1
2016 design annual
Published by ORO Editions Publishers of Architecture, Art, and Design Publisher: Gordon Goff www.oroeditions.com info@oroeditions.com Copyright © 2016 HOK Group, Inc. ISBN: 978-1-939621-46-7 10 9 8 7 6 5 4 3 2 1 First Editions Color Separations and Printing: ORO Group Ltd. Printed in China. Proofreader: Jake Anderson Production Manager: Usana Shadday All rights reserved. No part of this book may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, including electronic, mechanical, photocopying of microfilming, recording, or otherwise without written permission from the publisher. ORO Editions makes a continuous effort to minimize the overall carbon footprint of its publications. As part of this goal, ORO Editions, in association with Global ReLeaf, arranges to plant trees to replace those used in the manufacturing of the paper produced for its books. Global ReLeaf is an international campaign run by American Forests, one of the world’s oldest nonprofit conservation organizations. Global ReLeaf is American Forests’ education and action program that helps individuals, organizations, agencies, and corporations improve the local and global environment by planting and caring for trees. You must not circulate this book in any other binding or cover and you must impose this same condition on any acquirer.
PREFACE
Design excellence defined our past and will define our future. I joined HOK in 1991 to be part of a practice with the opportunity to do the best design work of its time. Today, we are creating design solutions that address the world’s great challenges. We will continue to broaden the scope of our problem solving and use design thinking to strengthen our culture. This will attract the best people and clients. Our practice is about creating artifacts: buildings, master plans, interior spaces or pieces of furniture. We have organized our design teams around the creation of these artifacts, which are at the core of everything we do. A renewed emphasis on the building sciences reflects our belief that the craft of our design work is equally important. That point where design excellence intersects with expertise in specific markets and building types is HOK’s sweet spot. Consider what is happening with scientific innovation. Though many of the most important discoveries in the core sciences have already been made, new innovations are emerging from unexpected overlaps between the core disciplines.
This same type of cross-fertilization leads to architectural innovation. Our arena projects in Barcelona and Edmonton, both featured in this book, have brought together brilliant designers with different areas of expertise to create venues that will spark the development of vibrant mixeduse districts. When design teams approach our clients’ challenges from different perspectives, true innovation begins to emerge. This 2016 Design Annual features projects ranging in scale from community gardens to supertall buildings. What these projects have in common is that they are special places that will make significant contributions to their communities. They represent a fusion of design and purpose. They have meaning. I am proud of the HOK people whose hands shaped these projects and grateful to our visionary clients.
Bill Hellmuth, AIA President + CEO
TABLE OF CONTENTS
Abu Dhabi National Oil Company Headquarters
10
BBC Worldwide Headquarters
22
Brigade World Trade Center
30
18Broadway
38
Cardiff University Centre for Student Life
42
Consumers Credit Union Headquarters
50
56
Design Competition for Confidential Client—Metro System
66
Dr. D.Y. Patil University Multispecialty Hospital
72
Equinox River Oaks Fitness Center
80
FC Barcelona New Palau Blaugrana Arena
86
118
HOK Office
122
The IRYS System
130
January 8th Memorial and Presidio Park
134
Kentucky International Convention Center
140
@4240 Laboratory and Office Building
146
Master Plan for Confidential Biopharmaceutical Company
152
Memorial University of Newfoundland Core Science Facility
162
Nanjing Financial City Center
170
Ogilvy Washington Office
176
Penn State University Chemical and Biomedical Engineering Building
182
Pritzker Group Office
188
Research and Office Campus for Confidential Client
194
Rogers Place and the Ice District
200
San Francisco Public Safety Campus
206
Shell Woodcreek Campus
218
Soka University of America STEM Expansion Project
228
Spire London
236
Teach for America Headquarters
244
Toucheng Beach Center Expansion
250
Traverse Conference Table
258
University of Chicago William Eckhardt Research Center
262
University of Portland Beauchamp Recreation & Wellness Center
272
University of Washington Husky Stadium Renovation
280
Xixian River Landscape Competition
288
Youthscape at Bute Mills
296
7
INDIANAPOLIS INTERNATIONAL AIRPORT
Hillwood Office Tower Design Concept
500ft
106
200
Hartsfield-Jackson Atlanta International Airport Terminal Modernization
100
100
50
Hachette UK Headquarters
0
Design Competition for Confidential Client—Ferry Terminal
PROJECT LOCATIONS University of Chicago William Eckhardt Research Center
Memorial University of Newfoundland Core Science Facility
18Broadway
Rogers Place and the Ice District University of Washington Husky Stadium Renovation University of Portland Beauchamp Recreation & Wellness Center San Francisco Public Safety Campus
Pritzker Group Office Soka University of America STEM Expansion Project January 8th Memorial and Presidio Park Hillwood Office Tower Design Concept Equinox River Oaks Fitness Center Shell Woodcreek Campus Research and Office Campus for Confidential Client
HOK 2016 Design Annual Projects HOK Office
Master Plan for Confidential Biopharmaceutical Company Ogilvy Washington Office Penn State University Chemical and Biomedical Engineering Building Teach for America Headquarters Consumers Credit Union Headquarters Hartsfield-Jackson Atlanta International Airport Passenger Terminal Modernization @4240 Laboratory and Office Building HOK Office Kentucky International Convention Center
BBC Worldwide Headquarters Youthscape at Bute Mills Cardiff University Centre for Student Life Hachette UK Headquarters Spire London
FC Barcelona New Palau Blaugrana Arena 9
Xixian River Landscape Competition
Design Competition for
Nanjing Financial City Center
Confidential Client—Ferry Terminal Design Competition for
Toucheng Beach Center Expansion
Confidential Client—Metro System
Abu Dhabi National Oil Company Headquarters Brigade World Trade Center
Dr. D.Y. Patil University Multispecialty Hospital
Abu Dhabi National Oil Company Headquarters
11
Abu Dhabi, UAE
Abu Dhabi National Oil Company’s (ADNOC)
Inspired by the region’s culture of minimalist
The design integrates complex building
75 stories
new headquarters is a 75-story minimalist
geometry and pattern making, the design
systems in a way that optimizes their
1,122 feet / 342 meters tall
stone-and-glass tower.
creates a symmetrical grid of triangles and
performance while contributing to the inherent
parallelograms. The interior angles and
beauty of the architectural form, geometries
As a distinct addition to the city’s skyline, the
orientation respond to the climate and site,
and patterns. Like a bespoke, tailor-made
supertall building embodies ADNOC’s role as
providing an ideal solar orientation.
suit, the architectural design and mechanical
Completion: 2016 Annual EUI: 67 kBTU/sf/yr
a pillar of Abu Dhabi’s economy and society.
systems work in harmony to wrap the structure
The tower accommodates more than 4,000
Because direct sunlight to the north side is
ADNOC employees and provides flexibility for
limited, that facade is fully glazed and offers
future expansion.
sweeping gulf views. To the south, a double
To maximize flexibility, the team used a
wall provides shading and mitigates direct
modular approach for the interior that
The new headquarters overlooks the Persian
sunlight. The lighting system on this facade
enables all of ADNOC’s office floors to be
Gulf on one of Abu Dhabi’s most prominent
changes in tone, color and intensity to enhance
interchangeable and repeatable. Arranging
urban sites. Its north-south orientation
the tower’s presence at night.
private and open offices along the perimeter
minimizes the ground-level footprint, leaving
provides daylighting and scenic views.
ample room for landscaped amenity space for
On the east and west sides, the natural stone-
the neighborhood.
clad facades are among the world’s tallest. In
Designed to conserve energy and water, the
addition to being a striking architectural detail,
project is targeting LEED Gold certification. It
The tower’s simple structural form and high-
the Bethel white granite stone casing acts as
was also a pilot project for Abu Dhabi’s green
quality materials communicate a sense of quiet
an integrated shading device that protects the
building rating system, now known as the
dignity. Its clarity and integrity stand out from
building’s 65-story glass core from the harsh
Estidama (the Arabic word for sustainability)
the twisting, turning and muscular massing of
Middle Eastern sun. Stretching toward the
Pearl Building Rating System.
many other tall buildings in the Middle East.
sky, the stone sides converge to a sharp point before coming together across the top of the tower to create a large architrave-type opening.
◄ main entrance
in a seamless envelope.
2016 design annual
1.9 million sq. ft. / 175,300 sq. m.
â–ş site plan 1
tower
2
existing mosque
3
phase 2 podium
4
phase 2 auditorium
1
building
3
4
2
1
2
â–ş ground floor plan 1
vehicular drop-off
2
canopy
3
reception
3
3 ► high-rise level floor plan 1
reception
2
meeting
3
waiting area
2
1 0 1 5 10 20 m
► level 61 executive floor plan reception
2
boardroom
3
majlis
13 1
3 ► low-rise level floor plan 1
reception
2
meeting
3
waiting area
2
1
ABU DHABI NATIONAL OIL COMPANY HEADQUARTERS
1
3
2
15
▲ north elevation ◄ north facade
ABU DHABI NATIONAL OIL COMPANY HEADQUARTERS
▲ canopy detail
▲ east elevation
▲ south elevation
▲ canopy detail
▲ ocean view from level 61
17
ABU DHABI NATIONAL OIL COMPANY HEADQUARTERS
▲ south facade ◄ lobby
â–¼ facade details
19
ABU DHABI NATIONAL OIL COMPANY HEADQUARTERS
â–¼ south facade at dusk
21
ABU DHABI NATIONAL OIL COMPANY HEADQUARTERS
BBC Worldwide Headquarters
23
London, UK
Completion: 2015
Stage 6 at Television Centre in White City,
To create an open, efficient workspace, the
mitigates the noise that permeates up through
London, has been transformed into the new
team relocated four central lift cores to a
the atrium space. The only enclosed spaces
headquarters for BBC Worldwide, the primary
windowless wall on the east, replacing them
are meeting rooms, and these are deep inside
commercial arm of the British Broadcasting
with a feature spiral stairway. This helical
the building.
Corporation (BBC). The space was formerly
staircase acts as the main circulation route
occupied by the broadcast studios of BBC
for staff, providing a physical and visual
To highlight the media company’s core
News, which relocated to the BBC New
link between each of the six office floors.
business, more than 60 TV screens
Broadcasting House that HOK designed in
A daylight-filled, circular atrium creates a
throughout the building continuously
central London.
ground-floor gathering place while providing
broadcast BBC programs. The graphics for
visual connectivity between floors.
each floor are themed around non-program-
The design provides an open, flexible
specific subjects such as adventurers or
environment that promotes the BBC’s
The design drives knowledge sharing and
entertainers. Giving each floor a specific
brand while facilitating cross-functional
creativity among content providers and staff
visual tone and graphic style helps extend the
collaboration among more than 1,200
from different departments. Combining bench
life of the imagery and improve wayfinding.
employees across six floors.
workstations with loose furniture options
Some rooms are themed to reflect BBC
accommodates activities ranging from
programs such as “Doctor Who” and “Dancing
focused work to small or large meetings.
with the Stars.” The colorful graphics at
The Television Centre’s reputation as the first “television factory” when it opened
the atrium’s base include more than 1,000
in 1960 inspired the industrial design
The primary settings, or bench workstations,
individually embroidered felt pieces featuring
aesthetic. In addition to energizing staff
radiate out from the atrium with the quietest
favorite lines from BBC programs.
by avoiding the corporate atmosphere of a
locations placed along the glazed perimeter.
traditional workplace, exposing the structure
◄ helical feature staircase
and services within a 15-foot-high frame
Surrounding the staircase and atrium are
preserves the open floor plate and maintains
flexible, secondary settings that encourage
clear sightlines.
collaboration and create a buffer that
2016 design annual
94,025 sq. ft. / 8,735 sq. m.
9
10 4 5 3
1
7 6 8
2
â—„ ground floor plan 1
main reception
2
primary work zone
3
secondary work zone
4
meeting room zone
5
tea point area
6
resource area
7
lift lobby
8
multi-faith room
9
quiet area
10 feature staircase
0
1
5
10m
25
BBC WORLDWIDE HEADQUARTERS
â–² informal collaboration area
1
lower ground floor level
2
entrance level mezzanine
3
helical feature staircase
3
1
2
▲ building section
▲ helical feature staircase from level 4
▲ main reception
0
5
10
20m
27
BBC WORLDWIDE HEADQUARTERS
x xx xx xxx xxx m
29 ▲ lower ground floor café statement wall BBC WORLDWIDE HEADQUARTERS
▲ collaboration area ◄ view from reception to atrium + lower ground floor café
Brigade World Trade Center
31
Chennai, Tamil Nadu, India
Completion: 2020
The design of this landmark residential and
Guided by rigorous environmental analytics,
commercial development embodies south
the design of the towers’ massing and facades
Chennai’s economic growth and emergence
fuses aesthetics and performance. Because
as an IT hub.
solar radiation is the primary heat load
Annual EUI: 40 kBTU / sf / yr 55% energy reduction from average
component in this climate, both structures are Located in Perungudi, a suburb of Chennai,
oriented to minimize east-west exposure.
the 16-acre site offers high visibility and accessibility from the IT corridor along Old
Use of linear terra-cotta panels on the
Mahabalipuram Road.
commercial tower facades emphasizes the verticality of the buildings while shading
A clear separation between commercial
the structure and reducing solar loads. The
and residential zones creates a sheltered
panels, which vary in width and depth, are
residential district that provides an oasis of
limited to 10 unique modules to control costs.
calm amidst the hustle of daily urban life.
Abundant glazing accentuates magnificent views of the Bay of Bengal.
Lifestyle amenities that include an amphitheater, retail, restaurants, a clubhouse
Throughout the development, the design
and parks activate the elevated podium plazas
integrates reimagined elements from
for the commercial and residential parcels.
Chennai’s natural environment with principles
Designed with continuous organic forms,
of Vastu Shastra, a traditional Hindu
these podium plazas are surrounded by lush
architectural system, to create a rich, varied
landscape to encourage pedestrian movement
experience for visitors.
between the simple, linear towers.
◄ commercial tower a2
2016 design annual
2 million sq. ft. / 186,000 sq. m.
▲ solar analysis
▲ view analysis
▲ site environmental diagrams massing 1
▲ concept massing studies
massing 2
massing 3
2 3 0 5
4
15 30 50
8
75 m
1 parc e parc l A el B
33 5
7 ▲6parcel a commercial podium plaza
▲ site plan 1
office tower a1
2
commercial tower a2
3
hotel block
4
commercial plaza
5
residential tower b1
6
clubhouse
7
residential tower b2
8
residential tower b3
9
community garden
▲ clubhouse
BRIGADE WORLD TRADE CENTER
9
Facade Design | Process Facade Design | Process
4X
vertical
A
B
horizontal
C
6XB
punched opening 4XC
D
PIXELATED PIXELATED PIXELATED PIXELATED
â–² site environmental studies
12XC
PUNCHED PUNCHED OPENINGS OPENINGS
PUNCHED PUNCHED PUNCHED PUNCHED OPENINGS OPENINGS OPENINGS OPENINGS 12X
12XB
HORIZONTAL HORIZONTAL
HORIZONTAL HORIZONTAL HORIZONTAL HORIZONTAL 8X
6XA
VERTICAL VERTICAL
VERTICAL VERTICAL VERTICAL VERTICAL 6X
4XA
pixelated
6XD
12XD
PIXELATED PIXELATED
itial Radiation 509,562 kWh
Facade Design | Options Initial Radiation 27,509,562 kWh
Facade Design | Analytics
initial radiation 27,509,562 kWh
Initial Radiation 27,509,562 kWh
Facade Design | Options
Facade Design | Referencing Colorful Cultural Context of Chennai 12X schemes
color inspiration
Initial Radiation 27,509,562 kWh
Initial Radiation 27,509,562 kWh
Initial Radiation 12X Radiation 27,509,562 kWh 11,734,555 kWh
6X Radiation 14,399,331 kWh
tics
12X Radiation Initial Radiation 734,555 kWh 27,509,562 kWh
6X Radiation
Initial Radiation
14,399,331 kWh 4X radiation Facade 4X Radiation 27,509,562 kWh Design | Options 16,324,446 kWh 16,324,446 kWh
Facade Design | Options
35
12X radiation Initial 12X Radiation Radiation 11,734,555 kWh kWh 27,509,562 11,734,555 kWh
6X schemes 6X Radiation 14,399,331 kWh
Facade Design | Options
final scheme 6X vertical
12X Radiation 11,734,555 kWh
Facade Design | Options 6X radiation 6X Radiation 14,399,331 kWh kWh 14,399,331
BRIGADE WORLD TRADE CENTER
Initial 4XRadiation Radiation 27,509,562 16,324,446kWh kWh
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6
460 - 500 kwh / m2
5
420 - 460 kwh / m2
4
380 - 420 kwh / m2
3
340 - 380 kwh / m2
2
300 - 340 kwh / m2
1
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9
580 - 620 kwh / m2
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1600
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EXTERIOR
PANEL DEPTH EXTENTS
75
80
EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ EQ
INTERIOR
â–¼ incident radiation: with vertical panels
10 9 8 7 6 5 4 3 2 1
â–² computational design process for an environmentally responsive facade
31.5% annual incident radiation reduction
â–² incident annual radiation: simple extrusion
2800 CW MODULE
PANEL WIDTH EXTENTS
x xx xx xxx xxx m
â–¼ daylighting analysis illuminance (lux) 1500 1350 1200 1050 900
37
750 600 450 300 <0
jun 21- 09:00
sep 21 - 09:00
dec 21 - 09:00
jun 21- 15:00
sep 21 - 15:00
dec 21 - 15:00
BRIGADE WORLD TRADE CENTER
150
18Broadway
39
Kansas City, Missouri, USA
Completion: 2010
The design of 18Broadway transformed
reducing the impact on Kansas Cityâ&#x20AC;&#x2122;s
volunteers, including many HOK staff, the
a vacant lot in downtown Kansas City into
combined sanitary-storm sewer system.
gardens produce more than three tons of
an innovative demonstration project for
Water is redirected to underground storage
edibles annually. All produce is donated to a
sustainable urban development.
cisterns for UV treatment. The pervious site
local food bank.
perimeter captures stormwater runoff from Though the site has long-term potential to
adjacent streets and roofs, filters it through
Often toured by state, municipal and
accommodate mixed-use development,
bioswales and stores the water for irrigation.
community groups, 18Broadway serves as
property owner DST Systems wanted to
a sustainable development model for public-
explore ideas for converting this transitional
The net zero energy site has grid-tied,
land into a productive, beautiful neighborhood
photovoltaic solar panels that offset the pump
amenity. The design creates an environmental
power used to irrigate the extensive gardens.
showcase for scalable ideas about integrated
A low-velocity wind turbine powers the LED
stormwater management, urban agriculture,
pedestrian lights.
renewable energy and public space. The site includes rain gardens, container
â&#x2014;&#x201E; garden
The stormwater capture and biofiltration
beds and demonstration gardens, an orchard
system collects, cleans and stores up to
and more than 100 high-production raised
89,000 gallons of stormwater at a time,
vegetable beds. Tended by local business
private partnerships.
