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2013 design annual
Š 2012-2013, HOK Group, Inc. ALL RIGHTS RESERVED. This publication contains material protected under International and Federal Copyright Laws and Treaties. Any unauthorized reprint or use of this material is strictly prohibited. No part of this publication may be reproduced or transmitted in any form or by electronic or mechanical means, including photocopying, recording, or by any information storage and retrieval system without permission in writing from the publisher.
HOK’S MISSION IS TO DELIVER EXCEPTIONAL DESIGN IDEAS AND SOLUTIONS THROUGH THE CREATIVE BLENDING OF HUMAN NEED, ENVIRONMENTAL STEWARDSHIP, VALUE CREATION, SCIENCE AND ART.
PREFACE
Design is the art and science of defining and
In science and art, success results from knowledge
creating optimal, sustainable and beautiful
and intuition. Though research and analysis
environments for people. HOK's design solutions
are essential, sparks of imagination ignite new
result from a collaborative process that encourages
discoveries. HOK’s approach emphasizes this
multidisciplinary professional teams to research
integrated design process. Our geographic and
alternatives, share knowledge and imagine new ways
cultural diversity expands our knowledge, which our
to solve the challenges of our built environment.
talented individuals transform into innovative design solutions that create real value.
Human need is the foundation of our creative process. Everything we do responds to the needs
We create this value for clients, users, communities
and aspirations of our clients and our communities.
and ourselves. From a robust exchange of ideas,
We give form and meaning to rooms, buildings,
solutions emerge that solve profound functional and
landscapes and cities. At every scale, we understand
technical challenges while creating lively, memorable
the flow of human activity that energizes the spaces
and sustainable places for people.
we design. We balance internal functions with external demands of site, climate and culture.
This is what motivates and unites us.
HOK's global practice compels us to be responsible
HOK Design Board
stewards of the environment. As we shape buildings and landscapes, we preserve natural resources and celebrate sustainable values. We measure our work by its contributions to the well-being of the users and the place.
TABLE OF CONTENTS
Project Haiti Orphanage and Children's Center
10
agnès b. Asia Headquarters
20
Alibaba Campus Landscape Design
28
AOL Canada Headquarters
34
Austin Planetarium
42
Baku Flame Towers
48
BBC New Broadcasting House
56
Boston Seaport Square Conceptual Design
66
Carleton University Residence Commons Expansion
72
Concept Design for Confidential Pediatric Hospital Client
80
Confidential Airport Terminal Expansion Competition
88
Confidential Corporate Headquarters Competition
96
District of Columbia Consolidated Forensic Laboratory
126
Fisher Street Flats + Crossrail Shaft
136
Harlem Hospital Center Mural Pavilion
144
Huamao International Center
152
Humber College Building L Media Centre
160
Istanbul International Financial Center
168
KONE Centre
176
Marina Mall
184
Millward Brown Office
192
Moscow City Plots 17 + 18
198
Mount Elizabeth Novena Hospital
204
National Mall Turf + Soil Reconstruction
212
NOAA Center for Weather and Climate Prediction
218
Ogilvy & Mather Office
228
PHX Sky Train™ at Phoenix Sky Harbor International Airport
232
Royal London Hospital
240
RSA Canada Headquarters
248
San Francisco Public Safety Building
254
Sun Moon Lake Resort Hotel
262
Tamar Redevelopment Project Landscape Design
270
Union Station Train Shed
276
United States Embassy in Moscow New Office Annex
286
University at Buffalo School of Medicine and Biomedical Sciences
294
University of Florida Lake Nona Research Center
304
University of Miami Frost School of Music
312
Xiamen Cross Strait Financial Center Concept Master Plan
320
9
INDIANAPOLIS INTERNATIONAL AIRPORT
118
500ft
Confidential Research Campus Competition
200
110
100
Confidential Religious Institution Competition
50
102
0
Confidential Hospital Competition
Project Haiti Orphanage and Children's Center 11
Port-au-Prince, Haiti
The net zero design uses passive and
The main three-story, L-shaped structure
pro bono design partner for Project Haiti,
renewable strategies to support a safe,
surrounds a central courtyard, the focal point
the replacement of an orphanage and
healthy environment for children, staff and
of the orphanage’s social life. A separate
children’s center that was severely damaged
future parents. The building systems are
tower contains training and office space.
Annual EUI: 34.76 kBtu / sf / yr
in the 2010 earthquake. In a country
designed to provide independence from
The kitchen and dining areas and corner stair
26.7% below ASHRAE 2007
with no enforceable codes or functioning
the city’s unreliable power grid, harnessing
tower provide refuge during hurricanes.
infrastructure, this design puts forward a net
excess energy to power streetlights and
zero energy, water and waste facility that
public charging stations on the street.
Completion: To be determined
meets LEED Platinum standards.
lightweight infill and contains a ground-level To ensure a safe water supply, a closed-loop
“safe zone” where occupants can gather in the
The design integrates biomimicry to create
system collects, treats and stores water
event of an earthquake.
a locally attuned and responsive building
on-site. A water collection system on the
solution. The building references a culturally
roof funnels water into an underground
significant keystone species, the kapok
cistern. Gray and black water are fed into a
tree, both in the branching diagrid supports
bioreactor, which filters and cleans it for
of the balcony system and the low emissivity,
reuse in landscaping.
heat-shedding characteristics of its second skin. Protecting the building like tree
To promote Haiti’s rich artistic heritage,
bark, a bamboo “boundary layer” shields
the design uses local materials and
exterior walkways and vertical surfaces
artwork, especially ironwork, murals and
from direct sunlight while allowing for
woodwork crafted by local artisans. Through
daylighting and natural ventilation. A roof
this project, designers intend to educate local
garden acts as the building’s “foliage,”
craftsmen on replicable, resilient
supporting the solar energy system and
construction techniques.
providing additional green space.
◄ central courtyard
In response to seismic risk, the design uses
2013 design annual
HOK is the U.S. Green Building Council's
6,000 sq. ft. / 560 sq. m.
1
2
4 3 3 5
6
7 4
â–˛ sustainable features diagrams
â–˛ site plan 1
administration
2
training room
3
storage
4
bathroom
5
multi-purpose room
6
dining room
7
kitchen
0 1.5 3 6
2
1
2
12m
1
1
5
2
1
2
1
3
13 2
3
4 2
4
5
1
6
3
3
4
3
2
3
▲ level 2 floor plan
▲ level 3 floor plan
▲ roof plan
1
counseling room
1
bedroom
1
roof garden
2
office
2
staff / guest room
2
photovoltaic roof
3
bathroom
3
bathroom
4
treatment room
4
janitor
5
bedroom
5
roof garden
6
laundry room
PROJECT HAITI ORPHANAGE AND CHILDREN'S CENTER
1
â–˛ building system axonometric
â–˛ partial elevation
▲ south elevation
▲ west elevation
▲ north elevation
15
PROJECT HAITI ORPHANAGE AND CHILDREN'S CENTER
▲ east elevation
▲ water collection
▲ circulation
▲ green space
▲ airflow
▲ energy generation
▲ sun screen
PROJECT HAITI ORPHANAGE AND CHILDREN'S CENTER
▲ section
17 ▲ east elevation
▼ aerial rendering
19
PROJECT HAITI ORPHANAGE AND CHILDREN'S CENTER
agnès b. Asia Headquarters 21
Hong Kong
Completion: 2011
The design concept comes from an
Timber floors extend from the gallery into
Much of the French brand’s unique culture
understanding of agnès b., a French fashion
the reception, where an 18-meter-long
is revealed in the design of the staff pantry,
designer known for a brand focusing
glass partition with a black metal frame
which is natural and simple, yet original. A long
on fashion and film. The internationally
sets a dramatic backdrop for the reception,
table of salvaged wood forms the centerpiece
recognized brand has branched out into
capturing industrial sleekness with
for casual staff gatherings. The color scheme
restaurants and cafès, art galleries,
European soul.
is inspired by the brand’s signature black and
chocolatiers, florists and fine household
white tones, highlighted with gray feature
merchandise. This vision is expressed as
Beyond the reception area, meeting spaces
much through art and philanthropy as through
and training rooms are centralized near the
simple, yet original, fashion design.
press room, which has sliding doors that can be opened to form a larger event space.
To reflect this ethos, the design brings together themes including French culture
The office layout is straightforward and
and identity, fashion, film, lifestyle, art and
efficient. Private offices are located on the
philanthropy, and simplicity and originality.
core side to optimize daylight and views. A central corridor connects different
The experience of the new agnès b. office
departments. Cabinets divide departments,
begins from the first step out of the elevator
providing flexibility for future changes
and into a gallery exhibiting works by artists
while creating an open studio environment.
from around the world who have collaborated
Informal meeting spaces encourage
with the fashion designer. These exhibits
collaboration and interaction.
rotate regularly to correspond with changes in the fashion seasons. A double-glass sliding
Reflecting the brand’s love for and patronage
door opens into the reception area.
of the arts, agnès b.’s private photography collection is displayed throughout the office.
◄ reception
walls that add depth to the space.
2013 design annual
17,500 sq. ft. / 1,600 sq. m.
▲ press room
▲ press room
0 1 2 5
3
3
5
6
6 4 4
4 10m
2
1 23
6 7
▲ floor plan 1
lift lobby
2
reception
3
conference room
4
meeting room
5
press room
6
open offices
7
break room
AGNÈS B. ASIA HEADQUARTERS
6
â–˛ break room
25 ▲ break room AGNÈS B. ASIA HEADQUARTERS
▲ conference room
▼ reception
27
AGNÈS B. ASIA HEADQUARTERS
Alibaba Campus Landscape Design 29
Hangzhou, China
Completion: 2014
Located a few miles from West Lake, Alibaba
The Alibaba campus landscape initiates a
Group's new corporate campus rests in an
dialogue between the two seemingly opposing
emerging IT-focused district. The landscape
forces. A large, central green space evokes
scheme design for Alibaba B2B Phase II
the scale and character of West Lake. The
aligns the contemporary vision and culture
twisting building form provides a constantly
of Alibaba with the historically significant
shifting sequence of mountain-like exposed
qualities of West Lake.
and sheltered spaces. The careful integration of local plant species defines the spaces and
West Lake is the spiritual heart of Hangzhou,
creates seasonal and spatial experiences
one of China's cultural and artistic centers.
that encourage Alibaba's people to interact
Embraced on three sides by lush green
and exchange ideas.
mountains, West Lake has been subtly sculpted over the centuries by several generations of artists. Each layer contributes a fresh perspective to the landscape that gives Hangzhou its iconic character. Today, leaders in high-tech industries and biomedical research continue Hangzhou’s tradition of thought leadership. While the focus is different, West Lake is a reminder of the rich landscape tradition that has shaped the city.
◄ central green
2013 design annual
17.9 acres / 7.2 hectares
â—„ regional site diagram
â—„ local site diagram
8
7 0
9 10 20
4 3
50m
8 6
5 9
31
2
10
9
8 site plan â–ş 1
central green
2
performance stage
3
connect stage
4
share stage
5
vent waterwalls
6
pedestrian bridges
7
site entry points
8
employee drop-off
9
office blocks
10 convention center 11 employee hotel
11
7
ALIBABA CAMPUS LANDSCAPE DESIGN
1
▼ landscape stage
33
ALIBABA CAMPUS LANDSCAPE DESIGN
▲ campus arrival
AOL Canada Headquarters 35
Toronto, Ontario, Canada
Completion: 2011
The challenge was to design an inviting but
The exposed brick and wooden structure
The two floors are organized around a central
"edgy" workplace that would support AOL
complements the mid-century modern classic
bay and connected by an open stair flanked by
Canada's open, collaborative nature and be
pieces, giving the workplace the feeling of
a café and lounge space. Contrasting with the
flexible to accommodate its changing needs.
an oversized living room. Steel barn doors, a
warm, nostalgic look of the brick and beams,
Located in a rustic, brick-and-beam building,
concrete block wall and other original features
a black central wall leads to an industrial
the new workplace supports the company's
recall the loft building’s industrial past.
black iron staircase that connects the floors.
socially engaged, innovative culture.
The lower floor’s café is a gathering point The space features unique furniture pieces
situated around a wooden stair platform. The
Workstations line the perimeter, with business
created by local artists using reclaimed
upper floor offers game, dining and play areas
groups located in casual, interactive spaces.
materials. The handcrafted reception desk
accented with unique furniture pieces.
Low-height workstations offer views to
was modeled after an industrial tool chest,
Toronto’s eclectic urban environment through
while a basket-like chandelier adds interest to
large, round-arched windows. The neutral
the office environment. Colorful illustrations
color and materials provide a backdrop for
commissioned by AOL add visual identity to
displaying AOL’s branding and position as a
the central collaboration areas.
technology leader. A variety of open and closed meeting Daylight is accessible to all. In the transparent
environments provide options for
central bay, enclosed spaces wrap around
collaboration. Special events hosted in the
wooden columns and provide views to the
flexible office space have enabled AOL
interior brick facade and adjacent
Canada to build stronger bonds with clients.
work neighborhoods.
