ARCHITECTURE
ENGINEERING
PLANNING
INTERIORS
BIM
THE FIRM & THE TEAM 1
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Introduction
We are Focus Design Partners, a design firm with regional and international affiliations. We have established a solid practice throughout the Middle East, and have won many local architectural commissions in a very short period of time. Our increase in skilled in-house staff and continuous success in providing high quality architectural services has encouraged many internationally acclaimed companies to form joint ventures though collaborative partnerships to deliver the highest quality of design and master planning for clients in the Middle East. Our staff are licensed and Registered with the American Institute of Architect (AIA) and with the Union of International
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Architects (UIA). In pursuit of the highest level sustainability
to building design and construction, in order to ensure the
standards for building, our company is registered at the United
long-term success of the project. The Focus Design Partners -
States Green Building Council (USGBC) with in-house LEED
team provides professional service excellence in the areas of
accredited professionals, in addition to registering the compa-
Architecture, Engineering, Master Planning, Design, and Land-
ny with the Gulf Organisation for Research and Development
scape Architecture, and we are able to draw from resources of
(GORD) with in-house GSAS accredited members. Our project
more than 350 professionals worldwide.
partners are leading World Class companies not only in the field of Engineering, but also in areas relating to Infrastructure, Urban Planning and the Environment. Focus Design Partners strives to support our clients at every stage of the development process, from the concept analysis 5
Partners and Alliances Map
Albert Kahn Michigan, USA
Focus Group Romania Focus Group Portugal Focus Group Algeria
Albert Kahn Alabama, USA
Focus Partners Lebannon
Focus Group Cape Verde
Focus Design Partners Qatar
Focus Group S. Tome and Principe
Albert Kahn Brazil
The Firm
Focus Design Partners (FDP) is a design company with over 40 years of experience in the field of Architecture, Engineering, Design, and Project Management. Since its inception, Focus Design Partners has established a solid design practice within the international market particularly in the Middle East, having won many architectural commissions from prominent clients. Focus Design Partners aims to act as a reference provider in the design consulting and project management sectors though the delivery of high quality services, the exercise of exacting standards, and the continuous development of its capacity to deliver to progressively demanding markets.
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Focus Design Partners has been established in Qatar for more
gineers, urban planners, and landscapers in sectors such as
than 7 years. The increase in the company's skilled in-house
urban planning, healthcare, education, governmental institu-
staff and continuous success in providing quality architectural
tions, sport facilities, residential, and office building. Today,
Partners & Alliances Map and engineering services encour-
Focus Design Partners is able to draw on resources from over
aged many internationally acclaimed companies to team with
350 plus certified engineers and architects executing design
Focus Design Partners on several specialized design disci-
and project management works from around the world for the
plines and projects. Focus Design Partners in Qatar is in al-
different building sectors.
liance with Focus Group (FG) of Portugal, Algeria, Angola, Romania and Focus Partners (FP) in Lebanon. Focus Group is a globally integrated design consultancy and project management practice with a multidisciplinary team of architects, en7
Services
By providing integrated services, Focus Design Partners constitutes a single point of contact with full accountability towards its client. We have made our mission to eliminate the "grey area" of interdisciplinary coordination by providing a complete package of services, where the frontiers are clear, and where all the different components of the project are carefully integrated, enabling us to provide a comprehensive solution. Our most essential values are our accountability and the excellence of the services we provide. We are guided at all times by an unwavering independence from all market agents, focusing exclusively on the defense of our client's interests.
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We thrive to produce and results that create the best environ-
The Combined services deliver world-class solutions in the
ment possible to the users of the buildings we design, and the
following disciplines:
urban spaces we plan, as well as to the communities in which
1. Architecture and Master Planning
they are interested. We believe in the importance of the qual-
2. Landscape Architecture
ity and excellence of the built environment as a precondition
3. Project Management
for the development of thriving communities, the success of
4. Structural and Civil engineering
businesses, and the efficiency of institutions.
5. Mechanical, Electrical and Plumbing (MEP) 6. BIM Management
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P RO G RA M M IN G CO N C E PT U A L DESIGN
DE M O L I T I O N
S I M U LA T IO N S & A N A LY S I S
F AC I L I TY M ANAG E M E N T
BIM
P H AS I NG & CONS T R U CT I O N P LANNI NG
D E TA I LE D DESIGN
CO S T E S T I M A T IO N
3D COO R D I N A T I O N
Q U A N T I TY S U RV E Y
DOCUMENTATION FA B R I CA T IO N
BIM
BIM is a growing industry trend that is changing the way that planning, design, construction, and facility operations are conducted and, as such, changing the face of the industry as a whole. BIM uses computer-based simulations to study and validate project design and construction before they actually take place. It is far more than basic 3D modeling; BIM is a business approach that integrates multiple streams of project-related information. BIM moves users away from the traditional "document-centric" approach, which only addresses the capital construction side of a facility, toward a "data-centric" approach, which supports the facility lifecycle operation. The result is more effective and efficient design, estimating,
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scheduling and construction phases. BIM breaks down tradi-
el which consists of all discipline, rather than having it sepa-
tional barriers related to interdisciplinary collaboration, facil-
rately. This is done to ensure that the design process will have
itates off-site prefabrication, improves design options, and re-
improved decision making, along with production of higher
duces risk, rework, and cost. BIM also allows for the integration
quality designs which can help reduce costs and in the end
of construction phasing through project scheduling software,
improve overall quality of building and construction schedule.