2016 design annual
1.4 acres / 0.6 hectares
▲ holistic approach to urban development
▲ broadway plaza
▲ natural + manmade solutions absorb, direct, clean + hold nearly all of the annual stormwater runoff
0 3 6 12 24m
▲ excess stormwater stored for irrigation of gardens
nature manages rainfall by passing it through soil and vegetation, purifying it along the way. 18broadway follows nature’s model. stormwater travels through an integrated system of rain gardens and swales that filter out contaminants.
41
18BROADWAY
▲ raised bed production garden
Cardiff University Centre for Student Life
43
Cardiff, Wales, UK
Design competition: 2015
This competition entry for the Centre for
With overlapping panels of cladding that
Outer circulation spines evoke the arcade
Student Life proposes bringing together
resemble the skin of a dragon, the university's
typology of the university’s traditional campus
student activities and services that support
mascot, the building envelope communicates
buildings. Glazed roofs allow for natural
Cardiff University’s reputation as a global
its goal of integrating exceptional research
light to create a welcoming environment in
destination of choice for learning. Located
and education.
these transition spaces. An arcade adjacent
between the university’s main building and
to the student union features a digital wall
student union and next to the Cathays railway
The building skin forms the southern, main
with a projective surface that uses state-
station, the new facility will be a vibrant hub
facade by creating a sealed envelope with its
of-the-art technology to display imagery for
for campus life.
diagrid-structured, unitized glazing system. A
presentations and exhibits.
layer of protective “scales” mitigates daylight The design enhances connectivity by focusing
and allows for natural ventilation. Though
on the center’s relationship to campus
the system relies on a limited number of base
buildings and primary access points. A large
modules, its parametric setup provides for
atrium unifies surrounding facilities and
careful variation and adaptation to different
new construction and provides a network of
conditions. The orientation of the scales can
pathways to foster chance encounters.
be altered to enhance visual connections and moderate the amount of light and
The building connects to the adjacent
airflow. Designed to accommodate colored
railway station by creating a canopy above
photovoltaic panels, the metallic scales
the pedestrian bridge. It also extends from
provide a bold display of the university’s
the main auditorium to cantilever above a
commitment to sustainability.
landscaped outdoor plaza.
◄ aerial view
2016 design annual
113,990 sq. ft. / 10,590 sq. m.
2 3 1
6
5
7
4
▲ level 1 floor plan 1
bookable meeting space
9
2
showers
10 outdoor lecture + gathering area
3
faith spaces
11 pedestrian realm
4
reception
12 train station
5
atrium
13 cardiff university
6
open group space
14 cardiff student union
7
auditorium
15 train line
8
retail
café
14 12
15 9 5
8
10
11
13
▲ ground floor plan
▼ environmental design section 1
natural daylight + shading
2
hollow core slab + air supply
3
nighttime cooling
4
pv cells + solar hot water
5
atrium
6
rainwater harvest + water recycle 0 5 10 20
1 3 1
40m
1
1
6 4 ▲ zoning diagram
3 1
1
5
2
3
administrative + staff office
2
commercial
3
careers
4
core
5
learning + conference space
6
informal learning space
7
outdoor learning space
8
student gateway
9
toilet
10 atrium
▲ longitudinal section through student welfare + flexible learning zone atrium + main auditorium
CARDIFF UNIVERSITY CENTRE FOR STUDENT LIFE
2
45
â&#x2013;˛ overview from the west showing pedestrian space
â&#x2013;˛ internal atrium view
► structure + skin 1
main auditorium envelope
2
main roof element
3
louvered rooflights
4
main cladding element
5
main auditorium structure
6
main atrium cantilever structure
7
3
2 2
1
main circulation + study arcade + balcony
4
5
6
47
7
CARDIFF UNIVERSITY CENTRE FOR STUDENT LIFE
▼ program elements 1 auditorium 2 flexible study space
1
3 informal atrium auditorium 4 bookable meeting + group study space 5 outdoor gathering space 6 cafeteria
2
7 internal galleried arcade 8 main atrium + arrival
3
9 retail food + beverage
5 6
4 8
7
9
▲ facade details
â&#x2013;¼ cantilevered auditorium
49
CARDIFF UNIVERSITY CENTRE FOR STUDENT LIFE
Consumers Credit Union Headquarters
51
Kalamazoo, Michigan, USA
Completion: 2017
This headquarters building is the first phase
regional vernacular and protects the structure
the full experience of the forest and a sense
of a new campus for Consumers Credit Union.
from harsh northwest winds. Window boxes
of discovery upon arrival. A series of trails
The design emphasizes flexibility, interactivity
provide daylight and views for meeting rooms
connects users to the natural surroundings.
and connections to nature.
while projecting a dynamic display of light
Annual EUI: 63 kBTU / sf / yr Situated on a heavily forested 22-acre site at
patterning visible to those experiencing the
The flexible master plan can accommodate
building from the freeway.
expansion of up to 300,000 square feet.
The Groves business park, the building forms a bridge across the hills. This preserves the
To take advantage of sunlight during
natural topography and watershed through the
Michiganâ&#x20AC;&#x2122;s lengthy fall and winter seasons,
valley to a retention pond. To further protect
the interior environment is organized around a
the forested land, the design consolidates the
three-story, south-facing atrium. As the heart
significant parking requirement into a single
of the office, the atrium culminates in a large
structure recessed into the siteâ&#x20AC;&#x2122;s largest hill.
ceremonial stair that serves as an informal auditorium and company gathering space.
The brick, metal, glass and concrete palette
â&#x2014;&#x201E; concept design study model
gives simplicity to the building composition.
The minimalist site design focuses formal
On the southern facade, the glass curtain
landscape spaces under and around the
wall maximizes natural light and views,
building, protecting the plant life from harsh
reinforcing the verticality of the forest. A
weather. Visitors access the building from
brick facade along the north builds on the
a meandering approach road that provides
2016 design annual
90,000 sq. ft. / 8,360 sq. m.
â&#x2013;˛ model studies
â&#x2013;˛ atrium view from level 3
3
1
4
► level 2 floor plan
0
executive offices + boardroom
3
meeting + work rooms
4
terrace
5
atrium
6
monumental stair
3 1 5 50
workspace
2
25
1
2
6
3 1 100ft
1 5
9
8
► level 1 floor plan entry lobby
2
workspace
3
café + community spaces
4
meeting + work rooms
5
training + multipurpose room
6
atrium
7
monumental stair
8
fitness room + lockers
9
parking stair + elevator
53
5
4
?
6
4
3 7
2
H
1
▲ north-south section through monumental stair
▲ north-south section through atrium
CONSUMERS CREDIT UNION HEADQUARTERS
1
â&#x2013;¼ rendered view from the south
55
CONSUMERS CREDIT UNION HEADQUARTERS
Design Competition for Confidential Client—Ferry Terminal Middle East
Design competition: 2014
The concept for a new ferry terminal was
Interior zones within the enclosed, air-
inspired by the city’s network of water taxi
conditioned terminal include ticketing, a café,
terminals located at key sites along its
service areas and waiting rooms with scenic
Corniche waterfront pedestrian walkway.
views of the water. The circulation spine extends into the water as a floating dock,
The terminal’s sweeping architectural form
following the form of the roof above for direct
encircles the water, creating a sheltered
access to water taxis.
environment within a protected lagoon. As pedestrians stroll the Corniche, they Integrated photovoltaic panels and solar-
have the option to walk up the ramp onto the
powered lights along the surface of the
terminal roof observation deck for sweeping
terminal create a coral pattern that forms
vistas of the Corniche and the sea.
a shimmering reflection on the sea below. Taking inspiration from natural land dunes and coral reef, this ground plane pattern provides a memorable gathering place and an urban recreation destination. Angled openings within the patterned surface are engineered to minimize solar gains while maximizing natural daylight penetration, optimized for the city's solar orientation.
◄ ferry terminal at dusk
2016 design annual
26,695 sq. ft. / 2,480 sq. m.
57
â&#x2013;˛ parametric building shell study
x
xx
xx
xxx 4
xxx m
59
DESIGN COMPETITION FOR CONFIDENTIAL CLIENTâ&#x20AC;&#x201D;FERRY TERMINAL
0
1
6 2 12 4 24m 8m
61 ▲ observatory deck level
observatory deck
1
main entrance
2
waiting rooms
3
dock
4
entrance plaza
DESIGN COMPETITION FOR CONFIDENTIAL CLIENT—FERRY TERMINAL
1
4
1
2
3
▲ concourse level ◄ dock
â&#x2013;˛ east-west section
â&#x2013;˛ main entrance to terminal + observatory deck
0
▲ north-south section
2
4
8m
63
DESIGN COMPETITION FOR CONFIDENTIAL CLIENT—FERRY TERMINAL
▼ view from the sea
4
65
DESIGN COMPETITION FOR CONFIDENTIAL CLIENT—FERRY TERMINAL
Design Competition for Confidential Client—Metro System Middle East
This architectural vision for a new public
quality landscaping, shade structures,
with some site-specific parts, buildings are
48 tram stops
transportation system supports the city’s
seating, retail facilities and meeting spaces.
simple to construct and use highly sustainable
2,950 bus stops/corridors
growing infrastructure while establishing a
The elevated stations become bridges
materials. This simplicity helps shape the
25 park + ride structures
new world-class design standard.
across busy roads, with larger hubs offering
transportation system’s identity.
13 water taxi stations Integrated control center
space for people to enjoy the city on lower Iconic, identifiable architecture establishes
concourses and beneath the structures.
efficient transportation hubs and helps Design competition: 2014
redefine the city's image to the world.
The architectural design is inspired by coral, a
Strung together as an intermodal network,
fundamental natural resource of the city and
these architectural jewels are intuitively
an important symbol of its origins and history.
understood by travelers to be part of the city's
The mathematically generated Penrose
transportation infrastructure.
porosity pattern provided logic that helped determine the design of the cladding for
Readily accessible nodes link passengers
different building structures.
to an interconnected system of new metro, ferry, bus and cycle terminals. Sophisticated
Beyond its role as a vital part of the city’s
technology enables clear communication
infrastructure, the metro system also
between passengers and the system.
communicates the client's commitment to establishing an energy-efficient future and
Drawing on principles of biomimicry, the
a sustainable energy economy. Efficient and
design integrates the transportation system
regenerative systems include energy recovery
into the public realm through a series of hard
ventilation and water reclamation.
and soft landscaped areas. Routes connecting
◄ station me-1
the transport stations act like linear gardens,
The design uses a kit-of-parts approach to
or, like the function of a leaf, “green veins” of
ensure efficient project delivery. Composed
the city. Areas around the stations feature
of prefabricated, repeatable components
2016 design annual
73 metro/rail stations
67
▲ station me-1
▲ south elevation of station me-3
0
3
6
12
24m
69
DESIGN COMPETITION FOR CONFIDENTIAL CLIENT—METRO SYSTEM
▲ interior of station me-3
▼ station me-3
71
DESIGN COMPETITION FOR CONFIDENTIAL CLIENT—METRO SYSTEM
Dr. D.Y. Patil University Multispecialty Hospital
73
Mumbai, India
Completion: 2020
The design creates a world-class specialty
An outpatient center provides convenient
diagnostic and treatment podium is clad in
hospital that can function as a standalone
access from the hospital’s public entrance.
stone and glass. A sculptural, environmentally
facility and as part of D.Y. Patil University’s
Key components include outpatient imaging,
responsive, glass-fiber-reinforced concrete
medical teaching campus. The building will
a women’s center, a sports medicine division,
(GFRC) screen over the curtain wall shades
meet the health needs of India’s emerging
and medical and surgical specialties.
the inpatient tower.
revenue to support the university’s public
Inpatient floors house units for intensive care,
The transition level includes accessible,
charity hospital.
step-down, high-risk birthing, and general
landscaped roof gardens for Level IV physical
medical and surgical care. An inpatient
therapy, a women’s center, and education and
The university's vision is for the architecture
rehabilitation unit will serve orthopedic
administration areas.
to communicate a progressive, modern image
patients. All inpatient rooms are private and
for the medical complex. A contemporary,
same-handed, and each floor includes larger
At the building base, an open gateway
hospitality-influenced interior design will
VIP rooms.
provides a new entry to the campus and
middle and upper-middle class while providing
enhance the patient experience within this international destination hospital.
a gracious porte-cochere leading into the Educational and administrative facilities are provided at the transitional floors between
Designed for flexibility and future adaptability,
the lower podium (outpatient, interventional
the state-of-the-art, specialized interventional
and ICU/SDU) and upper inpatient zones.
facility includes general operating theaters,
These areas are designed as expansion space
cardiac catheterization labs, a hybrid cardiac/
for future interventional or inpatient services.
neurosurgical operating theater, a cystoscopy theater and endoscopy rooms.
The architecture responds to the interior program. The exterior of the hospital’s
◄ gateway entrance
hospital and education auditorium.
2016 design annual
730,000 sq. ft. / 67,800 sq. m.
â&#x2013;ź site plan 1
gateway entry
2
medical campus plaza
3
existing medical college
4
existing hospital
5
parking ramp
6
ambulance drive
3
4
2 5
1
6
0
3
3
2
3
4
2
visitor lobby
2
family room
3
nurse station
4
inpatient rooms
50m
▲ typical level floor plan 1
20
3
3
10
1
75
1
5
3 4 6
▲ ground level floor plan 1
main entry lobby
2
auditorium
3
outpatient waiting
4
imaging suite
5
emergency department
6
retail pharmacy + coffee shop
2
DR. D.Y. PATIL UNIVERSITY MULTISPECIALTY HOSPITAL
3
▲ east elevation
▲ rendered exterior view
0
9
18
36m
77
DR. D.Y. PATIL UNIVERSITY MULTISPECIALTY HOSPITAL
▲ exterior wall section ▲ exterior wall detail
â&#x2013;¼ view from medical campus
79
DR. D.Y. PATIL UNIVERSITY MULTISPECIALTY HOSPITAL
LEVEL 3 35' - 0"
JACK SLAB 20' - 6" LEVEL 2 20' - 0"
LEVEL 1.5 9' - 0"
LEVEL 1 0"
Equinox River Oaks Fitness Center Houston, Texas, USA
Completion: 2015
The first Houston location of this upscale,
First-floor spaces include a lobby reception
full-service fitness center brand creates a
area, retail store, juice bar and sales offices.
sanctuary of health and wellness in the city’s
A mezzanine level houses lounge spaces and
River Oaks residential community.
a glass box seating area partially suspended over the retail space. The second floor
The center is located at the heart of a high-end
features strength and cardio areas, a lounge,
retail complex. Its design draws inspiration
locker rooms and individual studios for yoga,
from the early development of the area’s
Pilates, barre and group fitness classes.
affluent neighborhoods and monuments. The centerpiece is a grand staircase Key design features reflect the understated
composed of blackened steel with a screen
elegance advocated by John Staub, a local
divider flanking both sides that runs the full
residential architect who designed many River
height of the center. From the first floor,
Oaks homes from the 1920s to the 1960s.
the screen provides partial privacy for the mezzanine space. On the second floor, it
The functional yet elegant design integrates
connects with a double-stacked wood “up-
conceptual elements that define the region,
and-over” feature to form a bridge between
including Houston’s abundant energy
the lounge and locker rooms. Resembling a
resources, commitment to the arts and
catwalk, the bridge creates a showcase for
Southern hospitality. Collectively, these
the fitness space and its occupants.
elements express a sense of history and local culture while supporting the Equinox brand.
◄ level 2 bridge lounge
2016 design annual
31,100 sq. ft. / 2,890 sq. m.