◄ main lobby
2013 design annual
15,000 sq. ft. / 1,400 sq. m.
▲ office area
▲ employee dining area
level 3 floor plan â–ş
huddle room
3
workstations
4
MDF room
5
collaboration space
6
lunchroom
5 4 3
5
elevator lobby
2
0
1
10
1
2
2
3 20
6
2
40m
3
37
AOL CANADA HEADQUARTERS
level 2 floor plan â–ş 1
elevator lobby
2
reception area
3
huddle room
4
video conference / boardroom
5
workstations
6
collaboration space
7
lab
8
editor in chief
5
1
3
3 4
6
2 3
3 7
5 8 5
▲ employee dining area
▲ open meeting space
39
AOL CANADA HEADQUARTERS
▲ conference room
▼ dining area + conference room
41
AOL CANADA HEADQUARTERS
▲ reception
Austin Planetarium 43
Austin, Texas, USA
Competition: 2012
The Austin Planetarium reveals to visitors the
the Texas Capitol and University of Texas
ways science and technology work together
campus. The densely organized program
across disciplines to enable us to understand
elements emphasize the museum’s civic
and change our world. Its exhibits introduce
role by opening toward Congress Avenue.
visitors to scientists from the past and
The planetarium’s formal orientation invites
present, creating role models and opening
the academic campus into the site and
career paths for students.
complements the emerging museum district.
As part of a public-private partnership with
The exterior multi-use plaza, celestial window
the state of Texas, this project will bring a
and open facade welcome the public into the
planetarium, science museum, technology
museum. The entry portal’s access into the
center and mixed-use development to
universal atrium provides physical and visual
Austin’s Capitol complex, drawing more than
connections to the planetarium and gallery
one million visitors annually and creating
exhibits. The interior composition presents
synergies with neighboring museums.
the galleries as floating solids within a spatial volume. Together, the residential tower,
◄ street view
The Austin Planetarium, Science Museum and
planetarium, science museum and technology
Technology Center reinforces the urban and
center create value through their adjacencies
cultural significance of its location between
and shared address.
2013 design annual
801,800 sq. ft. / 74,500 sq. m.
8
7
5
1
2 3
4 6
â–˛ site plan 1
entry
2
cafĂŠ
3
sky view seating
4
gallery
5
gift shop
6
retail
7
planetarium
8
tower storage
▲ site context diagram
45
AUSTIN PLANETARIUM
▲ physical model
▼ entrance
47
AUSTIN PLANETARIUM
Baku Flame Towers 49
Baku, Azerbaijan
Completion: 2013
Since achieving its independence, Azerbaijan
Located on the west side of the complex,
has been positioning its capital, Baku, as an
the office tower provides more than
outward-looking, high-tech city. Located on
33,000 square meters of flexible, Class A
a hill overlooking Baku Bay and the old city
commercial office space.
center, this iconic trio of buildings transforms the skyline and promotes its historic identity.
The retail podium acts as the anchor for the project, providing leisure and retail facilities
Known as the “region of eternal fires,” Baku’s
for the three towers’ residents and visitors.
history of fire worship inspired the iconic design, which consists of three flame-shaped
To respond to the prominent hillside site
towers, each with a different function.
near the Caspian Sea, the team designed a
Standing 140 meters high, the Baku Flame
hierarchy of buildings from the tall towers
Towers are visible from most vantage
down to several smaller structures forming
points in the city.
the retail and leisure pavilions. These buildings link the towers at the base while
The 39-story residential tower – the tallest of
mediating between the scale of the towers
the three – sits to the south, accommodating
and their surroundings.
130 luxury apartments with stunning views. The hotel, operated by Fairmont Hotels, is located on the northern corner of the site and consists of 318 rooms over 36 floors.
◄ towers illuminated
2013 design annual
2.52 million sq. ft. / 234,500 sq. m.
â–˛ view to towers
0 5 10
1
20
7 7
50m
5 6 9
8
51 7
2
7
3
â–˛ level 2 retail floor plan 1
hotel tower
2
residential tower
3
office tower
4
mall entrance
5
mall level 2 retail
6
mall entrance level 1
7
retail units
8
open to below
9
cinema complex
7
4
7
BAKU FLAME TOWERS
7
â–˛ view to towers
â–˛ podium retail cladding
53
BAKU FLAME TOWERS
▲ podium axonometric
▼ view of harbor + flame towers
55
BAKU FLAME TOWERS
BBC New Broadcasting House 57
London, UK
Completion: 2012
BBC's New Broadcasting House provides an
feasible, central resources are shared.
On the ground floor, a spacious public
iconic new home for its broadcast network,
Flexible workstation clusters with extra
media café offers the public a view down
which reaches a worldwide audience of more
data and power outlets accommodate
into the BBC newsroom. An entrance space
than 241 million people. Bringing together
changing team sizes.
showcasing BBC programs and public art
BBC Television, BBC News, Global News,
creates a dynamic destination.
Radio and World Service for the first time, the
Vertical links between shared informal
central London building houses nearly 6,000
working areas on each floor promote
Sustainable design features include
staff from three 24-hour news channels,
collaboration among individuals, programs
an emphasis on durable, environmentally
nine radio networks and 26 foreign language
and departments. Quiet, one-on-one spaces
friendly furniture and finishes. The
services. The space features Europe's largest
are grouped around the perimeter of the two
majority of the furniture was sourced from
newsroom.
large atria. A series of back-to-back booths,
emerging British talent.
or railway carriages, facing the atria provide The BBC challenged the design team to
collaborative space on each floor. Breakout
create a workplace incorporating technology
facilities are organized around a cyclorama
that encourages new, more efficient ways of
overlooking All Saints Church.
working. The space needed to spark creativity by harnessing the convergence of the BBC
The scheme celebrates the distinct identity
staff into an integrated hub. The BBC also
of each department within the overall BBC
wanted the space to encourage the public to
brand and its distinctive red and orange
learn more about its people and programming.
palette. This brand consistency allows the BBC’s teams to broadcast from most
◄ overlooking newsroom
The team planned flexible work areas that
locations within the building. Throughout the
accommodate the current and future needs
space, flexible, high-tech broadcast studios
of the BBC's 24-hour teams. Whenever
are available to any program or department.
2013 design annual
484,400 sq. ft. / 45,000 sq. m.
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BNCS
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piazza 2 3 7 6 5 4 _
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5 2 3 7 6 5 4 _
old Broadcasting House
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triple-height newsroom
4 1 _ 4 3 2
media café
3 1 2 4 3 _
2 1 2 4 3 _
public space and reception 1 2 4 3 _
OAC P
1 2 4 3 _
1 1300 mm
Peel Wing link
L E S R C E
2 _ 7 6 5 4 3
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2 3 7 6 5 4 _
touchdown areas
6 12 X
1 0 1 1 1 0
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2 3 7 6 5 4 _
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glass box radio studio
LS A
2 _ 7 6 5 4 3
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2m
2 L F PT X XT E 1E L F P N R U T E A B R T E R T S M X MP J D
2 _ 7 6 5 4 3
TV studio
L IG H D T R E 3 IR N AR O C 1 2 A K C AK T L B U X A SP G A1 1M T U X A G M2 P 2B ST UX A 3 E C ST 3R UX A 4 X T S E E AT L
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2 _ 7 6 5 4 3
breakout DES KTOP
330 M M
1
2 2m
typical floor plan ► 1 .9 43.25 L F P L F P 1 .9 43.20
N O N O L F P N O L F P
PFL DESKTOP
J D S P 1 .9 43.0
N O MO T L F P D D A L E E S T C 4 4M O 75 2 6 N 3 65 2 7 9 0 U T 8 3C P L F 1 R C 1D 9 0 IM N 8 /M O L F P J D N MO
R O N IT R MO C U X A 1P L F N X G M P 1 5N X N 2 2 X UXA A N X UXP A G M 6 N 3 X 3 B X N UXR A E C 7 N 4 X4 N X 8 F F O T IR A XE E X T 1 2
7
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1 0 1
2
DN
UP
3
1 0 1
2 6
5 6
5
ground floor axonometric projection ►
3 6
1 4
FULL H EIGHT PEDESTAL
BNC S
BNCS
◄ section
3 4 5
1
main entrance
2
multimedia newsroom
3
Vision factual + Arts
4
technology + Vision
5
DG + Current Affairs World Service language
7
radio / TV news + world
7
8
newsgathering
8
9
UK + global planning
01
6
6
5
9
1 10
2 20m
59
BBC NEW BROADCASTING HOUSE
▲ entrance to media café
â–˛ world service collaboration area
7 6
6
5
â–˛ 'railway carriage' meeting booths
61 ▲ glass radio studio
▲ 'voice points' recording booths
BBC NEW BROADCASTING HOUSE
▲ glass radio studios
▲ media café
63 ▲ visitor waiting area
▲ collaboration space
BBC NEW BROADCASTING HOUSE
▲ 'off-line' news café
▼ central newsroom
65
BBC NEW BROADCASTING HOUSE
Boston Seaport Square Conceptual Design 67
Boston, Massachusetts, USA
Completion: To be determined
With views of Boston Harbor and
The massing of the Seaport Boulevard retail
downtown Boston, this unique setting will
street is a series of interlocking boxes on a
become one of the city’s prime office and
full-block podium. An atrium allows light into
residential addresses.
the lobby and offices. The glazed curtain wall facade features projections celebrating the
The Seaport Square mixed-use development,
“South Boston Bay Window.”
part of BGI’s Boston Seaport Development, will create a new neighborhood and
Seaport Square is designed for LEED
pedestrian streetscape that connects to
Silver certification.
Boston’s central business district. In addition to retail and entertainment, the mixed-use project includes residential, office, laboratory, hotel, educational and cultural space. Two 200,000-sq.-ft. mixed-use complexes on Blocks L1 and L2 are defined in the overall master plan. The area is located next to Seaport Boulevard and is bound by Boston Wharf Road to the north and East Service Road to the south. The residential neighborhood is surrounded by green zones, retail and cultural amenities.
◄ street view
2013 design annual
400,000 sq. ft. / 37,200 sq. m.
â–˛ site plan
mechanical
office
mechanical labs
retail parking
parking
▲ section
69
BOSTON SEAPORT SQUARE CONCEPTUAL DESIGN
▲ elevation
▼ street view rendering
71
BOSTON SEAPORT SQUARE CONCEPTUAL DESIGN
Carleton University Residence Commons Expansion 73
Ottawa, Ontario, Canada
Completion: 2011
This three-story expansion to an existing
The use of brick echoes the neighboring
1969 commons building adds energy to the
residence buildings. Contemporary metal
university's residential precinct. Its massing,
cladding and open fenestration reflect the
transparency and orientation help create a
materials of other campus buildings. The
clear point of arrival.
generous amount of glazing maximizes natural light and creates visual connections
The design team studied Carleton’s most
to the new urban plaza, which is located in
recent buildings and its nine student
previously unused open space along
residences to explore how the expanded
Campus Avenue.
commons building should look, feel and function. Through this examination, the team
The expansion houses all of the food
adopted four key design concepts: collide,
services, including a new 24/7 dining area,
conceal, bridge and expose.
for the residential precinct. A multipurpose conference center on the second floor is
Viewed from the street, the exterior of
available to the university community and for
the new building collides with the existing
rent by external organizations.
two-story structure, concealing its outdated facade. The loading docks are concealed by an eye-catching glazed staircase. Inside, the original facade is exposed and connected by a main circulation path that bridges the old and new.
◄ main entrance
2013 design annual
41,000 sq. ft. / 3,800 sq. m.