automated quantity takeoffs, automated costing based on the
Focus Design Partners has a strong belief in BIM as a new
integration of materials pricing software packages, and green
standard in producing, delivering and managing project files
building analysis, among others.
in construction industry. With those kind of projects in hands,
BIM in general, as a process of designing a building, can be
customers can use them for a potential management during
used in a variety of options, to progressively build and update
lifecycle of a building, and even in the process of its termina-
models of any client facility by using one comprehensive mod-
tion, all the way to the demolition phase. 11
BIM Clash Detection Structure vs HVAC
BIM is a growing industry trend that is changing the way that
The result is more effective and efficient design, estimating,
planning, design, construction, and facility operations are con-
scheduling and construction phases. BIM breaks down tradi-
ducted and, as such, changing the face of the industry as a
tional barriers related to interdisciplinary collaboration, facil-
whole. BIM uses computer-based simulations to study and
itates off-site prefabrication, improves design options, and re-
validate project design and construction before they actually
duces risk, rework, and cost. BIM also allows for the integration
take place. It is far more than basic 3D modeling; BIM is a
of construction phasing through project scheduling software,
business approach that integrates multiple streams of proj-
automated quantity takeoffs, automated costing based on the
ect-related information. BIM moves users away from the tra-
integration of materials pricing software packages, and green
ditional "document-centric" approach, which only addresses
building analysis, among others.
the capital construction side of a facility, toward a "data-cen-
BIM in general, as a process of designing a building, can be
tric" approach, which supports the facility lifecycle operation.
used in a variety of options, to progressively build and update
12
BIM Clash Detection Structure vs Firefighting
models of any client facility by using one comprehensive mod-
tion, all the way to the demolition phase. In our everyday work
el which consists of all discipline, rather than having it sepa-
we strive to use new technologies that help us do projects
rately. This is done to ensure that the design process will have
faster, with higher quality and better coordination. With this
improved decision making, along with production of higher
in mind, we've set ourselves on a BIM journey a long time ago
quality designs which can help reduce costs and in the end
and for many years now we employ BIM applications in our
improve overall quality of building and construction schedule.
projects because we've realised their full potential and ben-
Focus Design Partners has a strong belief in BIM as a new
efits directly in practice. Similarly, our sub-consultants have
standard in producing, delivering and managing project files
recognised the good side and have been using it, each in their
in construction industry. With those kind of projects in hands,
own discipline, for a long period. This way, through intensive
customers can use them for a potential management during
collaboration, we are able to bring out the best of BIM as a
lifecycle of a building, and even in the process of its termina-
concept of work in modern era. Many different 13
BIM Drainage model
disciplines in our company utilise BIM, across various types of
forward. Autodesk Revit Architecture, Revit MEP, Navisworks-
projects, ranging from residential and commercial, all the way
Manage and similar are our programmes of choice, with var-
to specialised types such as hospitality and healthcare. All of
ious plug-ins for data mining and analysis that enhance our
them exploit BIM potential, from concept design to technical
productivity.
design to project handover.
We see the BIM not as the future. Not even as a near one. BIM
We use BIM, among other areas, for: buildings design, build-
is the present. And it is here to stay. Many other countries are
ings analysis, quality assurance and quality control, standards
on their BIM way, Qatar being one of them. To share our ex-
check, estimations, quantity takeoffs, clash detections and
periences and knowledge, we involved ourselves with other
clash avoidance, programming, visualisation.
industry leading companies into bringing together BIM stan-
We're mainly Autodesk applications based company, but are
dards for the state of Qatar. We see this disruption in common
definitely open to exploring new options that can push us
practice as an opportunity to progress, both individually and
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BIM HVAC model
as a team. This team of highly skilled people is in charge of
at the beginning of the project, as well as Discipline Specific
creating, maintaining and updating all BIM Support Files and
Seminar which shall try to explain specific issues of each dis-
Documents concerning our projects. Besides that, they shall
cipline involved.