81
◄ level 2 floor plan
SKI ERG
SKI ERG
SKI ERG
EQUINOX RIVER OAKS - LEVEL 2
NIC
DN
5
2
STRETCH TABLE
STRETCH TABLE
QUEENAX - 5' x 20'
NIC
1
UP
3
6
4 UP
DN
UP
NIC
NIC
NIC
LF95Ti
WOOD DESMO
LF95Ti LF95Ti
+ 7"
LF95Xi
5
8
LF95Ti LF95Xi
LF95Ti LF95Xi
LF95Ti
7 LF95Xi
WOOD DESMO
LF95Ti
WOOD DESMO
LF95Ti
LF95Ti LF95Ti LF95Ti
LF95Ti
LF95Ti
LF95Ti
LF95Ti
LF95Ti
LF95Ti
LF95Ti
LF95Ti
LF95Ti
LF95Ti
LF95Ti
LF95Ti
LF95Ti
LF95Ti BEAUTY BELLS
LF95Ti LF95Ti LF95Ti LF95Ti HOIST HYPER
LF95Ti PRECOR DECLINE AB BENCH
▲ level 2 lounge
LF95Ti
11
9
HANGING GRID
REFORMER TOWER
CADILLAC
LF95Ti LF95Xi
REFORMER TOWER
CHAIR
BARREL
LF95Ti LF95Xi
10
lounge
2
men’s locker room
3
women’s locker room
4
prefunction
5
strength
6
cycling
7
cardio
8
pilates
9
yoga
10 barre
UBE LF95Ti
WOOD DESMO
NIC
UP
1
11 group fitness
0
10
20
40ft
83
EQUINOX RIVER OAKS FITNESS CENTER
â&#x2013;² level 1 retail + stairs
â&#x2013;¼ level 1 entry reception
85
EQUINOX RIVER OAKS FITNESS CENTER
FC Barcelona New Palau Blaugrana Arena
87
Barcelona, Spain
Serving as the new home for FC Barcelona, a
capacity on one side. The tighter, steeper
places. A large exterior projection screen
Social + cultural events: 12,500 seats
Euroleague basketball team, as well as FCB’s
bowl offers exceptional sightlines and
under the roof broadcasts live footage of
handball, futsal and roller hockey teams, this
captures noise to create an intense spectator
events to fans in the public plaza.
arena replaces the original 7,500-seat Palau
environment. Premium amenities include
Blaugrana, which opened in 1971. It is a key
luxury VIP boxes and sky bars/lounges with
The project incorporates an adjacent
component of a broader initiative to improve
court views.
court with capacity for 2,000 spectators,
Completion: 2019
FC Barcelona’s facilities and create the Espai Barça sports and entertainment district.
an ice rink and the FCB Escola academy Using customized digital tools, designers
training facilities.
calibrated the venue and bowl geometries to The building connects to the district’s existing
optimize viewing quality as well as the shape
Sustainable design strategies conserve
and planned development, forming a physical
and dimensions of event spaces. The compact
energy and water, minimize waste, and
and visual anchor while making a bold,
building span reduces structural costs and
incorporate local plants and materials. Water-
contemporary statement.
improves operational efficiencies. A flexible,
saving fixtures, daylighting, low-emission
retractable seating configuration adapts for
materials, building automation systems and
different uses.
paperless ticketing enhance efficiencies.
the energy, passion and movement of
To engage people beyond the arena’s walls,
HOK is designing the facility in collaboration
the performances that take place inside.
the design blends the indoors and outdoors.
with TAC Arquitectes.
An elegant, metallic facade creates
An open-air concourse celebrates the
transparencies that provide dramatic views
Mediterranean climate and generates new
into the action.
revenue opportunities through concession
Inspired by organic geometry and fluid shapes, the arena’s curvilinear form complements
areas and year-round amenities. Outdoor
◄ approach view
Designed to emulate a theater environment,
patios, plazas and green spaces across the
the asymmetrical seating plan provides more
vehicle-free site act as informal gathering
2016 design annual
Basketball: 12,000 seats
▲ site plan
▲ aerial view
7 1
concert
2
futsal
3
roller hockey
4
basketball
5
link to bridge
6
football pitch
7
roof
8
retractable seats
9
international ice rink
8 9
6
0
10 auxiliary court
10 50 m
4
20
10
3 5
2 1
89
FC BARCELONA NEW PALAU BLAUGRANA ARENA
â&#x2013;² upper concourse level 5 showing football pitches
3
3
2
2
3
2
1
3
▲ level 3 main concourse floor plan
1
concourse
2
bars + clubs
3
concessions
7 6
▲ level 6 sky bar floor plan
4
terrace
2
sky bar
3
6 5
1
5
2
1 2
2
1
2 2
3 3
2
3 3 3
▲ level 1 event floor plan
▲ level 5 upper concourse floor plan
1
circulation concourse
1
concourse
2
service yard
2
concessions
3
locker rooms
3
external plant
4
box office
5
storage
6
plant
7
lockers
1
1
front stage/super-theater
0
front stage/super-theater
10 20 50m
center stage/super-theater end stage
91 end stage optimal
basketball
center stage in the round
banqueting mode â&#x2013;˛ event configurations
FC BARCELONA NEW PALAU BLAUGRANA ARENA
end stage in the round
OVERALL SUSTAINABILITY CONCEPTS
In response to the GLOBAL SUSTAINABILITY STRATEGY FOR ESPAI BARÇA, our design strategies integrate sustainabil
solutions. The sustainability strategy for the proposed scheme is mainly focused on reduction of energy consumption redu well-being and comfort while also addressing energy & water active systems efficiency, waste minimization, use of sustain
MATERIALS High contentcontent & use of local highrecycle recycled + use of local materials materials At least 50% of the construction will use recycled, at least 50% of the construction will use recycled, renewable and/or recycling-friendly materials.
renewable or recycling-friendly materials
SOCIAL barrier-free Barrier-free visitor experience is carefully to make the The visitor experience is carefully designeddesigned to make the area accessible and enjoyable.
area accessible and enjoyable
URBAN INTEGRATION microclimate Microclimate Semi-open spaces are introduce to the design toto the design to serve semi-open spaces are introduced serve as a thermal buffer and provide
micro-climate ‘oasis’ as a thermal buffer and provide microclimate ‘oasis’ Hottest week of the year from 12-6PM T ≤ 32.5 C
hottest week ofyear the year fromT12-6 ≥ 9 Cpm T ≤ 32.5 °C Coldest week of the from 12-10PM coldest week of the year from 12-10 pm T≥ 9 °C
SMART enhanced experience Enhanced ExperiSmart management center with metering in each smart management center with metering in each building to building. Display and communicate energy saving
display and communicate energy savings to end users with end-users
VISITORS EXPERIENCE & OUTDOOR COMFOR ▲ overall sustainability concepts WINTER WIND BARRIER
perceived temperature Perceived Temperatur Toohot hot too
SPORT ACTIVITIES comfortable Comfortable
PT >32 ⁰C
28 ⁰C < PT < 32 ⁰C
26 ⁰C < PT < 28 ⁰C
9 ⁰C < PT < 26 ⁰C 0 ⁰C < PT < 9 ⁰C
cold tooToo cold
-13 ⁰C < PT < 0 ⁰C PT < -13 ⁰C
WONDER
▲ visitor experience + outdoor comfort SMART RECYCLE METERING GREY WATER ◄ view of entrance from bridge
Sustainability Concepts
ICE RING
lity ideas within all processes to promote smart, green and innovative ucing the energy and water demands by passive means, optimal visitor nable and local materials and â&#x20AC;&#x2DC;smartâ&#x20AC;&#x2122; community.
WATER Rainwater Harvesting R rainwater harvesting + & Water-Saving Fixtures
water-saving fixtures aiming to achieve 60% of the water provided by Aspired demand to achieve 60% of the water demand covered by rain and/or grey
recovered rain or gray water after demand with waterreducing after reducing this demand with efficient fixtures
efficient fixtures.
ENERGY & Renewable Energy
renewable energy 10
Efficient systems will reduce the efficient energy systems reduce theenergy energy demand, with energy demand, while innovative renewadditional conservation coming innovative ablefrom technologies will cover a percentage of it.
renewable technologies
20
COMFORT thermal comfort Thermal Comfort Transition spaces minimize theprovide thermal transition spaces minimize the thermal stress and
adaptive comfort for visitors
stress and provide adaptive comfort of the visitors. 50m
COMFORT daylight Daylight Harvesting natural light in all possible harvesting natural light in all possible areas: offices below areas. Some offices are below the podi-
93
the arena's podium level have um a goal a aspired 2% to level ofof theachieving Arena, they are
achieve 2% daylight factor in 50% of the
daylight factor in 50% of the flfloor area oor area.
kinetic floor to capture footfall Kinetic floor to capture footfall energy
COLDEST WEEK
C
1010PM pm
HOTTEST WEEK
energy 5-9W 5-9W per step per step
apertures designed in response designed in response to the toApertures the radiation map radiation map.
6PM 6 pm
C
C
FUN 12 pm Allow solar exposure & wind shelter allow solar exposure during the winter months
12PM
Shading and introducing wind flow shading and introducing
wind flow during
winter months
summer months
WIRELESS PAYMENT
LOW EMISSION MATERIALS
FOOTBALL PITCH
DAYLIGHT
SHADING
during the summer months
+ wind shelter during
WATER EFFICIENCY INSTALLATIONS
BUILDING AUTOMATION
ARENA
LED TECHNOLOGY
PAPERLESS TICKETING
FC BARCELONA NEW PALAU BLAUGRANA ARENA
RT
re
0
Efficient Systems efficient systems +
â&#x2013;˛ aerial view of arena from east
â&#x2013;˛ longitudinal section
0
10
5
10
20m 50m
FC BARCELONA NEW PALAU BLAUGRANA ARENA
▲ sky bar
95 ▲ presidential box
20 0
▲ upper concourse
1
2
3
4
5
7
6 8
9 10
â&#x2013;˛ lower tier + boxes: bowl, facade, roof scoreboard + catwalks 1
tensioned perforated fabric membrane
2
lightweight facade systems
3
in-situ or precast concrete system (carrying a layer of thermal insulation + single ply weather membrane), concrete pavers
4
external plant areas palau
5
box level north facade
6
curtain wall main concourse
7
concrete external pavers on polypropylene spacers
8
concrete blocks on leveled screeds + compacted terrain
9
prefabricated unitized panel system
10 ventilated brick wall systems with unitized window system
1 2 3
◄ cassette system (main roof) tensioned perforated fabric membrane
2
steel structure for fabric roof
3
membrane roof (weather barrier)
4
glass wool or mineral wool insulation
5
in-situ concrete on metal deck
6
air space
7
glass wool or mineral wool insulation
8
perforated metal liner with mininum 20% open area
0
1
10
4 20
5 6 7 50m
8
97
FC BARCELONA NEW PALAU BLAUGRANA ARENA
▲ facade detail: perforated metallic panel + mesh
▲ south facade details
â&#x2013;¼ pedestrian view from east
99
FC BARCELONA NEW PALAU BLAUGRANA ARENA
Hachette UK Headquarters
101
London, UK
Completion: 2015
The new headquarters office of UK publisher
Drawing inspiration from the design of
complete with flower beds, seating and
Hachette brings together its corporate group
a classic family home, the workplace
grass areas offering sweeping views of the
and seven independent, often competing,
incorporates a blend of communal and
London skyline. The café acts as a gathering
publishing divisions into a single building.
personalized spaces. Each publishing division
area to foster collaboration and encourage
Hachette relocated these brands from five
is viewed as a family member and equipped
interaction among employees.
separate locations in and around London’s
with a reception-like arrival area offering an
West End.
immediate, customized brand experience
As the former office of Associated
that can be seen on each of the floors from
Newspapers, the Carmelite House building
Carmelite House offered a statement building
the central atrium. Shared spaces include
has a Grade II-listed brick facade dating
with large, efficient floor plates surrounding a
kitchens, non-dedicated meeting spaces and
back to the late 1890s and is recognized
central atrium, expansion space, easy access
breakout rooms.
as an early surviving example of newspaper
to the city, convenient travel connections and stunning views of the River Thames.
architecture along Fleet Street. The design The fully open-plan office space encourages
retains an iron staircase, elevator and several
company-wide collaboration and
wall paintings as examples of decorative
The six-story, open work environment
communication, removing all private offices
commercial architecture.
enables each division to maintain its own
and eliminating physical barriers between
identity within Hachette’s overall brand while
colleagues. The flexible work environment
Design interventions included replacing the
promoting company-wide collaboration and a
offers many activity-based areas for
ceilings in the reception area and sixth-floor
sense of community.
individual and group work. Non-assigned
café, installing a more efficient cooling system
hot desks distributed throughout the office
in the café, adding a freight elevator and
To begin the design process, a menu of generic
provide temporary workspaces for visitors
repurposing the original vaults and printing
finishes, lighting, furniture and audiovisual
and staff from other floors.
press room into storage space.
facilities was presented to each publishing
◄ central atrium
division. After items had been selected, the
A pavilion café on the sixth floor takes
design team researched each division’s brand
advantage of the building’s outdoor space,
and worked with the group to develop specific
extending through large glass doors to a
design solutions tailored to their needs.
7,600-sq.-ft. landscaped rooftop terrace,
2016 design annual
100,000 sq. ft. / 9,290 sq. m.
â&#x2014;&#x201E; typical floor plan 3 2 4 6
5
8 2
1
arrival point
2
primary work space
3
meeting room zone
4
quiet rooms
5
tea point + collaboration zone
6
resource + print area
7
lift lobby
8
atrium
3
1
7
4
â&#x2014;&#x201E; lower ground floor plan 3 1
2 1
6
5
4
9
primary work space
2
tea point + breakout area
3
meeting room zone
4
multifunction room
5
training rooms
6
print room
7
post room
8
lift lobby
9 atrium
8 3 7
1
0 5 10 20m
103
▲ open plan work space
HACHETTE UK HEADQUARTERS
▲ arrival point
105 ▲ landscaped roof terrace HACHETTE UK HEADQUARTERS
▲ reception + library wall ◄ little, brown book group arrival point
Hartsfield-Jackson Atlanta International Airport Passenger Terminal Modernization Atlanta, Georgia, USA
Completion: 2018
The world’s most traveled airport, the 207-
weather while maintaining views of the sky
The high-performance design features
gate Hartsfield-Jackson Atlanta International
and daylight. Composed of translucent
energy-efficient cladding and building
Airport, is embarking on a $6 billion, 20-year
ETFE (ethylene tetrafluoroethylene) panels
systems. Ceilings will be modified to harvest
expansion and modernization program. The
supported by a contemporary steel frame,
natural light and to optimize interior lighting
airport’s vision is to create an exceptional
the 864-foot-long canopies help redefine the
systems, which include LED lighting.
experience for all guests.
character of the building as a 21st-century air terminal. This design was made possible
Improved circulation and signage systems
HOK is leading the joint venture team
by the team’s use of the firm’s proprietary,
make wayfinding more intuitive. A clearly
designing a $200 million improvement to the
interdisciplinary design technology, including
marked airport security screening zone leads
airport’s domestic passenger terminal. The
HOK STREAM TM.
passengers from the atrium to concourses
project features the addition of two large
and gates. Improvements to the baggage
canopies over curbside pick-up and drop-off
Central to the passenger experience, a new
claim area include highly visible digital
areas and a redesigned central atrium space.
15,000-sq.-ft. atrium creates a lush, park-like
monitors and new speaker systems.
The design solution embraces the energy of
setting that reflects the Atlanta landscape
the world’s most traveled airport while giving
and is brightened by a circular skylight. In
The HOK-led joint venture for the terminal
passengers a sense of ease and clarity in
this space, passengers can relax on their
modernization includes Stanley, Love-Stanley,
navigating the 400,000-sq.-ft. terminal.
way to and from gates. The design converts
P.C., and Chasm Architecture, L.L.C.
the atrium from a processing space to an
◄ entry
Visitors will arrive and depart under two
engaging civic area that connects visitors and
transparent canopies providing shelter
travelers to Atlanta, reinforcing the airport as
and comfort from Atlanta’s ever-changing
an ambassador for the region.
2016 design annual
60,000 sq. ft. / 5,575 sq. m.
107
6
1
3
5
4
2
6 â&#x2013;˛ site plan 1
north roadway canopy
2
south roadway canopy
3
north ticketing hall
4
south ticketing hall
5
atrium
6
parking garage
6
â&#x2013;˛ section through canopy + terminal
1 5
3
0
25
50
100
200ft
109
2
4
6
HARTSFIELD-JACKSON ATLANTA INTERNATIONAL AIRPORT TERMINAL
â&#x2013;² aerial view
â&#x2013;˛ variations of design alternatives
â&#x2013;˛ parametric analysis
â&#x2013;˛ variations in truss shape based on parametric analysis
Design Technology
The team developed parametric structural models
At the concept design stage, the team evaluated
using HOK STREAM TM for design schemes
the structural capacity of the existing terminal to
The design process for the canopies leveraged
including tensioned fabric structures, mono-
support the new canopy. This required technical
HOK’s proprietary, interdisciplinary parametric
column systems and undulating diagrid forms.
expertise and rapid structural evaluation to
tools, including HOK STREAM TM.
Controlling design parameters included readily
demonstrate the feasibility of landing on the
available steel shapes; single-curvature-only
existing building rather than providing a line of 19
At the beginning of conceptual design, HOK’s
geometry; splice locations and detailing to ease
new columns, foundations and braced frames on
structural and architectural designers began two
steel erection; consideration of allowable loads
both sides of the terminal.
parallel but interdependent studies:
onto existing facilities; loading from a wind tunnel
• Structural studies and optimization for
study; thermal movement; and fatigue resistance
As the design progressed, the team spent
at connections.
hundreds of hours evaluating individual spaces
several design options.
was not designed.