7
8
9
10
11
12
13 6
5
4
3
14
15
site plan â–˛ 1
residence commons expansion
2
residence commons existing
3
Glengarry House
4
Lennox and Haddington house
5
Renfrew House
6
Prescott House
7
Lanark House
8
Frontenac House
9
Grenville House
10 Russell House 11 St. Patrick's Building 12 Leeds House 13 Stormont Dundas House 14 plaza 15 Campus Avenue
2
1
◄ level 3 floor plan 1
preamble + assembly area
2
dining / multi-purpose space
FHC
0 5 10
2
DN
20
1 DN
DN
40m
◄ level 2 floor plan 1
preamble + assembly area
2
conference room
3
crush space / student touchdown
75
DN
1
2
DN
UP
2
2
UP
UP
DN
◄ level 1 floor plan
5
UP
2
3 UP
UP
1
4
1
vestibule
2
entry hall
3
Carleton University Students' Association
4
students' space
5
tunnel link
CARLETON UNIVERSITY RESIDENCE COMMONS EXPANSION
3
▲ view from Campus Avenue
▲ main entrance
▲ main stairwell
6
5
4
5
5
3
2
4
1
▲ longitudinal section 1
vestibule
2
Carleton University Students' Association
3
student space
4
preamble + assembly area
5
conference room
6
dining + multi-purpose space
77
CARLETON UNIVERSITY RESIDENCE COMMONS EXPANSION
▲ view to conference rooms
▼ night view
79
CARLETON UNIVERSITY RESIDENCE COMMONS EXPANSION
Concept Design for Confidential Pediatric Hospital Client 81
New York, USA
Competition: 2012
This design concept shapes a possible
space to higher levels of the building. The
solution for the expansion of a children’s
structure’s tree-like columns define the park
hospital in New York City.
and blur the lines between the building and its landscape. This design engages pediatric
The building program includes ICU beds,
patients and their families, making the
medical and surgical beds, a hematology/
hospital feel more comforting.
oncology/infusion suite, a heart center, a day hospital/sleep center, a nephrology and
To contribute to the creation of a safe
transplant center, a dialysis suite, an imaging
environment, the design gives pediatric
center, and a drop-off and lobby area. The
patients the ability to alter specific aspects
project also includes an expansion to the
of their rooms and of the building facade.
existing operating suite, backfill renovations
Children can use a tablet to add leaves,
to the hospital and new connections to the
animals, color and other elements from an
existing buildings.
approved menu. The children see these changes on their footwall and the public
◄ aerial rendering
The pediatric hospital’s unique role in the
sees them on the continuously changing LED
community gives form to this design concept.
surfaces of the building facade. The active
The corner of this urban environment is made
footwall technology also enables patients to
available to the public as a park. This plan
virtually interact with other children, attend
reclaims more site area by adding program
family events or go to school.
2013 design annual
165,000 sq. ft. / 15,330 sq. m.
â–˛ physical model
83
CONCEPT DESIGN FOR CONFIDENTIAL PEDIATRIC HOSPITAL CLIENT
▲ physical model
▲ main entrance
▲ patient room
▲ street view
▲ exterior terrace
85
CONCEPT DESIGN FOR CONFIDENTIAL PEDIATRIC HOSPITAL CLIENT
▲ main entrance
▼ roof terrace
87
CONCEPT DESIGN FOR CONFIDENTIAL PEDIATRIC HOSPITAL CLIENT
Confidential Airport Terminal Expansion Competition 89
South Korea
Competition: 2009
The team created this concept for a new,
The design concept creates a single,
freestanding international terminal to be
unified terminal organized with three
constructed at the north end of the airport.
main concourses flanking a large central atrium “winter garden” that is accessible
The competition brief required a single,
to passengers and serves as an important
unified terminal with a mix of different-sized
amenity during the changing seasons.
aircraft contact gates and additional remote stands.
All aircraft contact gates are within a 500-meter walking distance from the
The brief required the terminal to be
landside departures hall.
implemented in two major phases. The initial phase includes a terminal complex with
The central spine linking the landside
38 gates to serve 55 percent of the total
terminal departures and arrivals facilities
forecast demand. In the next and final
to the third concourse houses a significant
phase, the terminal needed to easily expand
amount of space for retail and food and
to full capacity – 72 gates – without disrupting
beverage services.
airport operations. In addition to the passenger terminal, the program includes an airside ramp control tower, an automated people mover, a baggage handling system, a service vehicle roadway tunnel, a ground transportation center, and an approach and departure roadway system.
◄ aerial rendering
2013 design annual
3.76 million sq. ft. / 350,000 sq. m.
â–˛ site plan
0 20 40 120
kUh IN
OUT
240m
6 1
3
5
4
2 91
â–˛ level 3 floor plan 1
people mover access
2
central garden
3
baggage area
4
rail station
5
curbside pick-up
6
arrivals
7
parking
CONFIDENTIAL AIRPORT TERMINAL EXPANSION COMPETITION
7
▲ curbside drop-off
▲ ticket desks + meeting area
93
CONFIDENTIAL AIRPORT TERMINAL EXPANSION COMPETITION
▲ interior atrium
▼ site aerial
95
CONFIDENTIAL AIRPORT TERMINAL EXPANSION COMPETITION
Confidential Corporate Headquarters Competition 97
Missouri, USA
Competition: 2012
The four concepts the team created for this
The "workplace excellence" concept featured
design-build competition embody the different
here emphasizes the vital role of collaboration
ways design brings value to buildings.
in the contemporary workplace. A ring of flexible office space surrounds a conference
In addition to the tangible real estate metrics
and training center with courtyards and atria.
of first, operating and exit costs, the four
A raised floor accommodates a stratified
solutions demonstrate the importance the
mechanical system and mixed-mode ventilation.
client places on intangible values including employee performance, brand and identity, a
Three other concepts not depicted here
sense of culture and community, and workplace emphasized presence and identity, employee excellence.
◄ exterior landscape
performance and culture and community.
2013 design annual
Phase I: 300,000 sq. ft. / 27,900 sq. m.
â–˛ site plan
0
50
100
200
400ft
CONFIDENTIAL CORPORATE HEADQUARTERS COMPETITION
▲ site model
99 ▲ interior atrium
▼ street view rendering
101
CONFIDENTIAL CORPORATE HEADQUARTERS COMPETITION
Confidential Hospital Competition 103
Singapore
Competition: 2012
The proposed hospital is located on an
and establish identity. These goals drive an
L-shaped site adjacent to a mid-rise
architectural solution that supports the health
residential housing neighborhood. The
of patients and the community.
nearby metro rail transit and bus interchange is a major transportation hub that integrates
The program requirements of the regional
the hospital with its urban surroundings and
hospital, community hospital and specialty
drives most of the hospital’s visitor traffic.
outpatient clinics are organized to maintain
The edges of the site also feature a light
critical adjacencies while providing separate
rail station, bus stop and access to the
identities for each function.
Tampines Expressway. The site’s organization forms a clear entry The building is oriented to optimize daylight
point and allows users to navigate through the
and heat control strategies while offering
hospital in a logical, natural manner. Instead
views to the Sungei Punggol River from upper
of turning away from adjacent properties,
levels. Passive ventilation takes advantage of
the hospital acknowledges and welcomes
seasonal wind shifts.
the residential neighborhood. Designed to respect prescribed height limitations, the
The design begins with the understanding
hospital maintains a consistent skyline and
that an integrated urban gesture is required
scale within the existing urban context.
to create a continuity of form, introduce scale and offer visual interest to frame space
◄ aerial rendering
2013 design annual
2.64 million sq. ft. / 245,000 sq. m.
2 5 level 7-12 floor plan â–ş 1
clinics
2
patient suites
3
support
4
public
5
garden
4
3
4
1
5
3
1 2
4
level 1 floor plan â–ş 5 1
lobby
2
retail
3
emergency
4
diagnostic imaging
5
offices
6
clinical measurement unit
7
satellite lab
8
theater
6
7
8
0
20
40
160ft
CONFIDENTIAL HOSPITAL COMPETITION
▲ view to main entrance
80
▲ east elevation
105
â–˛ courtyard
CONFIDENTIAL HOSPITAL COMPETITION
▲ patient room
107 ▲ main lobby
▼ street view rendering
109
CONFIDENTIAL HOSPITAL COMPETITION
Confidential Religious Institution Competition 111
Kansas, USA
Competition: 2012
The design for a new church and campus for
Partially embraced by a narthex podium and
the largest United Methodist congregation in
set in a gracious garden, the sanctuary is the
the US addresses the diverse, evolving needs
heart of the campus. Placing the sanctuary’s
of contemporary worship.
3,500 seats close together supports the logistical needs of the multimedia
The church’s growth – from a congregation of
sermons and creates a sense of intimacy.
six in 1990 to its current size of 19,000 – has
The sanctuary is imbued with a quality of
been generated by the dynamic conveyance
sacredness, or “thin space.”
of the church’s message. Sermons employ a range of multimedia tools to connect with a
The site design makes the landscape an
21st-century congregation.
extension of the worship space, recalling the church’s values of community engagement
The logistical needs of these technologies
and environmental stewardship. Pocket
often are incompatible with traditional notions
gardens surrounding the sanctuary
of sacred space, making it difficult to promote
permeate the narthex, providing daylight
a close worship community. The design
and a connection to the outside world while
addresses these challenges by exploring the
re-establishing the Methodist ideal of the
church as a new model for contemporary
“temple in the garden.”
worship – one that fosters a deep sense of connectedness within the congregation.
◄ aerial rendering
2013 design annual
150,000 sq. ft. / 13,900 sq. m.
7 9
8
8
7
4
3
5
2
1
â–˛ ground floor plan 1
reception
2
bookstore
3
concessions
4
landscape porch
5
stage
6
backstage
7
education building
8
loggia
9
play garden
6
0
20
50
100
200ft
▲ landscape view
113
CONFIDENTIAL RELIGIOUS INSTITUTION COMPETITION
▲ main entrance landscape
▲ reception
▲ auditorium
▲ reception
▲ section
115
CONFIDENTIAL RELIGIOUS INSTITUTION COMPETITION
▲ sustainability diagram
▼ view from pedestrian path
117
CONFIDENTIAL RELIGIOUS INSTITUTION COMPETITION
+
+
Confidential Research Campus Competition 119
Sweden
Competition: 2012
This design concept for a multidisciplinary
The design creates a landmark home for
ideal physical environment for research
research campus in southern Sweden
the facility that significantly enhances
and idea sharing. The various arms of the
provides a potential design solution for
the region’s position as a center for world-
structure house offices, conference areas,
the world’s leading neutron spallation
class research.
laboratories, a small hotel and other support
source research center.
◄ aerial rendering
facilities. Each individual arm of the radial A singular, landscaped shape unites and de-
composition provides efficient, flexible space,
As one of the world’s largest and most
scales the building. The landscape flows over
and they all meet at the commons adjacent to
advanced science infrastructure projects,
the buildings that house various functions,
the target building. The shape of the sloped
the facility is designed to accommodate up to
effectively making it a “non-building.” All of
roofs allows for the creation of cascading,
5,000 European researchers. The program
the facility’s “24/7” operations take place in a
informal meeting spaces and provides strong
includes a 600-meter-long linear proton
climate-controlled environment. Most of the
visual connections across floors.
accelerator building, a heavy-metal target
site provides a park-like setting that is open to
station, state-of-the-art neutron instruments,
the public. Moving across the large entrance
a central lab, an office building, a lecture hall,
plaza toward the Science Village, visitors get
and a supercomputing data management and
the impression of walking into a building’s
software development center.
open, welcoming arms.
The “Green Splash” concept developed by the
Shaped by the physics of neutron spallation,
BIG/HOK consortium was one of two winners
the facility is designed as a continuous
in the international design competition. The
building form that promotes interaction
jury noted this concept’s “extraordinarily
and collaboration. Close connections
strong design idea, integrating the building
between laboratories, research spaces and
complex with the surrounding landscape,
instruments, as well as the proximity to the
expressed in an emblematic building.”
Science Village, are intended to create the
2013 design annual
1.33 million sq. ft. / 124,000 sq. m.
â–˛ phasing diagram
â–˛ site plan
3
level 1 floor plan ►
3
2
lab
3
instrument hall
4
klystron hall
4
4
2
1
60
office
20
1
2
0
1
3
120
1
240m
2
ground level floor plan ► 2 office
2
lab
3
café / kitchen
4
auditorium
5
library
6
klystron hall
6
6
1
2
1 3 4
1 5
basement level floor plan ► 1
transfer area
2
decay tanks
3
HEBT
4
high beta
5
medium beta
6
spoke section
1
2
3
4
5
6
CONFIDENTIAL RESEARCH CAMPUS COMPETITION
1
121
2
1
â–˛ village facade elevation
â–˛ plaza aerial
123
CONFIDENTIAL RESEARCH CAMPUS COMPETITION
▼ landscape park
125
CONFIDENTIAL RESEARCH CAMPUS COMPETITION
District of Columbia Consolidated Forensic Laboratory 127
Washington, DC, USA
rooms. Upper floors feature laboratories and
The south office facade’s automated louver
forensic science and public health efforts
related office spaces for each department.
system animates the surface with a dynamic,
into one state-of-the-art facility. It includes
Mechanical equipment is located in the
textural skin. The east and west elevations
office space and MPD forensic labs, as
rooftop structure, with the exhaust pipes
feature narrow openings punched through a
Annual EUI: 184 kBtu / sf / yr
well as toxicology, histology and public
consolidated into three chimneys above the
limestone facade.
50% energy reduction from average
health laboratories.
mechanical penthouse.
These advanced research facilities enable
Placing laboratories along the north side
penthouse roof to become a masonry frame
the DC Metropolitan Police Department, the
allows natural light to enter the building
anchoring the building’s glass and metal skins.
Office of the Chief Medical Examiner and
without significant heat gain in these
The stone recalls the greater context of DC’s
the Department of Health to provide a
mechanically sensitive spaces. Core and
civic architecture, while the window pattern is
broad range of safety and health services to
laboratory support spaces are in the center,
inspired by DNA electrophoresis results.
city residents.
with office spaces on the south side.
