas H. Beeby, FAIA
Hammond Beeby Rupert & Ainge
Chicago
Deborah Berke, AIA
Deborah Berke Architect PC
New York City
Mary E. Griffin, AIA
Turnbull Griffin Haesloop Architects
Berkeley, Calif.
E Eean McNaughton Jr., FAIA
E Eean McNaughton Architects
New Orleans
Scott Merrill, AIA
Merrill and Pastor Architects
Vero Beach, Fla.
Nathaniel O. Clark, Assoc. AIA
Grace & Herbert Architects Inc.
Baton Rouge
Issac Williams
Columbia, Md.
Marilyn Wheaton
Cultural Affairs Department, City of Detroit
Detroit
Copyright 2001 The American Institute of Architects.
All rights reserved.
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