100
construction documents.
50
its ability to accommodate new loads for which it
documentation through completion of the
25
existing terminal to support the new canopies.
1 million square feet of the existing structure for
geometry for structural analysis and design
0
• Evaluation of the structural capacity of the
and elements. This included analyzing more than The parametric definition remained the “master”
200ft
111
▲ final canopy details
▲ representative site condition showing existing services to be accommodated
▲ final canopy details
HARTSFIELD-JACKSON ATLANTA INTERNATIONAL AIRPORT TERMINAL
▲ analysis model of a portion of existing terminal
â&#x2013;˛ truss construction sequencing
0 25 50 100 200ft
▲ existing conditions
113
▲ completed roadway canopy
HARTSFIELD-JACKSON ATLANTA INTERNATIONAL AIRPORT TERMINAL
▲ terminal during construction
â&#x2013;² roadway under canopy
▲ canopy + terminal building
115
▲ canopy at night
HARTSFIELD-JACKSON ATLANTA INTERNATIONAL AIRPORT TERMINAL
▲ facade recladding
â&#x2013;¼ aerial view at night
117
HARTSFIELD-JACKSON ATLANTA INTERNATIONAL AIRPORT TERMINAL
Hillwood Office Tower Design Concept
119
Dallas, Texas, USA
Developer Hillwood Urban invited HOK
The enclosure incorporates high-performance
Building services and access to parking
50 stories
to create concepts for a new downtown
glazing and shading elements to ensure a
occupy the remainder of the ground level. An
700 feet / 213 meters tall
Dallas skyscraper. The study resulted in the
naturally illuminated, comfortable interior on
engaged parking podium accommodates more
preliminary design of a 1.2-million-sq.-ft.
office floors. Efficient floor plates support the
than 2,200 cars above and below grade.
tower that occupies a modest 1.75-acre
creation of attractive, productive workplace
footprint on half a city block.
environments with scenic city views.
As a new gateway into downtown Dallas, the
The tower engages its surroundings by
with skyline views of the CBD and Klyde
iconic tower rises 50 stories to a glass and
reducing its footprint as it reaches the ground
Warren Park.
stainless-steel crown that projects a dramatic
level. This design creates opportunities
profile on the skyline. The gracefully tapering
for a vibrant streetscape and integrated
form rises more than 700 feet from a dense
landscape to act as a welcoming threshold at
urban context to provide a singular presence in
the buildingâ&#x20AC;&#x2122;s base. A three-story monumental
the central business district (CBD).
lobby that extends for a city block acts as
Design completion: 2015
The structure is topped by a roof garden serving the corporate amenity levels,
a visual landmark for an adjacent elevated This development forges a new connection
highway. Retail reception spaces in the lobby
between the emerging Uptown neighborhood
ensure an active interior environment.
and reviving West End and downtown districts of central Dallas. The tower site marks the intersection of these districts and the southern edge of the CBD.
â&#x2014;&#x201E; city view
2016 design annual
1.2 million sq. ft. / 111,485 sq. m.
1
▲ typical high-rise floor plan
◄ section
N
0
OFFICE FLOOR - HIGH RISE
10'
20'
50'
2
▲ ground floor plan
N
0
10'
20'
50'
3
4 5
6
1
penthouse
2
office floors
3
podium floors
4
above ground parking
5
entry lobby
6
below ground parking
â&#x2013;¼ klyde warren park view
0
20
50ft
121
HILLWOOD OFFICE TOWER DESIGN CONCEPT
HOK Office
123
St. Louis, Missouri, USA
HOK renewed its commitment to downtown
On the first floor, a 4,500-sq.-ft. double-
to reduce the projected energy consumption.
St. Louis by moving its office to the first and
high community space with an attached
A bike sharing program; locker rooms and bike
second floors of the 10 South Broadway
2,800-sq.-ft. outdoor terrace acts as a living
storage; and use of local, recycled, renewable
building, located between Busch Stadium
room to the city. Linked to the studio floor by a
and low-emitting interior materials contribute
Annual LPD: 0.66 W / sf
and the Gateway Arch grounds. Originally
grand staircase and used for formal meetings,
to the healthy workspace.
43% below ASHRAE 2010
designed by HOK, 10 South Broadway opened
casual collaboration, community forums,
in 1971 as the Equitable Building.
parties and professional events, this dramatic
Completion: 2015
space engages employees and creates a
â&#x2014;&#x201E; collaboration space
The new studio environment is a showcase
strong connection to the community. Power
for the workplace of the future, with a
and Wi-Fi service extend to the terrace, where
combination of collaborative and personal
trees on mobile casters provide shade for
work areas.
those who wish to work, meet or eat outside.
Bench seating and touchdown stations
Sustainable design strategies have
encourage collaboration and provide flexibility
transformed the space within this vintage
for staff. The new workplace includes design
building, enabling the team to pursue the
labs, state-of-the-art video conferencing and
St. Louis areaâ&#x20AC;&#x2122;s first LEED v4 Commercial
virtual collaboration rooms, private huddle
Interiors (CI) Gold certification. Skylights
rooms, glass-walled conference rooms and an
and an open office layout draw natural light
architectural model shop. Smart boards, pinup
deep into the floor plate. Daylight harvesting,
panels and mobile marker boards facilitate the
occupant-controlled lighting, a digital
exchange of ideas.
dimming interface and LED lighting combine
2016 design annual
32,000 sq. ft. / 2,970 sq. m.
5
3
3
2
9
3
7
3
4
6
1 4 8
7
7
▲ level 2 floor plan
9
1 2
3
4
5
1
lobby
2
prefunction
3
conference room
4
studio
5
coffee bar
6
materials library
7
pinup panels
8
print shop
9
corporate office space
◄ level 1 floor plan 1
6 8
7
open collaboration
2
pinup panels
3
kitchen
4
locker room
5
mother's room
6
model shop
7
model shop equipment
8
bike storage
9
terrace
▲ studio
0
25
50 ft
125
HOK OFFICE
▲ multipurpose space
▲ section through multipurpose space + studio
0
0 15
25
50 ft 30ft
127
HOK OFFICE
â&#x2013;² open meeting area
â&#x2013;¼ terrace
0
25
50 ft
129
HOK OFFICE
The IRYS System
131
Manufactured by Clestra Hauserman
HOK Product Design's IRYS is a demountable
office, a meeting room or a relaxation area.
wall system offering autonomous and
Components can be disassembled and
freestanding workspaces that are not
reassembled anywhere in the office in just a
connected to the building. It combines the
few hours.
flexibility of a temporary pod with the quality and performance of a permanent office space.
The modular concept supports the seamless integration of lighting, airflow management,
This multifunctional system provides
electrical wiring, audiovisual equipment and
organizations with a range of design options
storage features.
for creating freestanding workspaces that support up to 12 people in open-plan offices.
IRYS is available in a wide range of finishes including fabric, wood and steel.
Because IRYSâ&#x20AC;&#x2122;s modular components are independent from the structure of the building and have variable geometries, they can be easily reconfigured in size, shape and location to create an individual or shared
â&#x2014;&#x201E; dimensioned wall with full-length interactive screen
2016 design annual
Completion: 2015
â&#x2014;&#x201E; modular bolt on components creates spaces to suit any private or collaborative workplace requirement
133 ▲ predesigned wall component options for storage, AV, writable surface or pinup
▲ pop-out component for accessory storage power + data connections
▲ detail of seamless fittings
THE IRYS SYSTEM
▲ glazing removed to allow for an open configuration
◄ alternative configurations can be fitted to the dimensioned wall
January 8th Memorial and Presidio Park
135
Tucson, Arizona, USA
Design competition: 2015
This memorial design and park master plan
reflection and respite. The terraced gardens
Encircling the memorial plaza are dozens of
commemorates the six lives lost during the
feature a modern desert landscape and
solar-powered tiles inscribed with the names
tragic shooting that occurred during a Jan. 8,
outdoor seating, comfortably shaded by the
of family, friends, first responders, hospital
2011, event hosted by U.S. Representative
shadow of City Hall.
staff and other community members. Drawing
Gabrielle Giffords in Tucson, Arizona.
energy from the sun, these tiles radiate light A new entrance pavilion and café outside City
throughout the night and, much like the votive
The concept proposes the development of a
Hall activate the plaza. Enhanced pedestrian
candles held at the original memorial sites,
social congregation space in El Presidio Park—
crossings link to cultural destinations and
symbolize hope.
Tucson’s foremost urban public space—to
downtown Tucson.
enhance the park’s value as the city's civic, cultural and artistic heart. The plan includes
Six bronze pillars support the canopy that
an amphitheater that would host festivals,
shades the new event space. Personalized
civic gatherings, cultural exhibits, movies
with inscriptions and objects representing
and concerts.
each person lost on that day, the pillars direct the views of visitors skyward through
Six trees planted in a memorial garden pay
the canopy. The words of support and
homage to the six individuals who lost their
remembrance that echoed throughout
lives that day, offering a place for personal
the community after the tragedy are memorialized in this civic space.
◄ rendered view at night
2016 design annual
5.5 acres / 2.2 hectares
9
â&#x2014;&#x201E; daytime site plan
6 8
2
7
1
memorial canopy + civic plaza
2
memorial gardens
3
terrace steps
4
city hall sculpture gardens
5
new city hall entrance pavilion
6
museum of art
7
historic courthouse + future
8
public library plaza
9
government offices
galleries
4 5
1
2 3
9 9
9 9
â&#x2014;&#x201E; nighttime site plan
2 4
1
3
1
civic plaza votives
2
memorial gardens
3
terrace steps
4
city hall sculpture gardens
0
50
100
200 ft
137 ▲ plaza section
JANUARY 8TH MEMORIAL AND PRESIDIO PARK
▲ memorial at night
â&#x2013;¼ rendered view
139
JANUARY 8TH MEMORIAL AND PRESIDIO PARK
Kentucky International Convention Center
141
Louisville, Kentucky, USA
Completion: 2018
The redesign of the Kentucky International
The design replaces the original building’s
glass creates a dynamic, light-filled interior.
Convention Center transforms how the
solid facade with highly visible entries and
An interior wall enclosing the ballroom is clad
building serves the city.
glass prefunction spaces along the street.
with a textured wood screen, generating an
This visually extends the sidewalk and public
inviting warm glow when seen from the street.
Annual EUI: 76 kBTU / sf / yr
The convention center was developed in
32% below ASHRAE 2007
downtown Louisville in 1977, with an addition
spaces into the building. The sustainable design promotes energy and
in 1999. The initial project challenge was to
A new canopy and colonnade tie the new
water conservation, and the project team is
integrate the renovation and expansion within
addition with the old while creating a civic
aiming for LEED Silver certification.
the existing structure.
gesture with a new portico. Custom-folded metal panels provide a shimmering effect,
HOK is collaborating with EOP Architects on
Designed to increase contiguous exhibit space
transforming opaque sections of the facade
the project.
by more than one-third, from 146,000 square
into an animated surface.
feet to more than 200,000 square feet, the project will add a 40,000-sq.-ft. ballroom—
To expand the exhibit space, the design
all within the existing footprint. Additional
creates large circulation overhangs
updates include renovations to the meeting
above Market and Jefferson streets, with
rooms and improvements to wayfinding and
cantilevers of up to 24 feet, elevated 25 feet
the pedestrian flow.
above the sidewalk. Lining the exterior walls of prefunction spaces with tall panels of
◄ view from market + 4th streets
2016 design annual
950,000 sq. ft. / 88,260 sq. m.
â&#x2014;&#x201E; upper concourse plan 1
exhibit hall
2
prefunction
3
existing loading
4
open to below
1
2
4
3 â&#x2013;ź main concourse plan
2
4
7
1
8
3
5
6
1
ballroom
2
prefunction
3
existing meeting rooms
4
boardroom
5
food prep
6
loading
7
administrative suite reception
8
existing loading
▼ east-west section 1
exhibit hall
2
ballroom
3
prefunction
4
meeting rooms
5
loading
0 32 64 128ft
1
3 2
5
4
4
143
KENTUCKY INTERNATIONAL CONVENTION CENTER
▲ upper concourse
â&#x2013;¼ view from jefferson + 4th streets
145
KENTUCKY INTERNATIONAL CONVENTION CENTER
▲ existing building
@4240 Laboratory and Office Building
147
St. Louis, Missouri, USA
Completion: 2014 Annual EUI: 124 kBTU / sf / yr
This adaptive reuse project anchors the Cortex
Large floor plates and highly adaptable
Relocating the building’s main entry promotes
Innovation Community, a 200-acre mixed-use
mechanical systems enable @4240 to
interaction with the newly planned Cortex
urban research district in midtown St. Louis.
support a variety of tenants, from small
Commons, a park-like green space that serves
startups to larger, more established research
as the district’s community hub.
Originally constructed in 1948 as a telephone
organizations. The space includes fully
handset factory, the three-story building was
equipped conference rooms, open meeting
Located within walking distance of a planned
redeveloped by Wexford Science & Technology
areas, green spaces, cafés and casual
public transit station, the building is near
to provide flexible laboratory and office space
gathering spots.
Barnes-Jewish Hospital, Washington
for tenants involved in life sciences, research, technology, innovation and entrepreneurship.
University School of Medicine and Saint Louis The LEED Platinum-certified project features
University. This location provides convenient
extensive use of renewable building materials
access to additional scientific resources and
Preserving and highlighting the masonry
and energy-efficient measures, including a
partnership opportunities.
structure’s historic character, the design
50-kV photovoltaic array.
team retrofitted the building with modern, high-performance systems that enable it
The design and construction team worked
to function as a state-of-the-art research
within historic guidelines to restore the
and office facility. Floor openings cut into
building’s deteriorating brick facade, add
the middle of the building allow skylights
insulation under a new roof and upgrade the
to illuminate a courtyard, light wells, the
industrial windows with historically accurate,
building’s interior and a two-story concourse.
insulated replacement glazing. The building
By creating informal meeting and collaboration
is 45 percent more energy efficient than a
areas, the concourse functions as a “mixing
typical lab and office facility.
space” for the complex.
◄ central concourse level 1
2016 design annual
183,000 sq. ft. / 17,000 sq. m.
2
3
2
1
2 2
DN
2
4
1
3
4 2
2
5 4 6
▲ level 1 floor plan
▲ level 2 floor plan
1
lobby
1
central concourse
2
tenant space
2
tenant space
3
historic lobby
3
large shared conference room
4
central concourse
4
roof below
5
storage
6
receiving
▲ section perspective of central concourse
0
50
100 ft
▲ lobby
149
@4240 LABORATORY AND OFFICE BUILDING
▲ central concourse level 1
151 ▲ central concourse level 2 @4240 LABORATORY AND OFFICE BUILDING
▲ slot courtyard ◄ west facade + entry with cortex commons in foreground
Master Plan for Confidential Biopharmaceutical Company Maryland, USA
Design completion: 2016
The master plan for the expansion of a
A drop-off circle that currently forms the
suburban office campus originally designed
campus entry will be transformed into a
by HOK in the 2000s is guiding a leading
glass-roofed winter garden. This communal
biopharmaceutical companyâ&#x20AC;&#x2122;s growth on this
gathering space will serve as the primary
site, which is one of its primary centers for
connection point between existing and new
pharmaceutical research and development.
office buildings.
By establishing a new direction for the
Sustainability is a key driver for all campus
campus, the master plan will maximize
development planning. The new office
opportunities for collocation and collaboration
buildings will aspire to achieve net zero energy
while creating an atmosphere that inspires
use and to meet all non-potable water needs
scientific innovation.
with captured stormwater and condensate. Combined with the proposed improvements to
To keep staff together, new office and amenity
the existing buildings, the expanded campus
spaces will surround existing buildings with
is expected to use less energy than the
a sinuous ribbon of glass. This unified design
original facility.
encourages interaction among all employees.
â&#x2014;&#x201E; atrium
2016 design annual
1.35 million sq. ft. / 125,420 sq. m.
153
5
3 1 2
4
5
▲ site plan
▲ sun path diagram
▲ wind rose diagram
1
winter garden
2
existing office
3
office
4
lab
5
garage
mune │ Gaithersburg Alternative Master Plan Sustainability
Future Buildings Strategies
Building Strategy Application Key
2
Office
1 Laboratory
5
Conference/Training
Public/Circulation
Summer and Winter Solar Radiation for North Facade
2
4
1
Parking Deck
tion Strategies
▲ solar diagram
Glare Control Summary Diagram for Future Buildings
4 3
4
2
Summer and Winter Solar Radiation for North-West Facade
Summer and Winter Solar Radiation for South-West Facade
1
atrium
2
office
3
lab
4
main street + link bridge
5
courtyard below
5
Summer and Winter Solar Radiation for South-East Facade
160ft
1 April 2016
2
15 80 30
► typical level floor plan
40
t Optimization
f daylighting controls is recommended for all office areas in truction. Using daylighting controls allows the use of d window shades that raise and lower in response to roof sensors measuring solar heat gain. Daylight controls d with automated shades for perimeter zones with windows ce electric energy consumption in the building as well as g glare from the sun.
1
Summer and Winter Solar Radiation for North-East Facade
0
bs with high exhaust air requirements at MedImmune corporate air flow set-backs in labs where radiant cooling is cal. Lab spaces require minimum number of air changes rmal operation, however during unoccupied hours air hese air change rates can be reduced as lights, people and t loads are not present.