The building has two levels below grade and
A six-story edge atrium serves as the main
certification. An advanced thermal wall
six above. The below-grade structure includes
entry. From the outside, the atrium acts a
scheme and an exterior curtainwall control
employee and police fleet parking, electrical
beacon that reveals the central stairway
and filter sunlight while promoting natural
and mechanical spaces, and an examination
and structure. Inside, the atrium promotes
airflow. The south-facing louver system is clad
bay for vehicles. The ground floor houses
collaboration and provides striking views for
in photovoltaic panels, and enthalpy wheels
loading bays, evidence intake and shared
occupants. Natural light creates a bright,
are used for heat recovery air handling units.
spaces such as conference rooms, a lunch
pleasant environment in office and lab spaces.
Completion: 2012
The limestone wraps up to the mechanical
The facility achieved LEED Platinum
room, administrative office and training
◄ street view
2013 design annual
This project combines DC’s public safety,
351,000 sq. ft. / 32,600 sq. m.
3
2
4
1
â–˛ site plan 1
main entry
2
parking entry
3
delivery entry
4
loading area
DN
6
UP
4
3
DN
9 4
7 8
2 UP
UP
DN
7 DN
â–˛ ground level floor plan 1
lobby
2
break room
3
press room
4
training
5
administration offices
6
intake
7
loading docks
8
loading yard
9
parking ramp
5
DN
1
1
1
1
UP
UP
UP
UP
DN
DN DN
DW
DN
4
DW REF.
REF.
4 UP
3
DN
UP
20
2
3
DN
0
2
40
▲ level 5 floor plan
1
laboratories
1
laboratories
2
offices
2
offices
3
atrium
3
atrium
4
conference rooms
4
conference rooms
80ft
▲ level 3 floor plan
129
1
UP DN
DN
DN
UP DN
UP
DW
UP
DW
4
4
REF.
REF.
2
1
3
2
3
DN
UP UP
▲ level 2 floor plan
▲ level 4 floor plan
1
laboratories
1
laboratories
2
offices
2
offices
3
atrium
3
atrium
4
conference rooms
4
conference rooms
DC CONSOLIDATED FORENSIC LABORATORY
1
â–˛ exterior view
▲ exterior facade details
131
DC CONSOLIDATED FORENSIC LABORATORY
▲ main entrance
â–˛ main entrance
133
DC CONSOLIDATED FORENSIC LABORATORY
▲ entrance lobby
▼ view from street
135
DC CONSOLIDATED FORENSIC LABORATORY
Fisher Street Flats + Crossrail Shaft 137
London, UK
Completion: 2018 Annual EUI: 107 kBtu / sf / yr
Crossrail is a major railway project being built
The shaft structure and headhouse will
in South East England. The project includes
serve as the base for a proposed 22-unit
the construction of twin-bore, east-west
apartment building. This eight-story, over-site
tunnels and an upgrade to existing rail lines to
development is an infill structure fronting both
the east and west of central London.
Fisher Street and Catton Street. It features one- to three-bedroom apartments with
25% energy reduction over the TER The design for Crossrail's Fisher Street Shaft
balconies, including two duplex penthouses
consists of a 15-meter-wide underground
and a biodiverse roof garden.
concrete shaft, Crossrail’s headhouse at ground level and an above-ground
The residential scheme creates a building
apartment building.
that fits the scale of the existing townscape. Inspired by early-20th-century Cubism, the
◄ view from Fisher Street
The single-story headhouse provides
contemporary form opens a dialogue with
intervention access to the shaft, which is
the adjacent Southampton Row Grade II
required for emergency access, ventilation,
listed building. Its angular form increases the
mechanical and electrical maintenance,
visual impact of the listed building and
and general access to the tunnel system's
promotes a new relationship on the site. The
four underground levels. The headhouse
faceted copper planes maximize natural
also houses a street-level entrance lobby
light in lower-level apartments and in the
for the apartment building.
urban street environment.
2013 design annual
44,000 sq. ft. / 4,100 sq. m.
1
2 3
â–˛ site plan 1
Fisher Street
2
Catton Street
3
Southampton Row
level 7 floor plan ► 0
two-bedroom apartment
3
three-bedroom duplex
2
4
existing listed building
2
2
1
1
3 8 16m
139
FISHER STREET FLATS + CROSSRAIL SHAFT
3
ground floor plan ► 1
existing listed building
2
Crossrail headhouse over shaft
3
access to flats
4
bins / cleaner
5
bicycle storage
6
service rooms
7
intervention / maintenance
5 2
1
6
4
access to shaft
7
8
8 7
7
7
7 9 7
5
6 4 1
2
2
section through shaft â–ş 1
Crossrail headhouse
2
Crossrail shaft services
3
bicycle storage and terrace access
4
existing building
5
plantroom for apartments
6
duplex
7
apartments
8
duplex penthouse with roof terrace
9
elevator
2
2
3
0 2 4 8 16m
141
FISHER STREET FLATS + CROSSRAIL SHAFT
▲ axonometric of development above shaft + tunnels
▼ rooftop view from Southampton Row
143
FISHER STREET FLATS + CROSSRAIL SHAFT
▲ Catton Street frontage from Southampton Row
Harlem Hospital Center Mural Pavilion 145
New York, New York, USA
Completion: 2012
The Mural Pavilion is the new centerpiece
disparate structures. The top of the building is
African-American artist Vertis Hayes created
of the Harlem Hospital Center. The building
designed to accommodate the future addition
the “Pursuit of Happiness” mural in 1937
unifies previously disconnected structures
of two floors.
as part of the federal government’s Works
spread over two city blocks to create an Through a celebration of its historic cultural
that commissioned artists during a period
atrium and a dramatic, five-story, historically
context, the hospital is designed to welcome
of significant unemployment. Visible from
significant mural welcome visitors and form a
and serve Harlem's diverse community of
the street and accessible from the atrium, a
new front door to the community.
cultures. The iconic mural on the exterior of
permanent art gallery houses the complete
the Mural Pavilion illuminates Harlem's history
“Pursuit of Happiness” mural, with works of
All major clinical elements at Harlem Hospital,
and culture while showcasing the hospital’s
other WPA artists in adjacent galleries.
including the emergency department,
prominent role in the community. Soaring
surgery, invasive procedures, imaging and
65 feet high and spanning a city block, the
Sustainable design features include a
critical care beds, have been organized to
colorful, 12,000-square-foot glass facade
high-performance curtain wall, optimized,
provide patient- and family-friendly care.
mural depicts excerpts from the story of
high-performance mechanical systems and
The patient-centered care design integrates
the African diaspora, creating a dramatic
low-emitting finishes, including paint, carpet,
inpatient, emergency room and outpatient
frontispiece along Lenox Avenue for the
resilient flooring, adhesives and sealants.
services under one roof, creating a unified
circa-1887 Harlem institution.
healthcare complex from seven previously
◄ main entrance
Progress Administration (WPA) program
integrated healthcare campus. A light-filled
2013 design annual
195,000 sq. ft. / 18,100 sq. m.
8 6
7
8
9
5
4
3
2
â—„ level 1 floor plan
1
1
main lobby
2
public lobby
3
gallery 1
4
gallery 2
5
cafĂŠ
6
education
7
entry vestibule
8
waiting room
9
registration
0
5
10
30
60ft
HARLEM HOSPITAL CENTER MURAL PAVILION
▲ main lobby ▲ main lobby
147 ▲ concept elevation
â–˛ main entrance
HARLEM HOSPITAL CENTER MURAL PAVILION
▲ main entrance
149 ▲ section
▼ main entrance
151
HARLEM HOSPITAL CENTER MURAL PAVILION
Huamao International Center 153
Zhengzhou, Henan Province, China
Completion: 2015
This project includes four Class A office
room unobstructed views to the north and
buildings, a five-star hotel and two stories of
south. The hotel's central position on the
high-end retail space on the western edge of
site demonstrates its leading role
the city's Zhengdong New Area.
in the development.
The four office buildings and retail space are
Though the hotel plan is based on traditional
designed to respond to the grid pattern of the
hospitality design principles, its dynamic,
old city. A large, signature green space is on
flowing facade supports the project's water
the southern portion of the site.
garden concept. On the north and south facades, undulating curves and slopes in the
The curved facades of the east and west
enclosure create a ripple effect. At higher
office buildings maximize the view to
levels of the hotel, the south face expands to
Zhengdong's new central business district
the east and west, allowing more guest rooms
and establish a dynamic image for the
to face the park.
development. A two-level retail podium connects all four office buildings, maximizing
Enhancing the hotel’s iconic wave design,
the retail street frontage.
the top of the tower curves to accommodate an exclusive executive club with exterior
Located on the southeast corner of the site, the hotel tower offsets the west-side office building. This configuration gives every hotel
◄ hotel rendering
garden plazas.
2013 design annual
2.26 million sq. ft. / 210,000 sq. m.
2
2
2
2
1
â–˛ site plan 1
hotel tower
2
office tower
1 0 5 10
1 25
▲ level 17 floor plan 50m
1
guest rooms
155
4
2
5
1 ▲ level 1 floor plan 6 1
banquet entrance
2
lobby
3
check-in
4
lounge
5
dining
6
restaurant
HUAMAO INTERNATIONAL CENTER
3
▲ site section
▲ hotel aerial
▲ hotel rendering
157 ▲ north facade detail HUAMAO INTERNATIONAL CENTER
▲ south facade detail
▼ aerial rendering
159
HUAMAO INTERNATIONAL CENTER
Humber College Building L Media Centre 161
Toronto, Ontario, Canada
Completion: 2011
The challenge was to design a four-story
symbolic heart of the campus. It is a theatrical
The volume of the lobby area reflects the
academic building that provides classrooms,
space for public performance, creative
building's importance and provides a visual
study areas, a 400-seat cafeteria and
activity and recreation.
connection to the outside. Materials, color,
high-end media studios on a tight, historic site along Lake Ontario.
texture and daylight all help create a sense The new Building L, with an exterior of
of place. Public corridors feature more visual
glazing, zinc panels and brick, completes the
connections to the exterior.
The Humber Lakeshore Campus was built
academic quadrangle. Much of the courtyard
during an era when educational facilities
had previously been given over to vehicular
The team designed the building to the
commanded a powerful presence through
parking, with no designated pedestrian
equivalent of LEED certification. Sustainable
a sober architectural language set within
realm, in stark contrast to the well-defined
attributes include the harvesting of natural
expansive, ambitious landscapes.
academic promenade framing the space.
light, low-flow plumbing fixtures and a
The new building creates green space that
variable speed chiller for the campus cooling
Demolishing the college's existing Building L
accommodates collegial gathering
plant. Occupancy sensors and high-efficiency
provided an opportunity to create a building
and connections.
light sources reduce power consumption.
that would contribute to a strong urban context and provide a new front door for the
A pedestrian walkway around the quadrangle
campus. The design acknowledges and defers
completes a functional path connecting the
to the existing heritage buildings and to the
new facility. The design preserves sun angles
evolution of the original site plan.
and spaces between buildings, providing visual corridors to the lake and views of the
The arrangement of academic and administrative buildings around the courtyard defines the quadrangle as the functional and
◄ main entrance
well-landscaped grounds.
2013 design annual
100,000 sq. ft. / 9,300 sq. m.
â—„ site plan
3
3
3
3
3
4
2 1
3
2 3
â–˛ learning commons entrance
3
1 3
1
entry canopy
2
gathering space
3
existing heritage buildings
4
campus quadrangle
1
student space
2
staff
3
lab
4
media studio
5
media centre
6
roof
DR: 05
level 4 floor plan ►
3 6
1
6
2 5
4
DR: 06
4 0
DR: 5A
5 10 20
5
1
student space
2
eating area
3
servery
4
kitchen
5
terrace
5 1 3
6
1
learning commons
2
conference room
3
gallery
4
classrooms
5
café
4
2
5
2 4 1 5 4 3
163
HUMBER COLLEGE BUILDING L MEDIA CENTRE
level 1 floor plan ► 1
40ft
level 2 floor plan ►
▲ west elevation
▲ east entrance
▲ section
165
HUMBER COLLEGE BUILDING L MEDIA CENTRE
â–˛ media centre
â–˛ learning commons
▼ stairwell
167
HUMBER COLLEGE BUILDING L MEDIA CENTRE
Istanbul International Financial Center 169
Istanbul, Turkey
landscape and practical requirements
space, hotels, community, conference, retail,
to become a model of sustainable
Site area: 170 acres / 69 hectares
education, parks and recreation amenities
and sixth-largest in Europe, Turkey requires
development for the expansion and
complement the residential fabric.
a new financial center that will satisfy its
densification of Istanbul.