2
2
Set Back
4.02
3
1 3
155
▲ southeast facade in summer + winter 3
1
4 4
6
3
2
7 6
3
6
► winter garden level floor plan
▲ southwest facade in summer + winter
1
lobby
2
winter garden
3
atrium
4
cafeteria
5
conference room
6
office
7
lab
8
garage
3
7 7
8
MASTER PLAN FOR CONFIDENTIAL BIOPHARMACEUTICAL COMPANY
3 5
▲ north elevation
▲ south elevation
▲ east courtyard
▲ west courtyard
0
15
30
60ft
157
MASTER PLAN FOR CONFIDENTIAL BIOPHARMACEUTICAL COMPANY
â&#x2013;² aerial view
▲ east-west section
▲ atrium
▲ main lobby
â&#x2013;² north-south section
0
15
30
60ft
159
MASTER PLAN FOR CONFIDENTIAL BIOPHARMACEUTICAL COMPANY
â&#x2013;¼ main entrance
0
15
30
60ft
161
MASTER PLAN FOR CONFIDENTIAL BIOPHARMACEUTICAL COMPANY
AVILION NEIGHBOURHOOD CONCEPT SPIRATION
Memorial University of Newfoundland Core Science Facility St. John's, Newfoundland, Canada
Completion: 2019
The Core Science Facility at Memorial
the Whale Atrium will display the skeleton of
University of Newfoundland includes research
a mammoth blue whale once stranded on the
and teaching laboratories for the university’s
island’s west coast.
Faculty of Engineering and Applied Science. Annual EUI: 199 kBTU / sf / yr
The new facility will enable the university
A highly transparent ground floor features
40% below ASHRAE 2007
to compete as a top global destination for
a public entrance concourse that offers a
undergraduate and graduate students,
variety of work, meeting and partnering areas,
researchers and faculty.
in addition to views into key research labs.
The building's expression and colors evoke
As the building’s “downtown,” the second floor
the dynamic coast and icebergs found along
has an array of teaching and computer labs,
Newfoundland’s North Atlantic shores. Its
makerspaces and collaboration settings—all
landscape draws on the island’s rugged natural
readily accessible via the campus’ pedestrian
flora and coastal rock formations. Interior
bridges. Additional flexible space enables
spaces are inspired by the vibrant colors and
academic alliances with industry partners.
outgoing nature of the province’s communities. HOK is providing services in collaboration with The design creates three pavilions, each containing several research and teaching neighborhoods, connected by two atria. The Shoreline Atrium is a collaboration hub, and
◄ whale atrium
St. John’s-based Hearn Fougere Architects.
2016 design annual
490,000 sq. ft. / 45,520 sq. m.
163
▲ exterior iceberg sketch
▲ site plan
0 5 10 0 5 10 20 20
▲ north-south section through shoreline atrium
▲ north-south section through whale atrium 40 m
165
MEMORIAL UNIVERSITY OF NEWFOUNDLAND CORE SCIENCE FACILITY
▲ shoreline atrium
â&#x2013;˛ student commons with view to whale atrium
4
3
â&#x2013;˛ level 2 floor plan 0
1
whale atrium open to below
2
5 10 20 shoreline atrium open to below 40m
3 teaching SCALE: 1:250
lab
4 LEVEL pedway connection to campus 2 1 SCALE: 1 : 250
1
3
2
3
0 5 10 20 40 m
167
3
3
4
1
▲ level 4 floor plan 1 0
2
whale atrium open to below 5
10
4
1
20
shoreline atrium open to below
3 teaching SCALE: 1:250
lab
research lab LEVEL 4 SCALE: 1 : 250
40m
4
2
4
MEMORIAL UNIVERSITY OF NEWFOUNDLAND CORE SCIENCE FACILITY
▲ research lab with visibility through write-up space to whale atrium
0
5
10
â&#x2013;¼ view from main entries + drop-off
20
40 m
169
MEMORIAL UNIVERSITY OF NEWFOUNDLAND CORE SCIENCE FACILITY
Nanjing Financial City Center Nanjing, Jiangsu Province, China
The Nanjing Financial City Center includes
connections with spaces including Olympic
84 stories
a high density of world-class financial,
Stadium, the Yangtze River and the old city.
1,380 feet / 420 meters tall
hospitality, residential and retail functions in
Above the podium, the distinct arrangement
five high-rise buildings on Hexi New District’s
of high-rises, including a landmark 84-story
premier development site.
tower, creates a new focal point for the Hexi
Design competition: 2015
New Town skyline. Inspired by many layers of the urban fabric, the proposed design unites historic, cultural,
Finding inspiration in Nanjing’s beloved plum
traditional, modern and natural influences
blossom, the site organization carries the
to create a vibrant new hub. The bold vision
energy of the central greenbelt into an elegant
for the development suggests a prosperous
form that reflects the dynamic qualities of
future for the city.
Nanjing Financial City Center. In addition to providing a rich network of open spaces, the
◄ view from green corridor
Positioning the towers above the circular
site has adjacencies to Jiangshan Road to the
plaza emphasizes the overall district’s
south, a central business district development
planning principles. Each of the five towers
and greenbelt to the north, Nanjing Exhibition
is oriented toward various cultural sites in
Center to the west and high-end residential
Nanjing, establishing a wide range of visual
development to the east.
2016 design annual
7 million sq. ft. / 650,700 sq. m.
171
â&#x2014;&#x201E; site plan
6 1
5 2
3
â&#x2013;˛ business + retail hall
4
1
tower a: service apartment
2
tower b: bank headquarters
3
tower c: office
4
tower d: mixed-use
5
podium e: mixed-use
6
tower f: service apartment
0 15 30 75 m
173
NANJING FINANCIAL CITY CENTER
â&#x2013;² aerial view from northwest: jiangdong road + jiangshang avenue
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Hotel Typical Level 70-83
2
▲ hotel lobby
2
1
▲ typical office floor plan
NANJING FINANCIAL CITY CENTER
Hotel Sky Lobby Level 69
20 m 24m
3
8
4
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zone 4 - office
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◄ street view from jiangdong road zone 3 - office
4
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NANJING FINANCIAL CITY PHASE II CONCEPT DESIGN 2015年9月Copyright©2015 HOK
zone 2 - office
3
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70 M
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3 175
▲ typical hotel floor plan
Ogilvy Washington Office
177
Washington, D.C., USA
Completion: 2015
Located on a single floor in a downtown office
Due to the nature of Ogilvy’s work,
Sustainable design strategies contribute
building, the new Ogilvy Washington, D.C.,
highlighting its brand identity was a critical
to a healthy workplace that has achieved
office promotes collaboration and innovation
component of the design. The office
LEED Silver certification. The design
while celebrating the firm’s creative culture.
advertises the agency’s talents to existing
includes access to outdoor views, water use
and potential clients. Strategic use of the
reduction, optimized energy performance
The consolidated modern space contributes
brand permeates the space, creates a sense
through a minimum lighting power reduction
to a more productive and efficient workplace
of differentiation and generates a sense of
of 25 percent, Energy Star equipment, low-
than Ogilvy’s previous office, which was
employee pride. A simple color and materials
emitting materials and furniture, and visible
spread across two connected floors.
palette provides a layered brand experience
incorporation of recycling and environmentally
that illustrates the firm’s personality. Applied
conscious practices.
Annual LPD: 0.72 W / sf 28% below ASHRAE 90.1
The open floor plan features a one-size-fits-all
vinyl graphics designed by Ogilvy’s team
benching system for every staff member,
prominently adorn office walls. Pinup areas
including the CEO. Traditional and new ways
exhibit in-process and finished work samples.
of working are supported by a variety of space types including open/closed collaboration
In the lobby, elevator doors emphasize
spaces, phone rooms, video editing suites, a
Ogilvy’s signature logo. The reception area
café, a library and a “quiet car” environment
features a custom mural of founder David
that supports heads-down work. Each space
Ogilvy with one of his celebrated quotes: “Aim
is named for a D.C. landmark, eatery or
for the remarkable.”
institution corresponding to its “neighborhood” or location within the office. A straightforward circulation path creates views and connections throughout the office.
◄ café
2016 design annual
23,000 sq. ft. / 2,140 sq. m.
◄ level 3 floor plan
4 2
3
3
6
4
1
2
9
5
4
6 8
3
4
4
7
3
8
6 2
▲ open office
3
2
4
6
1
reception
2
office space
3
conference room
4
team room
5
café
6
phone room
7
production
8
copy + print
9
quiet car
0
5
10
20
40
80ft
▲ quiet car
179
OGILVY WASHINGTON OFFICE
▲ collaboration area
â&#x2013;¼ reception
181
OGILVY WASHINGTON OFFICE
Penn State University Chemical and Biomedical Engineering Building State College, Pennsylvania, USA
Completion: 2018
The design unites two previously separate
between laboratory floors, creating
Flexible zones feature architectural and
departments in a collaborative environment
opportunities for quiet collaboration spaces
mechanical systems that can be converted
that creates academic and research synergies.
away from the research environment.
from wet lab space to computational labs or
Centrally located at the crossroads of a
The north face of each lab floor plan extends
major campus pedestrian circulation point,
incrementally, forming a feathering effect
The facility will strengthen Penn State’s
the six-story building and its site form a
along the facade that breaks down the
research alliances with other university
seamless relationship with the campus and will
glass wall’s scale and connects the space to
organizations including the Eberly College
accommodate future growth.
surrounding trees.
of Science, the Hershey College of Medicine,
The modern, contextual structure is designed
Thirteen research neighborhoods promote
Materials Research Institute and the Institute
as a glass-and-brick mass floating above a
collaboration while communicating “science
for CyberScience.
refined fieldstone veneer base that anchors
on display.” Open research labs and lab suites
the building to the landscape and connects
support research clusters and resource
it to the university’s established greenway.
sharing, and a specialty lab accommodates
“The Prow”—a cantilevered extension to the
low-vibration biomedical and chemical
L-shaped floor plan that resembles a ship’s
engineering research. A 174-seat, tiered
bow cutting through the water—serves as
multi-department lecture hall is located on the
an iconic beacon framing the center’s entry.
lower level to provide direct access from the
The Prow strengthens the vertical circulation
main entrance.
office areas with minimal time, effort or cost.
the Huck Institutes of the Life Sciences, the
◄ shortlidge road entrance
2016 design annual
195,000 sq. ft. / 18,115 sq. m.
183
▲ massing studies
▲ typical lab floor plan
▲ site plan ► ground floor plan 1
main entrance
2
knowledge commons
3
administration
4
bme computer lab
5
che computer lab
6
computer teaching
7
general purpose classroom
8
unit operations lab
9
capstone lab
10 research shop 11 instrumentation lab 12 conference room
10
1
2
9 11 7
12 3
8
7
6
5
4
0
20
40ft
185
▲ view study
PENN STATE UNIVERSITY ENGINEERING BUILDING
▲ aerial renderings
â&#x2013;¼ view from the greenway
187
PENN STATE UNIVERSITY ENGINEERING BUILDING
Pritzker Group Office
189
Los Angeles, California, USA
Completion: 2015
The Pritzker Group, an equity investment,
Mr. Pritzker’s office in the northwest corner.
modular office furniture including sit-stand
private capital and venture capital firm,
Located in the more casual eastern zone is the
desks. Orange swivel chairs in the reception
selected HOK to design an expansion and
venture capital group.
area and phone room give people options for
renovation to its Los Angeles headquarters.
where they want to work.
HOK previously designed the company’s office
In the southeast corner, a large break area and
space in 2004.
lunchroom serve as a central gathering spot. Bright orange finishes and casual bleacher
The design reflects the bright, modern and
seating with a communal table provide all
casual atmosphere of Southern California.
employees with a lively social space around
Timeless professional elegance serves as
the kitchen.
a backdrop to Managing Partner Anthony Pritzker’s contemporary, museum-quality
Private offices are enclosed by a modular
art collection. These vibrant works of art,
glass wall and door system that provides
including six new pieces, inject color and
natural light and stunning views of Los
whimsy throughout the space. Pure white
Angeles. Workstations are on the interior,
gloss paint and solid surfaces offset the firm’s
with casual meetings taking place at the
new orange corporate color.
benches between them. To support the Pritzker Group’s commitment to the health
Office operations are divided into zones.
and well-being of its staff, the office features
Private equity and asset management teams
customized work station casework and
occupy the conservative western zone, with
◄ break area + lunchroom
2016 design annual
6,700 sq. ft. / 620 sq. m.
5
7
8
â&#x2014;&#x201E; level 15 floor plan
4
4
6
1 N.I.C.
3
2
N
â&#x2013;˛ phone room outside large conference room
1
reception
2
kitchen + lounge
3
copy + mail
4
conference room
5
principal's office
6
open office
7
copy + file
8
phone room
0 6 12 24 48 ft
191 ▲ lunchroom + collaboration area PRITZKER GROUP OFFICE
▲ large conference room with telephone room beyond
24
â&#x2013;¼ reception area looking toward conference room
193
PRITZKER GROUP OFFICE
Research and Office Campus for Confidential Client Houston, Texas, USA
Design competition: 2015
This multi-phased plan creates a new research
Each office floor is slightly tiered to shade
and office campus for an international
the floor below it. Metallic screens along the
chemical company.
facade mitigate solar heat gain.
Located on a suburban site west of Houston,
Employees and visitors enter the site from
the project’s first phase includes an office
different access points. Employees enter
building, laboratory and warehouse buildings,
from the west and access a parking structure
parking structures and employee amenities
connected to the office building. Visitors
including a fitness center, a basketball court,
approach from the south, following a tree-
tennis courts and walking trails.
lined drive with a water feature that leads to a guest parking area. An indentation in the
The office building serves as a focal point
office building’s south facade defines the
and gateway to the campus. A free-flowing
entry and draws visitors into the atrium.
design wraps the building around the primary amenities to form a community space. At the
Lush landscaping, water features and trees
center of the building, a shared auditorium,
embrace the site’s suburban context and
dining area and terrace connect employees
reduce the project’s perceived scale. To
and visitors to the natural landscape. An
accommodate future expansion, the site’s
atrium links the office and community spaces.
north-south orientation allows for additional development to the west.
The design of the building’s layered massing and facade help manage the solar conditions.
◄ view of lobby
2016 design annual
750,000 sq. ft. / 69,680 sq. m.
195
9 6 5
10
9
11 12
9 4
12
9 11
▲ typical lower floor plan 3
2
6 1 8
7 4 1
5
2 5
3 2
◄ site plan
▲ level 1 floor plan
1
office building
1
reception
7
auditorium
2
parking garage
2
retail + office
8
garage
3
labs + lab offices
3
security vestibule
9
office + open workstation
4
high bay labs
4
fitness center
10 collaboration spaces + main street
5
warehouse
5
back-of-house
11 shared space
6
gas pad
6
cafeteria
12 open to below
0 25 50 100ft
197
RESEARCH AND OFFICE CAMPUS FOR CONFIDENTIAL CLIENT
▲ aerial view
▲ metallic screen detail
▲ exterior skin detail
â&#x2013;¼view of cafeteria
199
RESEARCH AND OFFICE CAMPUS FOR CONFIDENTIAL CLIENT
Rogers Place and the Ice District
201
Edmonton, Alberta, Canada
The design for Rogers Place and the Ice
called the Winter Garden, is enhanced by
Rogers Place will have the NHL’s largest high-
Ice District: 26 acres / 10 hectares
District creates a dynamic new entertainment
street-level commercial development. The
definition, center-hung scoreboard. More than
destination within Edmonton’s established
solution resolved a practical problem in a way
1,200 TV screens throughout the arena will
commercial and residential neighborhoods.
that enhances the building’s architectural
keep fans connected to the game. Throughout
identity. The fluid form links the arena’s north
the arena, public art installations created
The city of Edmonton and the NHL’s Edmonton
and south sides while functioning as a bridge,
by local and internationally-known artists
Oilers commissioned HOK, in association with
exterior lobby and event space. It also pays
celebrate Edmonton and its culture.
ATB and Dialog, to design a new arena and
homage to Edmonton’s pedestrian culture,
oversee the master plan of an adjacent mixed-
which includes an extensive network of
use district and plaza.
bridges throughout downtown.
The development team assembled a 26-acre
As an extension of the arena’s design, the
parcel of land just north of downtown for the
Winter Garden’s snowdrift form features
project. The Ice District was envisioned in
curvilinear, flowing lines evoking Edmonton’s
collaboration with Shugarman Architecture +
wintry climate and reflecting hockey's energy.
Rogers Place completion: 2016 Ice District completion: 2020
Design, WAM Development Group and Hariri Pontarini Architects as a lively mixed-use
The arena’s facade is made of pliable,
destination. The district includes a community
unpainted stainless-steel cladding, providing
rink, private development, offices, residential
a neutral and sleek backdrop for events
units and parking spaces, as well as a
inside. The steel reflects different qualities of
connection to an existing light-rail system.
light depending on the time of day, creating a continuously changing form.
The design team’s primary challenge was
◄ north elevation
how to connect the arena with the Ice District
Inside, the intimate seating bowl has a range
site. To create a pedestrian-friendly link,
of premium seating options. Loge tables and
the team proposed extending the arena’s
boxes, theater boxes, executive suites, club
footprint over 104 Avenue, one of the city’s
seats and a sky lounge create a variety of
busiest thoroughfares. This elevated entry,
experiences for fans and concertgoers.