Master plan completion: 2012 Annual EUI: 60 kBtu / sf / yr
current challenges while respecting its
Major infrastructure improvements include a
heritage. The forward-looking plan is rooted
The 69-hectare site lies at the intersection
new transportation system featuring a new
in Turkish culture.
of two major highways, atop a future subway
subway line and station, as well as sustainable
line. Strategically located between the
power, water, data and security infrastructure
The Istanbul International Financial Center
Atasehir and Umraniye districts, the site
systems. These systems are integrated into a
will become a focal point for Turkey, as
offers easy accessibility and views to the
unifying podium that provides a surface for a
well as for the international finance and
historic center of Istanbul.
great urban park for Istanbul.
30% energy reduction from average
business community. The master plan builds on the site's natural The master plan provides a framework
strengths by emphasizing its advantageous
and tools for developing a sustainable
position at the heart of the Asian side
financial center that blends human need,
of Istanbul and the quickly developing
environmental stewardship and economic
districts that surround it.
viability into a global model of urbanism. The plan creates four distinct districts
◄ aerial rendering
The center will attract investors while
focusing on culture, commerce, civic
maintaining a high quality of life for
and governance. These districts are
inhabitants and visitors. A mixed-use program
integrated into a mixed-use, transit-oriented
integrates dense urban fabric, a productive
development. Financially oriented office
2013 design annual
With a growing population of 73 million and an Built area: 50 million sq. ft. / 4.65 million sq. m. economy that is the 16th-largest in the world
2 1
3
4 1
2
1 1
5 5
4
â–˛ site plan 1
park + recreation
2
school
3
government
4
mosque
5
bank
171
ISTANBUL INTERNATIONAL FINANCIAL CENTER
▲ District 2 plaza
▲ Tower B elevation
▲ sustainability diagram
▲ Tower D elevation
▲ Towers F + G elevation
ISTANBUL INTERNATIONAL FINANCIAL CENTER
▲ commercial plaza
173 ▲ rendering
▼ street view rendering
175
ISTANBUL INTERNATIONAL FINANCIAL CENTER
KONE Centre 177
Moline, Illinois, USA
The building envelope reinforces the basic
offices, condominiums and retail space to
massing and orientation strategy. Metal
Completion: 2012
downtown Moline’s Riverfront District.
panels on the south create a thermal
Annual EUI: 66 kBtu / sf / yr
The steel and glass building provides Class
fl uctuations. High-performance, specialty
28.3% energy reduction from average
A office space for KONE's US Operations
coated glass provides additional insulation.
Center and other tenants. It includes four
An array of 1,365 photovoltaic panels rises as
condominiums on the eighth floor and a
a canopy over the garage deck.
barrier that protects against temperature
gracious ground floor lobby that links the building to the Mississippi River and the
A one-level parking structure accommodates
Great River Trail. The project completes
corporate tenants and residents. Shell space
HOK's early-1990s master plan for
at the southern end of the garage provides
redeveloping the city’s riverfront.
concession and retail space to serve as a public plaza that hosts music in the summer
Built on a brownfield site, the eight-story tower provides expansive views of the Mississippi River with broad exposures to the north and south. This creates opportunities for natural daylighting while minimizing solar heat gain.
◄ view from southwest
and ice skating in the winter.
2013 design annual
The LEED Platinum KONE Centre brings
125,000 sq. ft. / 11,610 sq. m.
1
3
2
site plan â–ş 1
building lobby
2
office parking
3
residence parking
4
plaza retail
4
3
0 8
1
open office
2
work rooms
3
balcony
32
1
16
level 6 floor plan ►
2 64ft
D
D
179
KONE CENTRE
2 DN
1
level 1 floor plan ►
UP
UP
1
elevator lobby
2
café
3
kitchen
4
showers
3
4
S
D
▲ interior lobby
▲ reception area
▲ south entrance
▲ view from north
181
KONE CENTRE
▲ section
▲ elevator core
▼ aerial view from south
183
KONE CENTRE
Marina Mall 185
Doha, Qatar
Completion: 2014 Annual EUI: 411 kBtu / sf / yr
The design of Marina Mall supports Doha’s
The three-story mall includes cinemas, spa
vision for a vibrant, community-oriented
facilities and restaurants with terraced
lifestyle for the 37-sq.-km. Lusail waterfront
dining overlooking the marina. Smaller pods
development master plan and its 19 mixed-
embedded in the landscape around the
use districts.
mall are designed to animate the threshold between the mall and the marina. These
QSAS 5 Rating The design is inspired by the natural forms
pods house additional retail space, exhibition
created when water and land meet. Five
spaces and entertainment areas, such as a
interconnected retail islands link the mall
skate park and children’s play area.
into the landscape and back to the water. A body of water running throughout the center
The design targets a QSAS 5 rating,
of the scheme guides the visitor through the
equivalent to LEED Platinum.
mall, leading to the marina. Internal waterfalls visually connect the different levels. The spaces between the five pebble-shaped islands are carefully landscaped, creating a series of green spaces.
◄ northwest entrance
2013 design annual
645,800 sq. ft. / 60,000 sq. m.
â–˛ site plan
0 10 20
8
7 50
7
7
7
7 8
8
8
7
4
8
7
8 100m
8
8
8 5 2
8
8
7 6
7
6
8
8
8
MARINA MALL
8 8
7 5
8
8 8 8
1
â–˛ level 0 floor plan 1
anchor stores
2
circulation
3
medical center
4
office
5
parking
6
prayer rooms
7
restaurant
8
retail
1
187
3
▲ cross section looking north
▲ long section through west mall
▲ view into restaurant court
189
MARINA MALL
▲ interior view, east mall
▲ restaurant court terrace
191
MARINA MALL
â—„ marina plaza from northeast
Millward Brown Office 193
Chicago, Illinois, USA
Completion: 2012
The design of Millward Brown’s office
The design conveys a warm, residential
embodies the media firm’s reinvented
aesthetic. To blur the line between public and
brand, incorporating its updated
private spaces, the office features
space standards while expressing its
glass doors, no formal reception and clear
Chicago identity.
views into collaboration areas and the general workspace. Client areas are located
The office design embraces the building’s
deep within the space. The journey to
distinct architecture, which features exposed
these areas is enhanced by splashes of color
ceilings, large windows, vintage details and
and brand messaging.
structural columns. The design emphasizes natural, sustainable
◄ lunch room + collaboration space
The open-plan office includes medium-height
materials and furnishings. Warm, wooden
workstation panels. Reducing the number
ceilings denote collaborative, shared spaces
of individual workspaces promotes the use
such as conference and café areas. Reclaimed
of collaborative spaces. The layout allows
barn wood frames the glass entry walls of the
everyone to enjoy daylight and views.
small conference rooms.
2013 design annual
18,200 sq. ft. / 1,700 sq. m.
â–˛ meeting area
0 8 16 32 48ft
▲ workstations
▲ conference room
195
MILLWARD BROWN OFFICE
1
4 2
3
4 ◄ level 7 floor plan
2
2
5
1
reception
2
open collaboration
3
café
4
informal teaming
5
conference
▼ reception
197
MILLWARD BROWN OFFICE
Moscow City Plots 17 + 18 199
Moscow, Russia
Completion: 2017
The design employs a paired-tower expression
A large, south-facing entrance plaza forms
for two new 70-story office and residential
the primary visitor and pedestrian arrival
buildings for Plots 17 + 18 in the Moscow City
address. This space is anchored by a series of
section of downtown Moscow.
glass and stone two-story retail shops.
The two towers are clad in light stone and
Lower levels house parking and incoming
glass to differentiate and anchor their image
mechanical services. In addition to the retail
against a taller, geometric collection of
space, the five-story podium contains vehicle
adjacent glass towers. A stepped massing
parking spaces. The podium is capped by
is designed to differentiate, through
a roof garden for use by office tenants and
silhouette and form, the two towers from
residents.
Annual EUI: 36.7 kBTU / sf / yr 20.6% energy reduction from average
these extruded towers. Careful consideration to climate, window-to-wall ratio and optimized daylight harvesting is embedded in the exterior wall envelope design and vertical stone-to-glass expression.
◄ aerial rendering
2013 design annual
3.76 million sq. ft. / 350,000 sq. m.
▲ elevations
▲ entry drive
0 10 20 40
▲ tower level plan
80m
201
▲ street view rendering
▲ ground floor plan
MOSCOW CITY PLOTS 17 + 18
▲ podium terrace plan
▼ view of podium
203
MOSCOW CITY PLOTS 17 + 18
Mount Elizabeth Novena Hospital 205
Singapore
and public areas celebrates the hospital’s
The hospital sets a new benchmark for
hospital of Parkway Pantai Limited, one of
Asian heritage. Visitors from a wide range of
sustainability in Singapore. Eco-friendly
Completion: 2012
Asia's largest private healthcare providers.
cultures immediately feel at home.
features including aerial gardens and
25% energy reduction from average
Challenged to create a “hospital of the future”
The modulation of lighter and darker
helped the building earn Green Mark Platinum
that would provide the best possible healing
experiences contrasts with conventional
certification.
environment, the design team blended
clinical environments, which often are overly
world-class technology and advanced
bright. By linking as many individual spaces
From its architectural design and interior
medical expertise with hospitality-focused
as possible to natural light and minimizing
furnishings to its staff uniforms and inpatient
patient care. The sophisticated medical
illumination in transition areas, the design
meals, the hospital exudes the assurance and
plan combines a Singaporean care model
creates an environment that feels like an
finesse of a five-star hotel while providing the
demanding privacy and comfort with
upscale hotel or residence.
highest level of care, reflecting the values of
integrated photovoltaic green technology
international benchmarks for interventional
Parkway Pantai.
platforms, high-tech operating theaters and
All 312 patient rooms are private, featuring
diagnostic treatments.
custom furnishings and fittings. Floor-toceiling windows allow the healing power of
Inspired by the rich cultures of Southeast
natural light to shine through to patients.
Asia, the design achieves a fresh,
Balconies, gardens and rooftop landscaping
contemporary yet timeless aesthetic. Classic
link patients to the nurturing environment.
golden onyx creates a luxurious mood as
The unique canted room design gives patients
staff members confirm appointments,
better access to the outdoor environment
provide concierge assistance to families and
while helping clinical staff monitor
escort patients to their destinations. Native,
their activities.
sustainably harvested teak in the lobby
◄ hospital aerial
2013 design annual
Mount Elizabeth Novena is the flagship
780,000 sq. ft. / 72,500 sq. m.
5
4
8
7
2 8 1
6 3
leve 1 floor plan â—„ level 1
entry lobby entr
2
regis registration
3
park parking
4
pati patient / service lifts
5
inpa inpatient public lifts
6
outp outpatient public lifts
7
acci accidents + emergencies
8
reta retail
4 2
1 4
3
◄ levels 13 floor plan
inpatient public lifts typical patient rooms
4
VIP + deluxe patient suites
12
3
6
patient / service lifts
2
0
1
24 48m
207
7
5 4
◄ level 3 floor plan
3 6
1
patient / service lifts
2
inpatient public lifts
3
outpatient public lifts
4
operating theater
5
OT registration + waiting
6
post-op recovery rooms
7
ICU patient rooms
MOUNT ELIZABETH NOVENA HOSPITAL
1
2
▲ section
▲ section
209
MOUNT ELIZABETH NOVENA HOSPITAL
▲ cafeteria
▲ patient room
▲ operating room
â–ź reception + lobby
▼ reception
211
MOUNT ELIZABETH NOVENA HOSPITAL
National Mall Turf + Soil Reconstruction 213
Irrigation, Drainage, Water Collection System + Re-Landscaping Washington, DC, USA Improving the condition of the National
This project defines sustainable strategies
Four 250,000-gallon cisterns collect
Phase II + III: 17.9 acres / 7.2 hectares
Mall, an open-air national park in downtown
for maintaining healthy soils and turf on
stormwater for irrigation. ADA-compliant
Washington, DC, known as America’s front
the National Mall. It improves stormwater
granite curbs are designed to guide water
Phase I completion: 2013
yard, has been the subject of study and
absorption and maintains existing
to the cisterns and redefine the edge of the
Phase II projected: 2015
debate for 40 years.
vegetation while preserving the iconic
National Mall’s lawn panels. Through the
quality of this historic landmark.
use of alternative water sources, advanced
The National Mall hosts nearly 25 million
controls and smart scheduling, the system
annual visitors and 3,000 special events,
The team identified types of grass that can
reduces the amount of potable water applied
including cultural gatherings, First
withstand the National Mall’s heavy use
for irrigation by more than 75 percent.
Amendment assemblies and national
and irrigation systems that are durable and
celebrations. No other public space
environmentally sound. The design solutions
can compare with its intensity of use
alleviate soil compaction and provide proper
and cultural symbolism.
air, water and nutrient infiltration. The plan replaces subsoil and surface soil with an
Though the National Park Service has
engineered soil that is permeable, effective
spent decades cultivating the 20 acres of
for plant growth, and that retains water within
lawn and 600 elm trees, the National Mall's
its subsurface structure. Walkways and re-
condition has deteriorated. The soil is heavily
graded lawn panels drain into a new, deeper
compacted, turf is often worn away,
subsurface drainage structure.
irrigation systems are nonfunctioning and drainage is imperfect.
◄ US Capitol Building
2013 design annual
Phase I: 11.3 acres / 4.6 hectares
â–˛ National Mall refurbishment
â–˛ National Mall refurbishment
▲ curb + drain
▲ curb + gutter
▲ lawn panel drainage channel
215
NATIONAL MALL TURF + SOIL RECONSTRUCTION
▼ Washington Monument
217
▲ lawn irrigation system
NATIONAL MALL TURF + SOIL RECONSTRUCTION
▲ lawn + pedestrian path
NOAA Center for Weather and Climate Prediction 219
Riverdale Park, Maryland, USA
This new office and research complex is the
by an outdoor dining terrace to a rain garden,
10 acres / 4 hectares
centerpiece of the largest planned research
where it collects and filters through wetland
park in the National Capital Region. Nearly all
plantings. An underground cistern collects
meteorological data collected globally arrives
on-grade stormwater runoff to reuse for
here for analysis by the National Oceanic
site irrigation.
Completion: 2012 Annual EUI: 79.6 kBtu / sf / yr
and Atmospheric Administration’s
32% energy reduction from average
environmental scientists.
The planting palette for the site features native and adapted species that can
To support the organization’s mission of
withstand challenging heat and drought
understanding and predicting changes in
conditions with little irrigation. The variety of
the earth’s environment, the design reduces
native grasses, perennials, ferns and shrubs
the center’s impact on the environment
weave together in broad drifts beneath
and physically embodies man’s relationship
scattered trees, creating the feeling that the
to nature. Just as natural systems do not
building has risen out of a natural landscape.
operate in straight lines, the building is configured in a series of curving wings that
The NOAA Center for Weather and Climate
intersect in a central atrium. The building form
Prediction is a LEED-NC Gold certified, Level
is organic, with waves of space.
IV secure facility.
A large, extensive green roof covers a majority of the roof surface, functioning as the building's “fifth roof.” Excess stormwater runoff from the roof moves down a waterfall
◄ main entrance
2013 design annual
268,000 sq. ft. / 24,900 sq. m.
8 3
5
2
4 6
1 â–˛ site plan 1
guard station
2
main entrance
3
green roof
4
surface parking
5
parking structure
6
service road
7
loading area
8
rain garden
0
◄ level 2 floor plan
15
1 offices
2
atrium
3
conference center
30
1
1 60
2 3 120ft
221
◄ ground level floor plan
8
7
9 5 6
4
1
lobby
2
auditorium
3
conference center
4
library
5
atrium
6
data center
7
offices
8
fitness center
9
cafeteria
10 loading dock
1
3
2
NOAA CENTER FOR WEATHER AND CLIMATE PREDICTION
10
▲ rain garden
▲ north elevation
▲ facade detail
223
▲ south elevation
NOAA CENTER FOR WEATHER AND CLIMATE PREDICTION
▲ main entrance
▲ auditorium
▲ office
▲ interior detail
225
NOAA CENTER FOR WEATHER AND CLIMATE PREDICTION
▲ atrium ▲ atrium
▼ view from south
227
NOAA CENTER FOR WEATHER AND CLIMATE PREDICTION
Ogilvy & Mather Office 229
Culver City, California, USA
Completion: 2011
Ogilvy & Mather’s Los Angeles office is in an
Ogilvy’s people use large work boards
iconic warehouse building in the Hayden Tract
for sharing information in natural, casual
area of Culver City, which features a series of
discussion areas. The design gives
dramatic, radically contemporary buildings.
these boards center stage in the space, acknowledging their importance to the
The office design mimics the architecture
agency's work processes.
of the neighborhood and supports the advertising agency's culture. The demolition
With an open plan, lots of sunlight and multiple
of a signature tunnel entrance opened up the
settings for meetings, the space encourages
reception area and created space for naturally
the collaboration and teaming that are critical
lit work areas and conference rooms. Daylight
to Ogilvy's creative process.
from a glass front and skylights fills the workplace. The design features bold images from the agency’s history.
◄ reception
2013 design annual
27,200 sq. ft. / 2,530 sq. m.
3
2
4 1
2 3
5 3
3
13 12
7 8
2 11
10
11
2
11
â–˛ level 1 floor plan 1
reception
2
conference room
3
executive offices
4
huddle room
5
entry
6
open office
7
vault
8
lounge
9
sound
10 Pro Tools 11 Final Cut Pro 12 telepresence room 13 touchdown 14 post production 15 library 16 kitchen 17 video conference 18 focus room
â–˛ collaboration space
9
6
0
5
10
30
50ft
231
OGILVY & MATHER OFFICE
▲ huddle room
PHX Sky Train™ at Phoenix Sky Harbor International Airport 233
Phoenix, Arizona, USA
The electrically powered, automated PHX
mover system supports the growth of
Sky Train™ is expected to reduce the airport’s
one of the country’s busiest airports by
greenhouse gas emissions by nearly 6,000
creating an important transportation link
tons a year. The three stations will use 42
Annual EUI: 120 kBtu / sf / yr
between the terminal, its support facilities
percent less power than an established
42% energy reduction from average
and the community.
baseline, and the system uses low-
Completion: 2013
maintenance, durable materials. The project Designed with Gannett Fleming, the
has achieved LEED Gold certification.
1.92-mile-long PHX Sky Train™ segment includes three elevated passenger stations.
Following two future stages adding two
It links the Phoenix region’s METRO light rail
stations and three miles of track, the PHX
system with the airport's largest economy
Sky Train™ will function as a critical connector
parking area and the 88-gate Terminal 4.
between all of the airport terminal's core functions, the rental car facility and the public
The system significantly increases the landside capacity of the airport, providing relief from the previously congested terminal curbside and roadways and opening up space for future growth. The design allowed for phased construction so the construction team could insert the stations into a fully functional airport without interrupting its operations.
◄ elevated walkway
light rail system.
2013 design annual
The new PHX Sky Train™ automated people
200,000 sq. ft. / 18,600 sq. m.
5
1
2
4
3
â–˛ level 2 floor plan 1
back of house
2
west mezzanine
3
canopy
4
east mezzanine
5
pedestrian bridge
0 16 32 64
level 3 floor plan ► core
2
platform
3
guideway
2
1
3 128ft
1
1
235
ground level floor plan ► 1
back of house
2
west concourse
3
breezeway
4
east concourse
5
light rail connector
1
2
3
3
4
PHX SKY TRAIN™ AT PHOENIX SKY HARBOR INTERNATIONAL AIRPORT
5
â–˛ exterior facade
▲ section
237
PHX SKY TRAIN™ AT PHOENIX SKY HARBOR INTERNATIONAL AIRPORT
▲ terminal interior
▼ passenger drop-off
239
PHX SKY TRAIN™ AT PHOENIX SKY HARBOR INTERNATIONAL AIRPORT
Royal London Hospital 241
London, UK
The soaring imagery of the new patient towers
is the UK’s leading trauma and emergency
expresses the dramatic transformation of the
Phase I: 2012
care center. It is the home of London's Air
Royal London Hospital and provides a focal
Completion: 2015
Ambulance, which operates from a special
point for community pride. Five shades of blue
area on the roof, as well as Europe’s largest
glass, horizontal stainless steel fins and large
Annual EUI: 172 kBtu / sf / yr
renal service. A dedicated unit for women
planks of terra cotta express the vitality of the
Part L Compliant
and children features London’s second-
institution and the community.
largest pediatric service. The hospital also offers general services for the City of
The design creates a state-of-the-art medical
London and Tower Hamlets.
facility that blends in with existing buildings that date back to the 18th century. It is
The hospital's cluster of interconnected
sympathetic to the hospital’s retained historic
contemporary glass buildings includes
buildings, including the landmark facade on
two 17-story towers, one equipped with
the original Grade II-listed London Hospital
the helipad for London’s Air Ambulance,
on Whitechapel Road.
and a 10-story tower. The solution to build up, rather than spread out, condensed the
This Skanska-commissioned project is
development and improved adjacencies.
transforming the setting for care
These new facilities form a health campus
delivery and healing for a large segment
incorporating the neighboring Queen Mary
of London’s population.
University of London’ s medical school, the School of Midwifery and the dental hospital.
◄ accident + emergency entrance
2013 design annual
The new 727-bed Royal London Hospital
1.56 million sq. ft. / 145,300 sq. m.
Wh
it
ap ech
el R
oad
C a v e ll St
2
1
S te p n
e y Wa
y
N ewa r
3
â–˛ construction phasing diagram 1
phase I new build - completed 2012
2
phase II new build refurbishment + landscape - completion 2015
3
phase III new build multi-level parking - completion 2015
k St
1 2 3
0
offices + changing
3
gynecology inpatient + emergency unit
4
children's outpatient services
5
neonatal department
6
antenatal outpatient department
7
maternal + fetal assessment + ultrasound
8
maternity inpatient
4
40m
2
2
20
gynecology outpatient
5
10
1
5
level 7 floor plan â–ş
8 6 2
7 243
ROYAL LONDON HOSPITAL
3 2
1 4
1 4 1
4 5
ground floor plan â–ş
4 1
outpatient
2
ambulance drop-off
3
accident + emergency entrance
4
public entrance
5
vehicular drop-off
1
1
â–˛ towers linked over Stephany Way
▲ facade details
245
ROYAL LONDON HOSPITAL
▲ imaging + diagnostics waiting area
▼ London skyline from the east
247
ROYAL LONDON HOSPITAL
RSA Canada Headquarters 249
Toronto, Ontario, Canada
Completion: 2012
RSA Canada, one of the country's leading
A special client floor supports a wide range
property/casualty insurance providers, used
of gathering spaces and functions. The
the relocation of its headquarters in Toronto
southwest end of the floor provides traditional
as an opportunity to refresh its internal brand.
meeting spaces, all accessible from a "sidewalk" that terminates at a town square-
The new environment, in a recently
style breakout space designed for casual
constructed LEED Gold building, supports
interaction. A catering kitchen, operable walls
the company's philosophy of innovation and
and "grazing" stations support the floor's
collaboration, with a strong overarching
multi-functional nature.
customer focus. Developed through extensive design sessions with all employees, the
The southeast end of the floor houses an
space creates an engaging, sophisticated
employee lounge with food preparation and
environment that reflects RSA Canada's focus
seating areas. Placing executive offices at the
on the future while recognizing its 300-plus-
north end of this floor encourages leaders to
year history.
interact with clients and staff.
The new space standards and planning
Artifacts from RSA Canada's history are
principles reduce the number of enclosed
strategically located throughout the office.
offices, increase open office areas and
Contrasting colors provide a fresh look for the
accommodate easy reconfiguration for
company's future.
evolving workplace needs. Typical floors have interior offices and meeting rooms with glazed fronts, providing access to daylight for all occupants. Cafés on the north and south ends of the building promote interaction, while the corners of the floor provide space for team meetings.
◄ entrance foyer
2013 design annual
110,900 sq. ft. / 10,300 sq. m.
▲ employee dining area
▲ reception
▲ employee dining area
1
4
2 2
4
1
FHC
4
3 FHC
FHC
5
FHC
2 FHC
FHC
FHC
FHC
2
4
2
2
9 7 6
8
1
5 6 0
3
1
5
1
meeting room
1
reception
2
workstations
2
conference room
3
touchdown
3
workstations
4
café
4
meeting room
5
video conference
5
lounge
6
quiet room
6
lunch room
7
board room
8
galleria
9
breakout area
30
▲ level 8 floor plan
15
▲ level 6 floor plan
50ft
251
RSA CANADA HEADQUARTERS
▲ gathering space
â–ź communal gathering space + kitchen
253
RSA CANADA HEADQUARTERS
San Francisco Public Safety Building 255
San Francisco, California, USA
Completion: 2014
This new public safety building for the city
podium. Circulation is concentrated
and county is located on a city-owned
along the west perimeter facade, with office
parcel in San Francisco’s Mission Bay
and conference rooms facing east and open
Redevelopment Area. It will house the police
office area in between.
Annual EUI: 41 kBtu / sf / yr
administrative headquarters, a relocated
47% energy reduction from average
district police station, a new district fire
The tower’s exterior skin is easily maintained
station and fleet vehicle parking. The project
and energy efficient. A glass curtain wall
includes the rehabilitation of a 1920s
allows office floors to take advantage of views
masonry fire station for community use.
and enjoy natural light while providing an appearance reflecting open government.
The podium’s lower levels house local services, including the police and fi re stations.