2016 design annual
Rogers Place: 18,500 seats
â&#x2014;&#x201E; site plan 1
rogers place arena
2
winter garden
3
community rink
4
mixed-use
5
light rail
6
hotel + condo tower
7
residential tower
8
office tower
9
ice district plaza
10 retail podium
5
10
7
1
9 2 10
6
8
4
3
0 10 25 50 100m
203
ROGERS PLACE AND THE ICE DISTRICT
▲ southwest perspective
▲ aerial view
▲ ice district plaza at night
205 ▲ winter garden ROGERS PLACE AND THE ICE DISTRICT
▲ seating bowl ◄ ice district
San Francisco Public Safety Campus
207
San Francisco, California, USA
Located in the city’s Mission Bay district,
unique identity and important role on the site.
from the structure, wraps the towers from
the San Francisco Public Safety Campus
Through a public art program sponsored by
north to south and minimizes unwanted glare
represents a significant investment in a
the San Francisco Arts Commission, the plaza
and heat gain.
prominent public facility. Sited alongside a
features custom artwork that completes the
Annual EUI: 40.4 kBTU / sf / yr
busy city corridor, the building was designed to
civic composition.
26.3% below ASHRAE 2007
blend into the developing neighborhood while
Completion: 2015
roofs, rainwater harvesting for irrigation and
establishing a distinct presence befitting a
By engaging the building with the site, the
plumbing, low-flow plumbing fixtures, solar
civic landmark.
design aligns the needs of users with efficient
hot water heating, an active chilled-beam
environmental performance. A concrete plinth
cooling system and healthy building materials.
The highly resilient structure houses critical
establishes a secure base for the structures,
municipal services, including the city’s police
which are enclosed in a variegated,
HOK designed the project, which is aiming
headquarters, a district police station and
high-performance glass curtain wall that
for LEED Gold certification, in collaboration
a fire station, under one roof. An adjacent
symbolizes transparency in government.
with Mark Cavagnero Associates.
1920s masonry fire station is rehabilitated for community use.
Two 63-foot-long office wings connect via a transparent east-west oriented core to form
The master plan unifies the new building,
an offset H-configuration that tempers the
composed of two six-story wings, and the
facility’s perceived massing from the street.
two-story fire station into a striking civic
This layout provides daylight, views and
complex. A gracious entry plaza and south
natural ventilation for building occupants. A
plaza connect with generously landscaped
delicate louvered metal scrim, floating apart
sidewalks, reinforcing the historic fire station’s
◄ main entry plaza
Other sustainable elements include green
2016 design annual
264,000 sq. ft. / 24,525 sq. m.
2
1
1
â&#x2014;&#x201E; level 5 floor plan
2
1
terrace
2
office
9
8 â&#x2014;&#x201E; level 1 floor plan 3
7
5 4 7
6
2 1
10
1
historic fire station community building
2
entry plaza
3
main entry with spiral of gratitude memorial
4
lobby
5
information counter
6
media + conference room
7
police department offices
8
fire department apparatus bay
9
fleet parking
10 first responder plaza
5 10 0 20 40ft
209
SAN FRANCISCO PUBLIC SAFETY CAMPUS
▲ roof terrace
▲ view across 3rd street
▲ walkway adjacent to historic fire station
â&#x2013;˛ lobby view toward historic fire station
5 10
211
▲ police department headquarters
SAN FRANCISCO PUBLIC SAFETY CAMPUS
▲ view to roof terrace
â&#x2013;˛ west elevation
â&#x2013;˛ longitudinal section
▼ exploded facade joint 1
pipe strut
2
machined steel spade
3
clevis plates with stainless-steel sleeves at pin opening
4
steel block sleeved into horizontal
5
extruded aluminum horizontal structure
6
extruded aluminum vertical structure
7
paired fasteners for clevis with block connection
8
mated fasteners, flush with adjacent material
9
stainless-steel pin 0
10 steel block sleeved into vertical
5
11 aluminum block infill for visual continuity of vertical aluminum members
10
12 threaded rods to connect steel blocks 13 nut for threaded rod fastening
20 40ft
6 8 13 10
5
213
11 4
1
2
▲ facade joint detail
SAN FRANCISCO PUBLIC SAFETY CAMPUS
3
12
7
9
▲ detail of curtain wall scrim
▲ detail of glass cylinder + oculus skylight
▲ detail of 17' x 10'-diameter etched glass cylinder
1
5
3 4
8
6
► spiral of gratitude section 1
oculus skylight
2
etched glass cylinder
3
steel support gimbal
4
light gauge metal framing
5
rooftop planter soil
6
light shelf
7
bas-relief lettering
8
cast-in-place concrete
2
7
San Francisco Public Safety Campus “Spiral of Gratitude” Lobby Memorial Section and Elevation View
5 10
215
SAN FRANCISCO PUBLIC SAFETY CAMPUS
â&#x2013;º spiral of gratitude lobby memorial
â&#x2013;¼ view across 3rd street
5
10
217
SAN FRANCISCO PUBLIC SAFETY CAMPUS
Shell Woodcreek Campus
219
Houston, Texas, USA
In 2005, Shell selected HOK to develop a
A central quadrangle is the primary organizing
Completed in 2010, Phase II added a six-
43.9 acres / 17.7 hectares
master plan to replace its existing office
element and social center for the campus.
story, 180,000-sq.-ft. office building.
campus on an adjacent parcel of land in
Rather than being a distinct space, the quad
West Houston. Site constraints included
acts as a collection of outdoor gathering
The Phase III expansion included three Class
covenant-required height restrictions, Texas
spaces that are extensions of the surrounding
A, 12-story commercial office buildings
Annual EUI:
Department of Transportation setbacks, and
office buildings.
totaling 1.1 million square feet and two eight-
Phase I: 47.06 kBTU/sf/yr
various easements and land lease expirations
Completion: 2015
Phase II : 53.4 kBTU/sf/yr Phase III:
story, standalone parking structures with a
that impacted the overall development and
Heavily landscaped with plantings from a
combined 3,250 parking spaces. The office
phasing strategies.
reforestation program, the quad includes
buildings have tall interior ceilings, floor-to-
an entry plaza with a central water feature,
ceiling glazing and high-speed elevators.
The original 2005 master plan program was
seating nodes, covered pedestrian connectors
-Building E: 53 kBTU/sf/yr
based on a replacement plan for the legacy
and walking trails. The main corporate dining
The LEED Gold-certified, Phase III office
-Building F: 69 kBTU/sf/yr
campus and included approximately 1.1 million
facility facing the quad features a large green
buildings perform 23 percent better than
square feet of offices, amenities and parking.
roof and an outdoor upper-level activity area
ASHRAE standards and use 32 percent
In 2011, HOK developed an updated master
that links to the parking zones via a spiraling
less potable water than a typical Houston
plan program that expanded the campus to
exterior stair.
commercial office building. Exterior
Phase IV: 56 kBTu/sf/yr
approximately 1.5 million square feet.
sunshading devices, Energy Star roofing, Phase I was completed in 2008 and included
high-efficiency glazing, an underfloor air
The planâ&#x20AC;&#x2122;s three phases have been developed
a six-story, 178,000-sq.-ft. office building,
distribution system and interior occupancy
over the past 10 years. The campus now
a 1,200-space parking garage and a
sensors reduce energy consumption while
includes five office buildings and an amenities
30,000-sq.-ft. amenities building with a
increasing employee comfort.
podium and building. To provide flexibility and
conference center and a fitness complex.
a potential future exit strategy, each office building has an associated parking structure.
â&#x2014;&#x201E; campus quad view with phase III + phase IV office buildings + water feature
2016 design annual
1.5 million sq. ft. / 139,355 sq. m
9
11 3 2
5
1 15 10
13
4 7 11 8
12
4
6
14 11
9
9
0 20 50 100
▲ north elevation phase III office buildings + amenities podium 200ft
221
◄ level 1 plan 1
phase I office building
2
phase I amenities building
10 main campus access
3
phase II office building
11 campus loop road
4
phase III office buildings
12 visitor parking
5
phase IV office building
13 water feature
6
main lobby
14 retention pond
7
cafeteria
15 covered walkway
8
retail
9 parking structure
SHELL WOODCREEK CAMPUS
▲ south elevation phase III office buildings + amenities podium
â&#x2013;˛ campus covered walkway with overlook
â&#x2013;˛ amenities platform
223
SHELL WOODCREEK CAMPUS
▲ retail street with garage beyond
▲ south-north section
▲ exterior stair to garden roof
0
3
6
12
24m
225
SHELL WOODCREEK CAMPUS
â&#x2013;¼ covered connector linking garage to building
227
SHELL WOODCREEK CAMPUS
Soka University of America STEM Expansion Project
229
Aliso Viejo, California, USA
Completion: 2019 Annual EUI: 160 kBTU/sf/yr
The STEM Expansion Project will enable
rooms, open study areas, communication
The south courtyard serves as the primary
Soka University of America to launch a
stairs and science exhibits.
entrance. Anchored by a large heritage
new life sciences program. The building will
tree, an enhanced stone entry court is a
house teaching and research laboratories,
Organized into chemistry and biology
vibrant space that welcomes students into
classrooms, offices and a large auditorium.
research neighborhoods, the building’s
the collaboration spine. Sculptural seating
instructional lab modules allow for hands-on,
areas provide visual connections between
The university’s vision was to develop a state-
interactive teaching and offer flexibility to
collaboration spaces in the building and
of-the-art teaching and research facility while
accommodate a wide range of activities.
the central green. Patios located within the
adding a timeless, elegant building that melds
Core lab facilities, including an aquatics lab,
adjacent light wells offer more opportunities
with the campus’ traditional architecture.
scanning electron microscopy (SEM) and
for interaction.
transmission electron microscopy (TEM), Featuring an inside-out approach to the
accommodate advanced research and help
An existing citrus grove and Gandhi statue
facade design, the structural form embodies
recruit new faculty. Teaming spaces include
guide visitors to Gandhi Hall. A figurative
the program’s values of visibility, transparency
meeting rooms of various sizes and informal
“arroyo,” or passageway, is created by placing
and collaboration. A transparent curtain
collaboration areas.
the new STEM building along this existing
wall connects the interior to the surrounding Located on a prominent site on the northwest
native topography, the arroyo contains patio
and vertical dichroic glass fins project from
entrance of the campus’ academic core,
spaces and connects the entry court to the
the facade.
opposite the Soka Performing Arts Center,
parking lot and to the Aliso and Wood Canyons
the new STEM building forms the western
Wilderness Park beyond.
The design of the building form supports
edge of the central green. The landscape
the university’s desire to display the nature
provides a variety of opportunities for
of the research taking place inside. A linear
students to interact.
arrangement of the program and circulation created an opportunity to expand the eastern corridor into a collaboration spine with meeting
◄ view from northeast
facility. As an extension of the surrounding
campus life. Stone-accented meeting rooms
The team is aiming for LEED Gold certification.
2016 design annual
89,600 sq. ft. / 8,325 sq. m.
6
1
â&#x2014;&#x201E; site plan 3
2
5 4
1
stem expansion project
2
campus entrance
3
peace lake
4
founders hall
5
performing arts center
6
gandhi hall
7
1
5
â&#x2014;&#x201E; level 1 floor plan
6 9
3
2
10
4
8
1
research lab
2
classrooms
3
multipurpose teaching lab
4
chemistry teaching lab
5
support labs
6
prep labs
7
landscaped patio
8
meeting room
9
faculty offices
10 collaboration area
0
1
5 15
5 50
5
► level 3 floor plan research lab
2
meeting rooms
3
future small animal facility
4
faculty offices
5
support labs
6
break room
7
collaboration area
8
open to below
8
3
4 1
2
7
2
100 ft
1
2
6
231
2 5
8
► level 2 floor plan 1
research lab
2
classroom
3
physics teaching lab
4
biology teaching lab
5
support labs
6
conference room
7
meeting rooms
8
faculty offices
9
collaboration area
6
3
4
4
9 7
7
SOKA UNIVERSITY OF AMERICA STEM EXPANSION PROJECT
1
▲ east elevation
▲ north-south section
0
5
15 50ft
233
SOKA UNIVERSITY OF AMERICA STEM EXPANSION PROJECT
â&#x2013;² east-west section
â&#x2013;¼ main entrance
0
5
15 50ft
235
SOKA UNIVERSITY OF AMERICA STEM EXPANSION PROJECT
Spire London
237
London, UK
Spire London will be Western Europe’s tallest
It also provides a visual focus for the western
gardens, landscaped roof terraces, public
67 stories
residential tower. The flower petal-shaped
end of West India Quay. The simple form of
open spaces, and external and internal
771 feet / 235 meters tall
design creates an architecturally distinct
the tower is restrained and elegant while
children’s play areas with rooms for music,
addition to London’s skyline while meeting the
punctuating the historical presence of the
games and art.
city’s growing need for mixed-income housing.
docks. The tower design improves the view of
Completion: 2020
the Isle of Dogs townscape when observed Developed by the Greenland Group, Spire
locally and throughout London.
London will provide 861 private and affordable apartments in a landmark development on
The building meets the ground in a way that
West India Quay in London’s Canary Wharf.
connects to the public realm and adjacent
Each home will have high-quality residential
Grade I-listed warehouses of London’s
space within a flexible, open layout; private
Docklands. Pavilions designed to relate to
amenities; ample daylight and dramatic views.
the scale and proportion of the neighboring historic buildings will be added to the tower’s
A separate, linked development in nearby
base. This lower level features an all-weather
Limehouse will provide 60 more affordable
pedestrian space with uninterrupted views
homes, ensuring that 30 percent of the
along the dock.
development’s residential units are affordable. The project makes significant improvements
◄ view from southeast
Taking advantage of its dramatic end-of-dock
to the public realm, including the addition
location, the landmark tower presents a
of shops and cafés along West India Quay.
striking silhouette from every vantage point.
Community amenities include glass winter
2016 design annual
1.23 million sq. ft. / 114,000 sq. m.
◄ level 28 floor plan 3
3
1
lobby
2
one-bedroom unit
3
two-bedroom unit
2 2
2
2
2 3 1
2
1 3
2
2
2
2
3
▼ ground floor plan
2
3
1
lobby
2
retail
3
meeting rooms
4
winter garden
5
post room
2 2 UP
4
1
2
1
1
3
3
5
UP
4 2 2 UP
DN
▲ east-west section
0 1 5 10 m
239
SPIRE LONDON
▲ north elevation
▲ aerial view
â&#x2013;˛ penthouse view over the river thames
Details of facades and external materials will be subject to detailed design and have been provided her
T Y PI CA LTPI H IG H EL FACA DIG TY YCA PI CA L LE HLIG TV HYH IG PIT LE HCA LE VL EL VHEL FACA H FACA VD EL EVFACA DE DE Y PI CA LEH I LE GDHE LE EL FACA
LEVEL 10 36.260 m
M-4
640
M-4
Details of facades and external materials will be subject to design and have been provided here for informa Details Details of facades of facades and Details external and Details external ofM-3 facades materials and willexternal be willdetailed subject be materials subject to detailed towill detailed bedesign subject design to have and detailed have been design been provided provided and here have ofmaterials facades and external materials will beand subject to detailed design anh M-3
G-3
LEVEL 10
LEVEL 10LEVEL 10
36.260 m
M-4
M-4 1
M-4
M-4 M-4
M-4
M-3
M-3
M-3 2
M-3
M-3 M-3
M-3
LEVEL 10 400 36.260 m
36.260 m 36.260 m
M-4
640
M-4
3110 640
T Y PI CA L HTIG YH PI LE CAVLEL HTIG Y FACA H PI CA LEDV LEEL HIG TFACA Y HPI LE CA DVEL ELH FACA I G H LE DE V ELG-3 FACA D E
LE
36 M
2470
LEVEL 10
G-1 5G-2 G-1 G-3 G-2
G-1
3110
M-3
M M
M
G-3 G-1
LEVEL 09
1 : 20
2
LEVEL 09LEVEL 09
33.150 m
33.150 m 33.150 m
PARTIAL LEVEL 09 SEC 1 : 20
33.150 m
LE M 33
2470
PARTIAL ELEVATION GLAZING AND SLIDING DOOR
2470
1
G-
3110
G-1 G-3 G-3 G-1
M-4
640
33.150 m
3110
G-2G-1 G-2 4
LEVEL 09
12
G-2 G-1 G-2 5 G-1 G-3 G-3 G-2
G-1 G-3
3110
3110
M-3 M-3
640
M-4 M-4
M-3 M-3
2470
M-4 M-4
M-3 M-3
6
M-4 M-4
LE G36
400
36.260 m
M-3
M
2470
G-3
36.260 m
2470
G-1
LEVELG-3 10
M-4
G-2 4
G-2
G-2 G-3 G-3 3
G-3 G-3
3
G-2 G-3
G-1 G-3
M-3
0
G-2 G-3 G-3 3
G-3
M-3
M-3
640
M-4 M-4 Details of facades and Details external of facades materials and Details will external of befacades subject materials to and Details detailed will external be ofdesign subject facades materials and to and detailed have willexternal bebeen subject design provided materials and to detailed have here will been be for design subject informa provid an
L-
G-2
G-2 G-1
G-2 G-2 G-1
G-1 G-2 G-1 G-2
G-2 G-1 G-1
G-1 G-2 24m
1
PARTIAL ELEVATION GLAZING ANDGLAZING SLIDING DOOR LEVEL 09 PARTIAL PARTIAL ELEVATION ELEVATION PARTIAL GLAZING AND ELEVATION SLIDING AND SLIDING DOOR GLAZING DOORGLAZING AND SLIDING DOOR PARTIAL ELEVATION AND SLIDING DOOR 1 : 20 1 1:1 1 1 : 20 20 1 : 20
1
2
33.150 m
1 : 20
PARTIAL GLAZING LEVEL 09 SECTION LE PARTIAL PARTIAL SECT 1 : 20
33.150 m
2
2
1 : 20
1 : 20
Interior 1500
1
1500
241GLAZING PARTIAL ELEVATION GLAZING PARTIAL AND ELEVATION SLIDING DOOR GLAZING PARTIAL AND ELEVATION SLIDING DOOR GLAZING PARTIAL AND ELEVATION SLIDING DOOR GLAZING AND PARTIAL SLIDING SECTION DOOR PAR
1
1 : 20
1
1 : 20
2
external materials will be subject to detailed design and have been provided here for information only.