The team explored several design options for
The upper levels contain office space for
the west facade, which receives challenging
the police headquarters.
afternoon sun loads and is the most visible public facade. With its varied densities of
The massing for the new building respects the
patterned frit, the west facade balances
existing two-story structure. A central entry
daylight and mechanical constraints while
court incorporates the existing building as the
creating an identity that sets it apart from
south face of the plaza, allowing the historic
traditional office buildings being developed in
masonry structure to maintain a unique
the area. A louvered screen frame wraps the
identity while playing an important role in the
north and south facade, providing sun control.
overall composition of the site. HOK designed the San Francisco Public Two wings connect with a central core to form
Safety Building, which is targeting LEED Gold
a Z-shaped plan. The four-level tower forms
certification, with Mark Cavagnero Associates.
two outward-facing courtyards atop the
◄ street view rendering
2013 design annual
298,000 sq. ft. / 27,700 sq. m.
level 3 floor plan â–ş 1
police headquarters
2
fire station
3
fleet parking
4
garden
3
4
4
1
2
level 1 floor plan â–ş 1
entry court
2
entry
3
police headquarters lobby
4
police headquarters
5
fire station
6
police station
7
fleet parking
8
community meeting room
9
garden
7
6 5 2
3 4 1
8
9
◄ roof plan
0 10 20 40 80ft
257
1
1
1
police headquarters
SAN FRANCISCO PUBLIC SAFETY BUILDING
◄ level 5 floor plan
▲ west elevation
▲ south section
▲ side entrance + plaza
▲ view from street
259
SAN FRANCISCO PUBLIC SAFETY BUILDING
▲ side entrance + plaza
▼ main entrance
261
SAN FRANCISCO PUBLIC SAFETY BUILDING
Sun Moon Lake Resort Hotel 263
Sun Moon Lake, Nantou County, Taiwan
Completion: 2015
The design brings a new resort to the Sun
Passive solar and natural ventilation –
Moon Lake Scenic Area, a destination known
including a multi-story atrium and wing wall
for its natural beauty and nature reserves.
– enhance indoor thermal comfort with stack
The challenge was to maximize views while
and cross-ventilation, reducing the need for
conserving resources and respecting nature.
mechanical ventilation and lighting.
Located next to an existing tourism center,
Renewable energy, rainwater harvesting,
the hotel is part of a larger plan that includes
graywater recycling and solar heating help
a cable car station, public pier bicycle paths
keep the resort’s carbon footprint small.
and a mountain trail network. The resort
Green roofs, which enhance thermal and
cluster embraces the public plaza, defining an
acoustic comfort while reducing stormwater
exclusive water garden and scenic lake view.
runoff, provide an appealing and regionally relevant roofscape.
◄ aerial rendering
2013 design annual
594,800 sq. ft. / 55,300 sq. m.
DN DN
6
UP
DN
DN UP
DN UP
DN
DN
DN
4
UP
1 DN
DN
DN UP
3 DN UP
2 UP UP
DN
DN
2 DN
5
UP DN
â–˛ level 1 floor plan 1
main lobby
2
food + beverage
3
VIP guestroom
4
retail
5
outdoor pool
6
ballroom
0 10 20 40
3
80m
2
1
1
265
1
level 3 floor plan â–ş 1
guest room
2
food + beverage
3
green roof
1
SUN MOON LAKE RESORT HOTEL
1
â–˛ night aerial
▲ main entrance
267
SUN MOON LAKE RESORT HOTEL
▲ pool vista
▼ poolside rendering
269
SUN MOON LAKE RESORT HOTEL
Tamar Redevelopment Project Landscape Design 271
Hong Kong
Completion: 2012
This iconic new civic space demonstrates
Because the building functions as the seat
the power of landscapes to restore lost
of Hong Kong’s government, the team
connections and transform perceptions while
structured the design around clear, socially
promoting civic engagement.
relevant design strategies that address public ambitions. The design creates a sense of
The design of the Tamar Redevelopment
openness to new ideas and cultures, fostering
Project provided an opportunity to create
physical and symbolic connectivity. It is a lush,
a unique public open space for Hong
"people-friendly" area with a variety of open
Kong's citizens. The Tamar site occupies a
green spaces.
prominent location within the city's central business district. It also anchors a new
Since opening in 2012, this public green
central waterfront open space system that
space has become a city-wide destination.
reconnects the city with the historic Victoria
It has accommodated events ranging from
Harbour and the mountains that provide an
intimate gatherings beneath the shade
iconic backdrop for the skyline.
trees framing the space to large events that animate the entire lawn.
After helping to complete a master plan for Hong Kong's Central Waterfront in 2005, HOK was invited to join a team that developed a design scheme for the Central Government Headquarters, which serves as the heart of the plan.
â—„ aerial view
2013 design annual
10 acres / 4 hectares
â–˛ green carpet
1
2
2
0 5 10 25 50m
8 5
6
3
273 7
4
11
13
9 10
â—„ site plan 1
Victoria Harbour
2
central waterfront
3
green carpet
4
floating deck
5
sculpture court
6
LegCo square
7
LegCo garden
8
CGCL forecourt
9
Harcourt Amphitheatre
10 elevated pedestrian bridge 11 LegCo green roof 12 CGCL green wall + green roof 13 CGCO drop-off
TAMAR REDEVELOPMENT PROJECT LANDSCAPE DESIGN
12
▲ LegCo green roof
▲ public open space
275
TAMAR REDEVELOPMENT PROJECT LANDSCAPE DESIGN
▲ green carpet
Union Station Train Shed 277
Washington, DC, USA
Completion: 2028
Designed by Daniel Burnham, Union Station
At the heart of the plan is a new train shed
New passenger concourses are seamlessly
opened in 1907 as one of the world’s
that welcomes passengers to Washington,
integrated with the existing historic station
preeminent passenger rail facilities. The
bringing natural light into the station and
building. Passengers and station visitors
station, a national landmark, provides the
symbolically organizing the connections of
encounter significant retail and passenger
first impression of the District of Columbia for
all transit modes. The train shed provides
amenities in light-filled spaces. At the
many visitors. Today, as one of the country’s
vertical connectivity to the commercial
backbone of the circulation system are two
busiest multimodal transportation hubs, it
development above and horizontal
north-south public concourses: the central
is operating far beyond capacity, serving
connectivity between the train station and
concourse on the station's north-south axis
100,000 passenger trips per day on Amtrak
its neighborhood. Additional station space is
and the west concourse connecting to Metro
and commuter trains, Metrorail and buses.
accommodated on multiple levels below the
and the business district to the west. These
tracks and platforms.
public concourses connect new passenger
Amtrak and other stakeholders collaborated
spaces with the existing station.
to create a master plan that envisions the
The sinuous, undulating forms of the train
phased construction of an iconic, multimodal
shed's roof evoke the concepts of movement
transportation hub – a wonderful, new urban
and the three-dimensional motion of trains,
neighborhood. The plan preserves the historic
light rails, passengers, pedestrians, the
Union Station as an architectural treasure
automobile and the passage of time. A
while revitalizing commercial activity in the
vegetated roof retains rainwater and tempers
area, tripling passenger capacity, doubling the
the interior environment.
number of trains the station can handle and greatly improving the passenger experience. The development positions Union Station as an integral part of Amtrak’s Northeast Corridor investment plan.
◄ train shed entrance from H Street bridge, plaza view
2013 design annual
3 million sq. ft. / 278,700 sq. m.
â–˛ aerial rendering
deck level floor plan ► 1
Columbus Plaza
2
train shed
3
Station Place
4
REA building
5
K tower
6
NoMa bid park
7
greenway + bike trail
7 5
6
2
1
0 50
4
100
3 200 400ft
main level floor plan ► 1
Columbus Plaza
2
ticketing
3
platform
4
train tracks
5
greenway + bike trail
5 279
1
2
3
4 UNION STATION TRAIN SHED
first street level floor plan ► 1
parking
2
taxi staging
3
retail
4
Metro
5
west concourse retail
4
6
Amtrak support functions
3
7
Station Place
8
central concourse
9
market passage
1
5 9
11 2
8 6
10 REA building
1
1 10
11 bus terminal + parking access 12 K Street underpass
3
1
7
12
▲ phase I
▲ aerial of platform overbuild
▲ phase II
281
UNION STATION TRAIN SHED
▲ train shed interior elevated walkway connector
â–˛ east elevation
â–˛ train shed interior communter connection + green roof
283
UNION STATION TRAIN SHED
â–˛ train shed interior platform + north-south commercial concourse
â–ź train shed terminal, H Street entrance
285
UNION STATION TRAIN SHED
United States Embassy in Moscow New Office Annex 287
Moscow, Russia
of this building is to promote this relationship
in Moscow is an addition to the embassy
through consular functions, conferences and
building originally designed by HOK. The
public events, as well as through departments
addition includes a new consular section, 300
that have an economic and social impact
Annual EUI: 157 kBtu / sf / yr
desks for State Department and US federal
on Russian society. The new buildings and
18.7% energy reduction from average
agency personnel, public diplomacy spaces
gardens, with a dynamic streetscape and an
including a new auditorium and two floors of
open public realm, are a physical manifestation
residential apartments.
of this relationship.
The initial project on this embassy compound
The design incorporates current State
was to redesign the Moscow Chancery. The
Department goals for sustainable design
design concept broke apart the previously
and construction. The building’s clear solar
designed inward-facing, solid cube and
orientation and major south-facing facade,
replaced it with a glassy building that opens
which incorporates sun shading elements,
toward the Russian Parliament.
expresses a commitment to energy efficiency
Completion: 2016
and sustainability. The annex design extends this message. While the chancery’s design reflected the embassy's official business functions, the design of the annex strengthens the relationship between the American and Russian people. The goal
◄ view from Russian Parliament
2013 design annual
The US State Department's New Office Annex
241,900 sq. ft. / 22,475 sq. m.
5
6
1
2
3
â—„ site plan
4
1
existing chancery
2
new office annex
3
Russian Parliament
4
Moscow River
5
Moscow Zoo
6
Barrikadnaya apartments
▲ south elevation
▲ west elevation
289
UNITED STATES EMBASSY IN MOSCOW NEW OFFICE ANNEX
▲ main entrance at dusk
â–˛ north lawn
â–˛ consular edge atrium
UNITED STATES EMBASSY IN MOSCOW NEW OFFICE ANNEX
▲ main lobby
291 ▲ main entrance at night
▼ view from south
293
UNITED STATES EMBASSY IN MOSCOW NEW OFFICE ANNEX
University at Buffalo School of Medicine and Biomedical Sciences 295
Buffalo, New York, USA
Completion: 2016
The University at Buffalo (UB) is relocating
thorough analysis of the scale and texture of
The first floor is devoted to the lobby, 400-
its medical school facilities from its south
the city and the history, quality and craft of
seat auditorium, subway stop, pedestrian
campus to a new downtown campus that
Buffalo architecture.
passage and loading dock. The design
will complement the Buffalo Niagara Medical Center.
proposes retail space along High Street, To the west of the urban site is the existing
Main Street and part of the Allen Street
NFTA subway stop, the Allen Street
pedestrian corridor. The second through
Located at the center of the region’s emerging
neighborhood and a pedestrian access point
fourth floors are the laboratory floors, while
biosciences corridor, this new transit-
to the site. To the south is an existing building
the fifth through seventh floors house
oriented medical school development will
that limits access. To the east are historic
medical education activities.
anchor a lively, urban mixed-use district and
outpatient structures and large healthcare
bring 1,200 students, faculty and staff to
facilities. To the north is the site of a planned
Reflecting UB’s sustainability and climate
downtown Buffalo. With the goal of fostering
children’s hospital and medical office building.
impact reduction goals, the design team is
collaboration and interdisciplinary care, the
targeting LEED Gold certification.
new academic medical center will create
The design locates the front door to the
connections that allow students, faculty,
School of Medicine to the east. The existing
biomedical researchers and clinicians to move
Washington Street is closed south of High
easily from classroom to bedside to lab.
Street and made into a pedestrian connection extending under the Phase II development.
The project presents an opportunity to
This allows the School of Medicine to create a
transform the Buffalo Niagara Medical Center
private front door and an easier drop-off area
campus and to make a bold statement for
for guests while anchoring the area west of a
architecture and urban design in Buffalo. The
proposed green space.
design team approached the project after a
◄ aerial rendering
2013 design annual
560,000 sq. ft. / 52,000 sq. m.
◄ phase I site plan
◄ phase II site plan
10
10 10
11
4
3 0 10
10 20
5 2
10
100ft
2
4
50
1
3
9 10
297
8
â–˛ phase II ground level floor plan 1
building entry
2
lobby
3
security desk
4
auditorium
5
green room
6
loading dock
7
vivarium dock
8
embalming room
9
subway
10 retail 11 pathology museum
7
UNIVERSITY AT BUFFALO SCHOOL OF MEDICINE AND BIOMEDICAL SCIENCES
6
▲ facade diagram
▲ entry diagram
▲ summer garden
▲ winter garden
▲ elevation
299
UNIVERSITY AT BUFFALO SCHOOL OF MEDICINE AND BIOMEDICAL SCIENCES
▲ street view rendering
▲ exterior courtyard
▲ exterior courtyard
301
UNIVERSITY AT BUFFALO SCHOOL OF MEDICINE AND BIOMEDICAL SCIENCES
▲ aerial rendering
▼ street view rendering
303
UNIVERSITY AT BUFFALO SCHOOL OF MEDICINE AND BIOMEDICAL SCIENCES
University of Florida Lake Nona Research Center 305
Orlando, Florida, USA
Academic and research activities located
Amenities such as conference rooms, informal
dynamic new addition to the Lake Nona
on each floor are connected by a multi-story
meeting areas, copy and break rooms are
Medical City development. It allows the
atrium. All of the internal functions are
centrally located to connect labs and offices.