4
2
AP8101
AP8101 Interior
1500
1500
1
1 : 20
2
3
AP8101 AP8101
Interior Interior
1500
G-2
AP8101Interior
15001500 1500
2
3 2
AP8101
AP8101 AP8101
Interior
AP8101
Interior
1500
1500
3 2
3
AP8101 AP8101
Interior
2
AP8101 AP8101
Interior
3
AP8101
Interior
Material Code M-1 G-1 G-1 G-1 M-1 M-1 M-1 G-1 M-1 1500 1500 1500 1500 1500 1500 1500 Light bronze metal mullion C-1 GRCG-3 Panel G-3 M-4 G-3 M-4 M-1M-4 M-4 LEVEL 10 G-3M-2 Light bronze metal louvre M-4 C-2 Concrete paving panel 400 400 G-2 M-3 Light bronze metal cladding panel 36.260 mG-2 36.260 m 36.260 m Project G-2 G-2 Exterior Exterior Exterior Exterior G-2M-4 Light bronze horizontal fin with perforated soffit G-1 Vision glass Exterior HERTSMERE HOUSE M-4 M-4 M-5 Light bronze aerofoil louvre G-2 Juliette balustrade M-4 1 M-6 Light bronze perforated metal fin G-3 Operable window Prepared For PARTIAL PLAN GLAZING AND SLIDING DOOR PARTIAL PARTIAL PLAN PLAN GLAZING GLAZING AND PARTIAL SLIDING AND PLAN SLIDING DOOR GLAZING DOOR AND SLIDING DOOR M-7 Light bronze perforated metal cladding G-4 Swing Window M-3 PARTIAL PLAN GLAZING AND SLIDING DOOR GREENLAND M-3 1 : 20 M-3 1 : 20 1 : 20 1 : 20 2 M-8 Stainless steel structure support G-5 Shadow box 1 : 20 HERTSMERE G-6 Glass balustrade with brushed stainless steel capping (LONDON) Material Code L-1 Metal louvre G-7 Structural glass fin with metal frame Material Code Code Material Code G-1 Material G-1 M-1 G-1 M-1 M-1 G-8 Opaque laminated G-1 glass privacyM-1 screen Material Code LIMITED M-1 Light mullion C-1 GRC Panel Fritted glass 3D VIEW GL M-1 M-1 bronze Light bronzemullion metal mullion M-1 bronze metal mullion GRC C-1 Panel GRC Panel G-3 C-1M-4 GRC Panelbronze metal G-3 C-1G-9 G-3 Light M-4 metal G-3Light M-4 M-4 G-3 M-1 Light bronze metal mullion C-1bronze GRC Panel Client Location M-2 Light metal louvre C-2 Concrete paving panel G-10 Glass Roof M-2 Light M-2 bronze Light metal bronze louvre metal louvre M-2 Light bronze metal louvre C-2 Concrete C-2 Concrete paving panel paving panel C-2 Concrete paving panel G-3 G-1 3M-3 Light City Tower, 11th Floor, 40 Basinghall Street, M-2 Light bronze metal louvre C-2bronze Concrete paving panel metal cladding panel G-2 G-2 G-2 G-2Light M-3 Light M-3 bronze Light metal bronze cladding metalEC2V cladding panel M-3 panel bronze metal cladding panel London, 5DE Exterior Exterior Exterior Exterior M-3 Light bronze metal cladding panel M-4 Light bronze horizontal fin with perforated soffit G-1 Vision glass G-1 Vision M-4 Light M-4 bronze Light horizontal bronze horizontal fin with perforated fin M-4with Light perforated bronze soffit horizontal soffit fin with perforated soffit G-1glass Vision glass G-1 Vision glass Project No: 14.33020.00 M-4 Light bronze horizontal fin with perforated soffit G-1bronze Vision glass M-5 Light louvre G-2 Juliette balustrade M-5 Light M-5 bronze Light aerofoil bronze aerofoil louvre louvre M-5 Light bronze aerofoil louvre G-2 Juliette G-2 Juliette balustrade balustrade G-2 Juliette balustradeaerofoil M-5 Light bronze aerofoil louvre G-2bronze Julietteperforated balustrade M-6 Light metal G-3 Operable window M-6 Light M-6 bronze Lightfinperforated bronzeAND perforated metal fin M-6 metal Light fin bronze perforated metal fin G-3 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Glass stainless steel balustrade capping steellight with capping brushed stainless steel capping 1 bronze horizontal fin with perforated soffit G-6 Glass balustrade with brushed L-1 Metal louvre G-7 Structural finStructural with metal framefinglass Material Code glass Material Code Material Material steel Code L-1louvre Metal louvrestainless L-1capping Metal louvre G-7 G-7 Structural glass with metal fin withframe G-7 metal Structural frame glass Code fin L-1 withMetal metal frame L-1 Metal louvre G-7 Structural glass fin with metal frame G-8 Opaque laminated glass screen G-2 G-8 Opaque G-8privacy Opaque laminated laminated glass privacy glassG-8 privacy screen screen laminated glassbronze privacy screen 4Opaque 2GRC light metal cladding panel G-8 Opaque laminated screen G-9 FrittedPanel glass G-9 Fritted 3D VIEW M-1 GLAZING AND SLID M-1 Light metal mullionglass M-1privacy Light C-1 bronze metal mullion M-1 Light bronze metal mullion Light metal mu C-1 GRC C-1 GRC C-1bronze Panel GRC Panel 138 | Hertsmere House | Design and Access Statement Volume 1 G-9glass Fritted glass Panel G-9 Fritted glass G-2 G-1 3D bronze VIEW 3D VIEW GLAZ G-9 Fritted glass G-10 Glass Roof Light bronze metal louvre bronze metal louvre M-2 Light bronze metal louvre M-2 Light bronze metal lou C-2 Concrete paving panel C-2 Concrete paving G-10 panelM-2 C-2 Concrete paving panelM-2 LightHOK C-2 Concrete paving panel G-10 Glass G-10Roof Glass Roof Glass Roof 3 operable window G-10 Glassmetal Roofcladding panel 90 Whitfield Street M-3 Light bronze M-3 LightQube, bronze metal cladding M-3 panelLight bronze metal cladding panel M-3 Light bronze metal cla W1T 4EZ, UK fin with M-4 Light fin with M-4 perforated LightLondon, bronze soffit horizontal M-4perforated Light bronze soffithorizontal fin with perforated M-4 Light bronze soffit horizonta G-1 Vision glass G-1 Vision glass G-1bronze Vision horizontal glass G-1 Vision glass t with +44 (0)20brushed 7636 2006 4Juliette glass balustrade stainlessaerofoil louvre M-5 Lightf +44 bronze aerofoil louvre M-5 Light bronze aerofoil louvre M-5 Light bronze aerofoil lo G-2 Juliette balustrade G-2 Juliette balustrade M-5 Light G-2bronze balustrade G-2 Juliette (0)20 7636balustrade 1987 M-6 Light perforated fin LightAll G-3 bronze perforated metal M-6 fin Light bronze perforated metal finM-6 Light bronze perforate G-3 Operable window G-3 Operable window G-3bronze Operable windowmetalM-6 Operable window reproduction & intellectual property rights reserved © 2014 LEVEL 09 LEVEL 09 LEVEL 09 steel capping M-7 Light cladding LightIn Association bronze perforated metal M-7 cladding Light bronze perforated metal cladding M-7 Light bronze perforate G-4 Swing Window G-4 Swing Window G-4bronze Swing perforated Window metalM-7 G-4 Swing with Window 33.150 m 33.150 m 33.150 m M-8 Stainless steel structure support M-8 Stainless structure M-8 Stainless steel structure supportM-8 Stainless steel structu G-5 Shadow box G-5 Shadow box G-5 Shadow box G-5 steel Shadow box support AECOM 5Glass vision glass G-6 Glass balustrade with brushed G-6 stainless Glass balustrade steel capping with brushed G-6stainless balustrade steel capping with brushedProject stainless G-6Manager Glass steel balustrade capping with brushed stainless steel capping 7 L-1 L-1 MidCity Place, 71 High Holborn, London, L-1metal Metal louvre L-1 Metal louvre Metal L-1 Metal louvre G-7 Structural glass fin with metalG-7 frame Structural glass fin with G-7 frame Structural glass fin with metal frame G-7 Structural glass finL-1 with metallouvre frame light bronze mullion WC1V 6QS, UK G-8 Opaque laminated glass privacy G-8 screen Opaque laminated glass privacy G-86 Opaque screen laminated glassmetal privacy G-8 screen Opaque laminated glass privacy screen WSP 138 | Hertsmere House | |Design and Access 1Statement G-9 Fritted glass G-9 Fritted glass G-9 Fritted glass 3D VIEW GLAZING AND 3D SLID V 138 | 138 Hertsmere Hertsmere House House | Design 138 |Statement Design |and Hertsmere Access andVolume Access Statement House | Design Volume and Volume 1 Access 1 Statement Volume 1 G-9 Fritted glass 7Glass metal Structural Engineer 138 | Hertsmere House | Design and Access Statement Volume G-10 1 Glass Roof G-10 Glass Roof G-10 Roof louver G-10 Glass Roof WSP House, 70 Chancery Lane, G-1 G-3
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Building Services Engineer WSP House, 70 Chancery Lane, London, WC2A 1AF, UK
1 : 20
Key Plan
138 | Hertsmere House | Design 138 | Hertsmere and Access House Statement | 138 Design |Volume Hertsmere and Access 1 House Statement | Design 138 Volume and | Hertsmere Access 1 Statement House | Design Volume and1Access Statement Volume + 1 ▲ glazing
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PARTIAL PLAN GLAZING AND SLIDING DOOR 1 : 20
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SPIRE LONDON
▲ view from west india quay ◄ night view from east
Teach for America Headquarters
245
New York, New York, USA
Completion: 2015
Teach for America’s (TFA) headquarters
center provides its teachers with access to
experiences. A video wall in the reception
supports the nonprofit’s mission to provide an
computers, reference materials, copiers and
area enables guests to listen to participants
exceptional education to all children. The office
stationery. Teachers also use the space for
discuss their work. A portrait wall ascending
spans three floors of a commercial building
training and meetings with advisors.
the three-story staircase features more than
in Lower Manhattan and accommodates 600
500 snapshots of students and teachers from
staff members and visiting teachers, alumni,
The design takes advantage of the building’s
donors and board members.
unusual layout by using the H-shaped floor
across the country.
plates to define different areas. Playful colors
Signature letters spelling out “Teach for
Using an education-inspired theme for building
delineate space types and provide wayfinding
America” along the service avenue wall serve
materials and fixtures, the design team
cues that help visitors navigate the large floor
as a community bulletin board where staff can
emphasized TFA’s strong brand throughout
plate. Red zones represent lounges, yellow
pin photos. To keep employees connected to
the space. The office features vintage school
denotes audiovisual booths, turquoise is for
the organization’s national work, conference
desks, globe lamps and letter carpet as well as
touchdown spaces, orange signifies mixed-
rooms named for different cities have
a large, library-style reception desk and wood
use collaboration areas and blue indicates
chalkboard doors that include statistics about
paneling from reclaimed bleachers. Interactive
standing-only brainstorming spaces.
TFA’s presence in each location.
A café overlooking the resource center
HOK collaborated with Pentagram on the
converts into a multipurpose auditorium with
environmental graphics.
surfaces such as chalkboard, markerboard and cork evoke teaching moments. The open environment is equipped with
a double-height screen. Additional resources
collaborative areas that serve the daily needs
along the “service avenue” include a wellness
of staff. Centrally located shared spaces
center for health services, a “tech shack”
encourage interaction with visitors.
offering IT assistance and a mail center.
Because many of the schools served by
The design showcases the individuality of
TFA are underequipped, the resource
TFA corps members and their unique teaching
◄ entry view with reception desk + video wall
2016 design annual
132,000 sq. ft. / 12,260 sq. m.
◄ level 12 floor plan 1
6 4
6 5
5 4
elevator lobby
2
reception + waiting
3
café
4
collaboration area
5
conference room
6
open office
7
huddle room
4
3 6
7 2 6
1
6
4 5
0
5 10 15 20 25
4
1
50
▲ open collaboration + space for growth
▲ café overlooking resource center
0
5
15
25
50ft
247
TEACH FOR AMERICA HEADQUARTERS
15
249
TEACH FOR AMERICA HEADQUARTERS
▲ open office view ◄ resource center + flexible, multifunctional space
Toucheng Beach Center Expansion Yilan, Taiwan
Design completion: 2015 Annual EUI: 95 kBTU / sf / yr
The expansion of Toucheng Beach Center
The seamless integration of the center with
creates a memorable tourist destination
its natural surroundings is evident in the
that celebrates the geography, history and
large-scale vegetated roofs, which appear to
culture of Yilan and its ideal location along the
fold out of the landscape. Glazed openings
eastern shores of Taiwan. Balancing a mix of
promote connections between the interior and
public uses, the project forms a new hub of
exterior environments.
recreation, exploration, learning, creativity and celebration.
The landscape architecture repairs and enriches the site ecology. Meandering
Organized as two angular landforms rising
pathways encourage visitors to encounter
gently from the landscape, the center’s
new gardens, tidal pools and rock formations
architectural language is influenced by the
and to develop a deeper appreciation for
surrounding mountains and shoreline. The
Yilan’s natural habitat.
south building supports group activities while the north emphasizes individual functions.
Natural materials and sustainable systems contribute to the creation of a low-
A dominant east-west axis running through
maintenance, energy-efficient development
the center of the site extends into a pier that
that promotes Yilan’s commitment to
points toward Guishan Island and the eastern
sustainability and cultural identity.
sunrise. Serving as a reminder of the region’s rich history, an existing 20th-century brick observation tower anchors the site.
◄ view from the beach
2016 design annual
30,850 sq. ft. / 2,865 sq. m.
251
現狀場地導覽
Copyright©2015 HOK
EXISTING SITE
建築概念匯報 - 2015年02月10日 Architectural Concept Design - 2015.02.10
▲ foundation
台灣宜蘭頭城海水浴場擴(整)建案 EXPANSION (ALTERATION) OF TOUCHENG BEACH
9
▲ built space
▲ existing site conditions
▲ landscape + architecture
▲ roof garden
▲ chapel interior view to guishan island
9
â&#x2013;ş site plan flower tower
3
artist gathering
4
infinity pool
5
reflection pool
6
wedding chapel
7
entrance gate
8
sculpture garden
9
plaza
7
10
learning center + green roof
2
0
1
10 botanical garden
20
3
11 aquatic garden 12 ocean viewing platform 13 courtyard 14 restored dunescape 15 camping
4 8 50m
5
9
10
2
6
11 253
1
13
15
14
TOUCHENG BEACH CENTER EXPANSION
12
► section perspective: sustainable strategies 1
green roof
2
reduce heat island effect
3
rainwater collection
4
low-e insulation
5
views
6
daylighting
7
landscaped courtyard
8
regional materials
9
landscaping water
1
2 3
10 water-saving plants
5
11 sustainable paving materials
6 4
▼ east-west section 1
administrative
2
café + gallery
3
restaurant
4
windbreak wall
3
1
2
7
10 9 8
11
255
TOUCHENG BEACH CENTER EXPANSION
4
â&#x2013;¼ view from the west
257
TOUCHENG BEACH CENTER EXPANSION
Traverse Conference Table
259
Manufactured by Okamura
A sleek, minimalist design profile distinguishes
to eliminate the need for a center support.
HOK Product Design's Traverse V and
The Traverse X collection has a more intimate,
Traverse X conference table collections.
collaborative oval tabletop form that hovers
The design responds to the shrinking size of
over a visible cross structure.
conference rooms and the need to adapt to evolving technologies.
Power and data connectivity is concealed under the tabletop to ensure a clean,
Inspired by modern architecture and
cable-free workspace while supporting the
made possible by advances in structural
continued evolution of technology with the
engineering, the ultra-thin tabletop, which is
arrival of wireless presentation systems and
less than one inch at its thickest point, can
other office tools.
span up to 20 feet in length and tapers to a knife-like edge.
The tables are available in 14 finishes including traditional wood veneers and
With a rectangular tabletop shape, the
reconstituted wood in a variety of colors
Traverse V collection features a simple canted
and patterns.
leg design echoed on either side of the table
â&#x2014;&#x201E; v collection
2016 design annual
Completion: 2015
▲ 20-foot span free of center support
▲ x collection cross structure + v collection canted leg
▲ x collection conceptual framing
▲ v collection conceptual framing
▲ cable management overview
▲ wiring + outlet
261
TRAVERSE CONFERENCE TABLE
â&#x2013;² ultra-thin veneered honeycomb structure
University of Chicago William Eckhardt Research Center
263
Chicago, Illinois, USA
Completion: 2015
This new research center provides a home
transform the facades throughout the day.
Carefully planned interaction spaces include
for the University of Chicago’s first molecular
James Carpenter Design Associates served
a 150-seat conference room, pre- and post-
engineering program and Nobel Prize-winning
as design consultant to HOK in the creation of
event space, a café, light-filled hallways and
physical sciences research groups. The
the dynamic building enclosure. Each facade
corner collaboration areas with open views,
research that takes place here extends
is uniquely responsive to the site and its
and writable surfaces like whiteboards and
from the smallest scale possible to the
public realm, harnessing light as an organizing
chalkboards. Each floor is considered a
largest imaginable, ranging from molecular
principle that enhances the building’s
neighborhood, with a home base at the north
manipulation to increasing humankind’s
performance and human experience.
end providing the largest gathering spaces.
understanding of the universe. The world-class research teams based in this
On the building’s top floor, an open balcony
The vision for the design was to foster the
building work across multiple disciplines in
provides a view of the Chicago skyline to
interdisciplinary collaboration required to
chemical, electrical, mechanical and biological
the north. Placing exit stairs at the exterior
transcend traditional scientific boundaries and
engineering as well as the traditional materials
provides natural light and outdoor views that
generate transformative breakthroughs.
and physical sciences. The five floors above
encourage their use.
grade provide flexibility and infrastructure for Located on the main campus south of
lab types ranging from optics to chemistry. A
Supporting the center’s mission of driving
downtown Chicago, state-of-the-art
“racetrack” plan places labs in the center of
the research and development of renewable
laboratories, offices and collaboration spaces
the floor and offices on the perimeter of upper
and environmental resources, the facility is
support ambitious research for the university’s
floors. Two of the center’s seven floors are
expected to achieve LEED Silver certification.
Department of Astronomy and Astrophysics,
below grade, enabling the university to isolate
the Kavli Institute for Cosmological Physics,
highly specialized labs, including the Pritzker
the Institute for Molecular Engineering and the
Nanofabrication Facility cleanroom and a
Dean’s Office of Physical Sciences.
high bay assembly lab, from vibration and electromagnetic interference.
Extensive use of glass on the exterior links occupants to nature and enables light to
◄ view of science quadrangle from west
2016 design annual
277,000 sq. ft. / 25,735 sq. m.
1
6
7
4
2
9
5
8
3 â&#x2013;˛ site plan 1
north science quadrangle
6
truck dock
2
accelerator building
7
large conference room
3
south ellis avenue
8
cafĂŠ
4
hazardous production materials area
9
office
5
lobby
1
public + support
2
office
3
lab
4
conference + collaboration
5
building support
0 8 16 32ft
265
UNIVERSITY OF CHICAGO WILLIAM ECKHARDT RESEARCH CENTER
▲ lobby with view toward north science quadrangle
▲ building organization
4 3
3
6 3
2 1
5
2 2
5 3
3
3
5
4
â&#x2013;˛ level 3 floor plan
1
immunoengineering lab
2
support labs
3
offices
4
conference rooms
5
informal collaboration space
6
home base psd
2 3 3
6 1 7 8 5 2
5
9
9 4
â&#x2013;˛ level 2 floor plan
3
3
4
3
1
soft materials lab
2
support labs
3
offices
4
conference rooms
5
informal collaboration space
6
home base ime
7
freight elevator
8
open to below
9
bridge connection
0
8
16
32ft
267
UNIVERSITY OF CHICAGO WILLIAM ECKHARDT RESEARCH CENTER
â&#x2013;² soft materials lab
â&#x2013;˛ kavli institute for cosmological physics high bay assembly lab
269 ▲ pritzker nanofabrication cleanroom facility + view corridor UNIVERSITY OF CHICAGO WILLIAM ECKHARDT RESEARCH CENTER
▲ light-filled conference room with high visibility
271
UNIVERSITY OF CHICAGO WILLIAM ECKHARDT RESEARCH CENTER
▲ lobby with 2-story space + skylight ◄ lobby skylight
University of Portland Beauchamp Recreation & Wellness Center Portland, Oregon, USA
As a new front door for the urban campus and
connects users to the outdoors and the scenic
The design accommodates both the athletic
a recruiting tool for the University of Portland,
surroundings. At night, the center projects
department and recreation department by
the Beauchamp Recreation & Wellness Center
a two-story beacon of light that filters out
providing multifunctional administrative
needed to impress current and potential
toward the campus and draws students
spaces. The building’s 79 percent space
Annual EUI: 60 kBTU / sf / yr
students. The bold, iconic design encourages
toward the activity inside. Materials from
utilization rate is significantly higher than the
29% below ASHRAE 2007
a spirit of wellness that carries over into the
the campus, including a signature brick and
national average of 68-72 percent for campus
everyday lives of the center’s users.
western hemlock wood, are incorporated in
recreation and wellness centers.
Completion: 2015
modern ways. The design team collaborated with students,
Close collaboration among HOK, local
administrators and the athletic department to
To put users at ease, the design
architectural partner Soderstrom and
determine their shared goals for the facility.
incorporates a wide range of program
construction manager Skanska enabled the
One objective was to create an environment
spaces within approachable, intimate
team to expand the program while staying
that welcomes all levels of users. Another
fitness neighborhoods. Traditional spaces
under budget.
was to provide generous program space while
such as gymnasiums, exercise studios
reflecting the small-school feel of the campus
and a suspended track are enhanced with
and ensuring the best return on investment.
unique amenities including a 32-foot-high climbing wall, an outdoor pursuits center
◄ main entrance
Located near six student residential buildings
and a functional training area with a covered
and adjacent to the university’s basketball and
courtyard that allows for outdoor activities
baseball venues, the center functions as the
during all weather conditions. An equipment
new heart of the campus community.
rental center enables students to take their
Glazing around all sides of the building
fitness endeavors on the road.
2016 design annual
73,000 sq. ft. / 6,780 sq. m.
273
3
7
7
3
14
1
15
13
11
8
12 5
10
4
2
3
â&#x2013;˛ site plan 1
recreation lawn
6
entry plaza
11 locker rooms
2
bicycle repair access
7
bioswale
12 outdoor recreation + bike shop
3
outdoor seating area
8
entry + check-in
13 team practice gym
4
bicycle parking
9
climbing wall
14 recreation gym
5
functional training courtyard
10 administration
15 strength + weight room
9
6
0
10
20
50ft
275
UNIVERSITY OF PORTLAND BEAUCHAMP REC CENTER
â&#x2013;² climbing wall
▲ welcome desk
▲ gymnasium
▲ gathering space
▲ fitness neighborhood
▲ jogging track
277
UNIVERSITY OF PORTLAND BEAUCHAMP REC CENTER
▲ group fitness studio
â&#x2013;¼ entry plaza
279
UNIVERSITY OF PORTLAND BEAUCHAMP REC CENTER
University of Washington Husky Stadium Renovation
281
Seattle, Washington, USA
70,000 seats Completion: 2013
The renovation to Husky Stadium creates an
ensures that the stadium remains one of the
The design links the stadium with the
ideal setting for college football on an urban,
nation’s loudest.
new Sound Transit light-rail station to the
lakeside site. The design preserves the history
southeast. A 200-stall parking garage
of the 1920 stadium and its sweeping views of
New concessions, restrooms, lobby space,
constructed beneath the south bowl and
Lake Washington and the Cascade Mountains
high-resolution video boards and a variety
stands fulfills parking needs with minimal
while transforming it into a state-of-the-art
of seating options enhance the game-day
interruption to fans.
70,000-seat venue.
experience. Premium seating includes six
suites and 60 club seats on the field level
A retail component and the University of
The project is an example of how client
and 2,500 club seats, 30 suites and 30 loge
Washington Sports Medicine Center promote
organizations, designers and facility operators
boxes on a dedicated club level.
year-round activity within the stadium.
beautiful and sustainable. The rebuilt stadium
A new football operations building within the
Husky Stadium received Salmon-Safe
helps the university recruit student athletes,
west stands connects the unified seating
certification through the Pacific Rivers
provides a distinct home-field advantage and
bowl to the field and provides state-of-the-art
Council, which recognized its pollution
enhances the fan experience.
facilities for players, coaches and staff. The
capture, stormwater capture and construction
building includes home team lockers, weight
activity pollution reduction strategies. The
Complete demolition and reconstruction of
and training rooms, a recruiting lounge,
venue won the inaugural Sustainability Award
the lower bowl and south-side stands bring
coaches’ offices, team meeting rooms and
from the National Association of Collegiate
fans closer to the action. By preserving the
support spaces.
Directors of Athletics and USG Corporation.
can collaborate to create a venue that is both
building’s iconic metal roofs, the design
◄ student entry
2016 design annual
930,000 sq.ft. / 86,400 sq.m.
10
1
9
3
7
2 4
6 5
8
club + vip entry
6
southeast entry plaza
7
loading docks/
8
existing football
9
existing softball
broadcast yard practice field
200ft
sound transit station
5
100
student entry
4
50
southwest entry plaza
3
25
northwest entry plaza
2
0
1
stadium 10 existing arena
◄ site plan ► entry plaza
283
UNIVERSITY OF WASHINGTON HUSKY STADIUM RENOVATION
► football operations center
â&#x2013;˛ end zone building
0
25
50
100
200ft
285
▲ south sideline
UNIVERSITY OF WASHINGTON HUSKY STADIUM RENOVATION
▲ plaza entry gate
▲ entry plaza sketch
287
UNIVERSITY OF WASHINGTON HUSKY STADIUM RENOVATION
▲ reclaimed wood entrance ◄ seating bowl
Xixian River Landscape Competition Xixian, Shaanxi Province, China
This plan restores and reinvigorates the
The plan proposes the adaptive reuse of
865 acres / 350 hectares
Sha River corridor, reconnecting it to local
existing bunds, which currently limit site
ecological, urban and cultural systems to
access, into a landscape framework that
support a new metropolitan center.
accommodates community amenity spaces.
Once part of a broad network of waterways
Restoring balance to a previously devalued
that fed the city and region of Xiâ&#x20AC;&#x2122;an, the river
resource, the revitalized landscape supports
was converted into a flood control mechanism
the construction of an urban center that
in the 1950s. Subsequent infrastructure
welcomes thousands of new residents.
Design competition: 2015
projects further degraded the river, disconnecting it from adjacent communities
By decreasing the reliance on traditional
and the regionâ&#x20AC;&#x2122;s ecological systems.
infrastructure and strengthening connections between the natural and urban environment,
To revitalize this natural resource, the design
the plan creates a new prototype for
proposes repurposing an existing village into
sustainable redevelopment.
a community center that forms the heart of a new district. Renewing the river and its landscape reintroduces sustainable local food production systems. Effective stormwater management strategies enable the collection, treatment and reuse of site runoff, contributing to a green infrastructure.
â&#x2014;&#x201E; town center aerial
2016 design annual
3.5 million sq. ft. / 325,160 sq. m.
289
â&#x2014;&#x201E; site plan
9
8
7
4
5
6 3 2
1
1
gateway water park
2
event lawn
3
reed beds
4
central retention pond
5
cultural village
6
urban farm
7
showcase farm
8
wetland boardwalk
9
wetland ponds
0 80 160 400 m
291 ▲ circulation network
▲ green infrastructure
▲ eco restoration
XIXIAN RIVER LANDSCAPE COMPETITION
▲ public amenities
6
1
8
5
3 7
2
4
â&#x2013;˛ eco lifestyle zone: landscape zones 1
reed bed system
9
2
urban farm
10 permanent stream
3
outdoor sports courts
11 filtration
4
medical city
12 infiltration
5
landscape canopy
13 evapotranspiration
6
event lawn
14 detention
7
eco stream
15 treatment
8
performance stage
habitat
reed bed
check dam
11
11
9
13 12
10 9
pervious paver
15
detention cell
setting pond
â&#x2013;˛ eco lifestyle zone after rain: green infrastructure
14
bioswale
293 ▲ eco lifestyle zone XIXIAN RIVER LANDSCAPE COMPETITION
▲ eco lifestyle zone with rainwater management
â&#x2013;¼ northwestern aerial view
295
XIXIAN RIVER LANDSCAPE COMPETITION
Youthscape at Bute Mills
297
Luton, Bedfordshire, UK
Completion: 2015
Youthscape, a UK-based charity organization
feeling while maintaining the integrity of the
feeds enable youth social workers from
that seeks positive transformation in the lives
historic brick structure. In the reception area,
across the country to participate in virtual
of young people, enlisted HOKâ&#x20AC;&#x2122;s help to design
a feature wall by London artist Jason Bruges
training sessions.
the renovation of Bute Mills, a 1904 former
incorporates car parts manufactured in the
steam flour mill in Lutonâ&#x20AC;&#x2122;s town center. HOK
Luton area.
provided more than 380 hours of pro bono
operating costs. The team reused timbers
architecture and interior design services to
A cozy living room and training kitchen on
removed from the roof in the new structural
transform the historic industrial building into
the lower ground floor create a multipurpose
solution and in the design of the reception
an active youth center.
area for tutoring and relaxation. Other floors
desk. FSC-rated timber; low-VOC, water-
incorporate space for training, mentoring,
based paints; and low-energy LED lighting
The 10,000-sq.-ft. Bute Mills building enables
events and offices. Beneath the original wood
promote a healthy environment.
Youthscape to expand its programs and assist
beams, an open auditorium on the top floor
more young people. The renovations include
promotes collaboration between staff and
the installation of new heating and electrical
students for education and training.
systems, insulation, windows, significant structural work and a new interior layout.
Youthscape envisions that Bute Mills will become a national hub for innovation in youth
â&#x2014;&#x201E; existing building on bute street
Sustainable and low-energy strategies reduce
The renovated center features vibrant interior
work. New conference and event facilities
finishes, inspiring environmental graphics
support this mission, providing space for
and colorful furnishings that evoke a youthful
teacher training and inspiration. Audiovisual
2016 design annual
10,000 sq. ft. / 930 sq. m.
0 1 5
▲ first floor plan
10m
299
▲ sectional perspective ◄ pantry
YOUTHSCAPE AT BUTE MILLS
▲ ground floor plan
Image Credits
Abu Dhabi National Oil Company Headquarters...................................... Tim Griffith BBC Worldwide Headquarters.................................................................. Paul Grundy Brigade World Trade Center...................................................................... HOK, Yoga Balaji, Dr. Suchet Chaudhary 18Broadway.............................................................................................. John Iiams, HOK Cardiff University Centre for Student Life...............................................Stefan Augustyn, HOK Consumers Credit Union Headquarters....................................................HOK Design Competition for Confidential Client—Ferry Terminal.................. DeStijl Design Competition for Confidential Client—Metro System................... DeStijl Dr. D.Y. Patil University Multispecialty Hospital ......................................ATCHAIN Equinox River Oaks Fitness Center...........................................................Mabry Campbell FC Barcelona New Palau Blaugrana Arena .............................................. Per Brunkstedt, Stefan Augustyn, SBDA, HOK Hachette UK Headquarters.......................................................................Paul Grundy Hartsfield-Jackson Atlanta International Airport Passenger Terminal Modernization.......................................................... ATCHAIN, A-TRACE Digital Technology Co.,Ltd Hillwood Office Tower Design Concept.................................................... ATCHAIN, M2 Studio HOK Office.................................................................................................Sam Fentress
2016 design annual
The IRYS System....................................................................................... Images courtesy of Clestra Hauserman January 8th Memorial and Presidio Park ................................................. HOK Kentucky International Convention Center ............................................. Methanoia @4240 Laboratory and Office Building .................................................. Matthew McFarland Master Plan for Confidential Biopharmaceutical Company..................... Frontop Memorial University of Newfoundland Core Science Facility.................. Cicada Design Inc., Frontop Nanjing Financial City Center................................................................... ATCHAIN Ogilvy Washington Office......................................................................... Robert Benson Photography Penn State University Chemical and Biomedical Engineering Building..................................................................................HOK Pritzker Group Office.................................................................................Eric Laignel Research and Office Campus for Confidential Client.............................. A-TRACE Digital Technology Co., Ltd Rogers Place and the Ice District..............................................................Images courtesy of Ice District JV San Francisco Public Safety Campus ...................................................... Tim Griffith, Bruce Damonte Shell Woodcreek Campus ......................................................................... Hedrich Blessing Soka University of America STEM Expansion Project............................. Babak Aliabadi, Nephew Spire London..............................................................................................BezierCG, Visualhouse, Millerhare, HOK Teach for America Headquarters.............................................................. Ari Burling Toucheng Beach Center Expansion ......................................................... Chaoran Render Studio Traverse Conference Table ...................................................................... Images courtesy of Okamura
University of Chicago William Eckhardt Research Center ..................... Tom Rossiter University of Portland Beauchamp Recreation & Wellness Center......... Christy Radecic, Stephen Cridland University of Washington Husky Stadium Renovation............................. Christy Radecic, Doug Scott Xixian River Landscape Competition........................................................ ATCHAIN Youthscape at Bute Mills...........................................................................Paul Grundy, Ben Hodson, Glowfrog
2016 design annual