University of Florida to establish collaborative
organized to provide daylighting to labs and
Annual EUI: 183 kBtu / sf / yr
relationships with the adjacent Sanford-
windows into classrooms.
50.5% energy reduction from average
Burnham Medical Research Institute,
Completion: 2012
values, quality and sustainability for a high-
Nemours Children’s Hospital and other
The first floor accommodates a state-of-the-
performance, contemporary architectural
Florida research entities.
art conference center with a large auditorium,
design. Together, the materials form a
breakout conference rooms and a media-
distinguished structure reflecting the
The form of the new center represents the
equipped lobby that can accommodate social,
dignity, enterprise, vigor and ambition of the
innovative, collaborative and life-changing
academic and student events. The rest of the
University of Florida.
activities housed inside. With its contrasting
first floor is clinical research space operated
colors, shapes and forms, the building
by the Institute on Aging.
presents a contemporary, dynamic image from all directions.
devices reduce demand on cooling systems for the building, which has achieved LEED
laboratories made up of large, “ballroom”-
Platinum certification.
plan island bench areas with mobile sinks
along with a “through lobby,” promote an
and casework supported by fume hood and
equal sense of entry for people arriving by
BSC alcoves. Labs have views of a wooded
car, foot, bike or public transit. A plaza offers
preserve to the south. An internal glass
opportunities for outdoor conversations
wall provides visual connections to offices.
arrival and place.
Passive solar site strategies and sun shading
Research areas include two floors of open
Entry portals from both the north and south,
while imparting an immediate sense of
◄ main entrance
The building materials integrate aesthetic
2013 design annual
This academic and research facility is a
100,000 sq. ft. / 9,300 sq. m.
3 3
5
3
4
1
4
3
4
4
4
4
▲ level 2 floor plan
4
1
atrium / open to below
2
auditorium
3
classroom
4
lab
5
office
6
conference
7
clinical space
3 3
1
7
7
7
6
7 5
2
5
▲ ground level floor plan
▲ north elevation
▲ west elevation
6
5
5
6
5
5
4
4
4
4
4 0 10 20 40
▲ level 4 floor plan
atrium / open to below
2
auditorium
3
classroom
4
lab
5
office
6
conference
7
clinical space
80ft
1
3
307 3
6
5
4
3
4
3
4
4
4
4
▲ level 3 floor plan
1 3
4
4
2
▲ section
▲ section
5
UNIVERSITY OF FLORIDA LAKE NONA RESEARCH CENTER
4
â–˛ laboratory classroom
â–˛ auditorium
309
UNIVERSITY OF FLORIDA LAKE NONA RESEARCH CENTER
▲ main stairwell ▲ courtyard
▼ main entrance
311
UNIVERSITY OF FLORIDA LAKE NONA RESEARCH CENTER
University of Miami Frost School of Music 313
Coral Gables, Florida, USA
Located in the heart of the University of
rooms, a large jazz rehearsal room and two
control light and heat transmission in each
33,700 sq. ft. / 3,100 sq. m. (renovated)
Miami's Coral Gables campus on the banks of
performance spaces: the “white box” recital
room and an override switch allows users
Lake Osceola, the Phillip and Patricia Frost
hall for pure acoustic performance and
to control light in individual spaces. Using
Phase I completion: 2014
School of Music’s existing facilities were a
practice and the “black box” recital hall for
a traditional Floridian design strategy, stair
Phase II projected: 2015
collage of disparate buildings dating from
mixed media, electronic music, performance
and elevator lobbies are sheltered from rain
Phase III projected: 2017
the late 1950s. Though notable examples
and experimentation.
and direct sun but are naturally ventilated,
Phase IV projected: 2018
of mid-century-modern design, the older buildings need considerable renovation.
Patricia Louise Frost Studio North Wing
reducing energy use while enhancing the The new structures are framed in white
user experience of a green campus in a
precast concrete, using subtly shimmering
benign climate. Air-conditioning systems
Annual EUI: 107 kBtu / sf / yr
The renovations and additions nearly double
quartz sand and a titanium dioxide
employ active chilled beam units to cool
53.6% energy reduction from average
the size of the school while creating a
nanoparticle additive. In the presence of
the studios. Rooftop photovoltaic panels
new courtyard and enhancing the central
sunlight, catalytic titanium dioxide reduces
will reduce energy use by approximately 16
Patricia Louise Frost Studio South Wing
quadrangle. The renovation preserves
concentrations of airborne pollutants. The
percent.
Annual EUI: 210 kBtu / sf / yr
the historic existing buildings, while the
strong structural skin resists mold and
31.6% energy reduction from average
design of the four new buildings pays
stains while reducing air pollution.
careful attention to their unique acoustic requirements.
Rooftop cisterns will collect rainwater for graywater use inside the buildings, saving
Lighting, power and comfort systems are
more than half of conventional water use.
designed to save more than 50 percent
◄ phase I north wing gate
Phase I Patricia Louise Frost Studio Wings
in energy compared to similar campus
Aiming for LEED Platinum certification, the
are teaching spaces. Future phases include
buildings. The design emphasizes natural
Patricia Louise Frost Studio Wings will open
a 200-seat recital hall with a glass-backed
light and exterior views to the green
in 2014.
performance stage overlooking Lake
campus. The large windows use modulated
Osceola. The Center for Experiential Music
electrochromic glazing to reduce solar
contains classrooms, mixing and control
glare and heat gain. Sensors automatically
2013 design annual
83,500 sq. ft. / 7,800 sq. m. (new)
2
â–˛ ground level floor plan 1
School of Music gateway
2
typical music studios
3
existing Foster Building
4
vertical circulation
5
percussion studio
â–˛ site aerial
1
4
0
5
10
25
50ft
UNIVERSITY OF MIAMI FROST SCHOOL OF MUSIC
▲ phase I elevation
5 4 3
315
concrete skin = 320 trees
▲ the titanium dioxide concrete skin will scrub the air of NOx car pollution
▲ phase I studio
▲ rooftop solar power use + cost will reduce by 16%
▲ 100% of rooftop rainfall will be captured for use inside buildings
317
UNIVERSITY OF MIAMI FROST SCHOOL OF MUSIC
▲ phase II main recital hall
▼ School of Music entrance
319
UNIVERSITY OF MIAMI FROST SCHOOL OF MUSIC
Xiamen Cross Strait Financial Center Concept Master Plan 321
Xiamen City, Fujian Province, China
Completion: 2011
The master plan creates a regional, cross-
classifications. One creates an innovative
strait financial services center on the east
vertical traffic system linking the street level,
coast of Xiamen Island. The center promotes
the underground network and a series of
economic and financial exchange between
above-ground connections to form a three-
mainland China and Taiwan.
dimensional pedestrian network. An efficient public transport system integrates
Based on the site's abundant natural
subway stations and reduces carbon
resources, a primary goal was to create an
emissions. This system contributes to the
ecofriendly green system that links the city’s
formation of an internationally renowned,
main landscapes, roads and regional parks.
low-carbon living society.
The design creates a green corridor that connects the sea and the city as two axes
The open green corridor and pedestrian
of urban growth.
walkways above and below the street level form a special structure for the central
The 1.5-sq.-km. core area is the closest
business cluster and a park, making them
development to Taiwan in Xiamen. The plan is
magnets for activity.
zoned for three areas: an office core, high-end
◄ aerial rendering
services and a residential neighborhood. The
An open-gate landmark building symbolizes
traffic plan for the core area has different
an open door connecting China and Taiwan.
2013 design annual
5,100 acres / 2,100 hectares
â–˛ zoning diagram
â–˛ site analysis diagram
0 0.2 0.4
1 26 1
15
2
27
3 â—„ site plan
16 28
17 18
7
30
8
32 19
31
5
20 21
33 34
22
9
23
traditional village
2
public seashore park
3
Street Financial Forum
4
Golden Beach Hotel
5
Financial Seashore Park
6
hotel resort
7
Jinmen Financial Park
8
Wutong residential
9
Sun and Moon Financial Park
2km
4
29
1
323
10 Tapu resettlement housing
35
10 24
11 Guanyin Mountain 12 Guanyin Mountain Office Park 13 Yangming Financial Park 14 Olympic Tennis Center
11
15 Wuyuan Bay Linear Park 16 tunnel access
25
17 flyover
12 13
18 Xiamen Time Square Center Green 19 Axis Park 20 Gaolin residential 21 Gaolin resettlement housing
14 38
22 planned school 23 City Park 24 Huzai Mountain 25 Software Park Phase 2 26 Cooperation Park
36
27 Wuyuan Bay wetland 28 Wellness Park 29 Jilin Bay residential 30 hospital
37
31 gym 32 planned commercial 33 regional retail node 34 high-end residential 35 lakeside reservoir 36 International Conference Center 37 International Convention Center 38 Media City
XIAMEN CROSS STRAIT FINANCIAL CENTER CONCEPT MASTER PLAN
6
â–˛ park organization
â–˛ business districts and corridors
325 ▲ neighborhood programming diagram XIAMEN CROSS STRAIT FINANCIAL CENTER CONCEPT MASTER PLAN
▲ green belt diagram
▼ aerial rendering
327
XIAMEN CROSS STRAIT FINANCIAL CENTER CONCEPT MASTER PLAN
Image Credits
Project Haiti Orphanage and Children's Center........................................HOK agnès b. Asia Headquarters......................................................................Owen Raggett Photography Alibaba Campus Landscape Design........................................................ Cicada Design Inc. AOL Canada Headquarters........................................................................Richard Johnson Austin Planetarium....................................................................................HOK Baku Flame Towers....................................................................................HOK, Farid Khayrulin BBC New Broadcasting House..................................................................Hufton + Crow, Chris Ansell Boston Seaport Square Conceptual Design.............................................Jock Pottle, Neoscape Carleton University Residence Commons Expansion.............................. Tom Arban Concept Design for Confidential Pediatric Hospital Client......................HOK, Visualhouse Confidential Airport Terminal Expansion Competition............................ HOK Confidential Corporate Headquarters Competition................................ Crystal Confidential Hospital Competition........................................................... HOK, AIP Studioworks Confidential Religious Institution Competition........................................ HOK, Crystal Confidential Research Campus Competition............................................HOK, BIG District of Columbia Consolidated Forensic Laboratory..........................HOK, Alan Karchmer
2013 design annual
Fisher Street Flats + Crossrail Shaft........................................................HOK Harlem Hospital Center Mural Pavilion..................................................... Paul Warchol Huamao International Center.....................................................................Lifang Humber College Building L Media Centre................................................. Tom Arban, Alina Cornea Istanbul International Financial Center.....................................................HOK, Brooklyn Digital Foundry KONE Centre..............................................................................................Sam Fentress Marina Mall................................................................................................ HOK Millward Brown Office...............................................................................Steve Hall, Hedrich Blessing Moscow City Plots 17 + 18.......................................................................H2-Studios Mount Elizabeth Novena Hospital.............................................................HOK, Owen Raggett, CIAP Architects National Mall Turf + Soil Reconstruction..................................................HOK, Alpha Corporation NOAA Center for Weather and Climate Prediction...................................Alan Karchmer, University of Maryland Ogilvy & Mather Office..............................................................................Eric Laignel PHX Sky Train™ at Phoenix Sky Harbor International Airport.................. Babak Aliabadi Royal London Hospital...............................................................................HOK, Paul Harmer RSA Canada Headquarters..............................................................
Richard Johnson
San Francisco Public Safety Building....................................................... HOK, Mark Cavagnero Associates Sun Moon Lake Resort Hotel.....................................................................Silkroad Digital Technology Co., Ltd Tamar Redevelopment Project Landscape Design...................................HOK, Architectural Services Department, Gammon Hip-Hing Joint Venture, John Choy Union Station Train Shed.......................................................................... HOK, Amtrak, Akridge, Shalom Baranes Associates, PC
United States Embassy in Moscow New Office Annex............................ HOK University at Buffalo School of Medicine and Biomedical Sciences....... Bezier- CG, Jock Pottle University of Florida Lake Nona Research Center....................................Moris Moreno University of Miami Frost School of Music............................................... HOK Xiamen Cross Strait Financial Center Concept Master Plan................... HOK, Shanghai Xin Pan Gu Computer Graphics Technology Co Ltd
2013 design annual