act as a support to architectural and engineering teams involved in the project. They shall take special care for regular updates of BIM Standards Manual. This team is also responsible for creating and maintaining all BIM content that is being used in this project, as well as creating, maintaining and surveilling the Project Site Model (SM), Project Information Model (PIM) and Facility Information Model (FIM). In addition to that, they shall hold Project Kickoff Seminar 15
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P RO J E CT S P O RT F O L I O
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CORPORATE
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H O S P I TA L I T Y
42
H E A LT H C A R E
50
HIGH RISE
60
RESIDENTIAL
68
S P O RT S & L E I S U R E
76
INTERIOR
80
STRUCTURAL ENGINEERING
106
R A I L W A Y E X P E R I E N C E I N P A R T N E R S H I P W I T H F E R C O N S U LT
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I N PA RT N E R S H I P W I T H A L B E RT KA H N A S S O C I A T E S
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H E A LT H C A R E
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EDUCATION
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INTERIOR
168
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ECQ E 09 & 10
The design proposal regards the two separate lots, E9 and E10, as one campus and proposes a design solution that consists
Location:
Energy City, Lusail, Qatar
Date:
2013 - under tender
Abdullah Abdulghani Nasser & Sons Trading and Contracting Company
Role:
the last level. The building is approached by a pedestrian access from both
Built-Up Area: 11,627 sqm Client:
of one building with two distinct wings that are connected at
Design, Management, Supervision
the north and south. Hence, an important North-South axis was established that separates the east and west wings and along which the central passage was laid out. This passage enlarges into an open-sky atrium at the heart of the campus.
LEED SILVER
The concept behind the atrium space is to be the unifying element for the two wings and the element that makes the site be viewed as one campus. The overall architectural concept behind our design proposal is that of a crystal or a diamond form with either slanted or straight vertical planes in the form of triangles, whose alter-
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nation or interplay forms the elevations. The dramatic effect
ysis of climatic conditions. The glazing is minimized to ap-
of these slanted surfaces is carried throughout the atrium
proximately 40% of the aggregate elevation surface, in order
where its effect is that of being enclosed by canyon walls.
to comply with UPDA requirements as well as per ASHRAE
Both building entrances, one for each wing, open into the atri-
90.1-2004.
um. The building entrances are purposely hidden inside the
The building floor plans provide for large floor areas with a
atrium so as to guide the occupant through it before they en-
wide exposure to natural light. Cores are located centrally to
ter the building. The experience of the canyon effect is im-
leave optimum leasable area along the building perimeter.
posed on the visitor by locating the entrances in the space of
Mezzanine level accounts for 74% of ground floor and pro-
the atrium.
vides a large overlook of the two-story entrance foyer. The
Because of its location and access, the building's north and
prominence of the entrance foyers is reinforced by escalators
south elevations attain an equal importance. Although the ac-
in each wing running along the north facade. Common spaces
tually entrances are hidden inside the atrium, both north and
include a roof garden, accessible to all building occupants. A
south entrances are marked by dominating canopies that lead
part of the roof is also reserved for the installation of photo-
the visitor into the collective common space.
voltaic panels to take advantage of a large annual amount of
The treatment of the elevations takes into account a site anal-
sunlight to produce renewable energy. 21
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ECQ D 06 & 07
The two plots, D6 & D7, offer two different but very complimenting office buildings. Simple volumes are intersected by
Location:
Energy City, Lusail, Qatar
Date:
2011
full-height projecting walls and shaded by large canopies. Both buildings provide habitable exterior spaces in the form of shaded balconies and roof gardens.
Built-Up Area: 12,700 sqm
Day lighting is a major factor, and hence skylights are provid-
Client:
Al Dalcel
Role:
Design, Management, Supervision
ed to bring light all the way down into the ground floor atrium spaces in both buildings.
LEED SILVER
The two buildings are similar in the choice of material: natural stone cladding for the exterior walls, double glazed windows and large metal grill shading walls wrapping around the glazed volumes. Each building attains a different feel to it: the first is matched with colors of water, while the second, with colors of the sun. A common garden space is created between the two buildings.
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Another garden space is the top of both buildings, where an extensive green roof is proposed to reduce heat island effect and provide a habitable relaxation space for the building occupants. The two buildings share an underground parking on two levels. Access is provided by a separate ramp on the side of each of the building. On-ground parking is completely shaded for the comfort of the occupants and to achieve credit under LEED certification system. Water fountains and an elaborate landscape design to fit with design guidelines for the entire ECQ development fill the rest of the property land.
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ECQ D 17
The design proposal takes into consideration the orientation of the building and proposes a wide welcoming northwest el-
Location:
Energy City, Lusail, Qatar
Date:
2013
evation that is facing the main road, i.e. main point of entry. The elevation curves as the road curves and hints a sense of continuity. The same notion of continuity is further achieved
Built-Up Area: 6,054 sqm Client:
Qatar Finance House
Role:
Design, Management, Supervision
through the use of architectural forms, such as the triangle, that are more directional (vectorial) rather than complete. Such an element is found in the skewed wall on the north
LEED SILVER
faรงade, which completes the main curve and suggests a visual movement upwards. As part of the site analysis, a climatic investigation was performed to establish the microclimatic site conditions that influence the architectural design. It was concluded that prevailing winds are from the North and North-West (the direction in which the building is facing). A sun diagram was drawn to
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determine the position of shading devices and opaqueness/
boldness to the main faรงade that holds the most importance
transparency of the facades. The building uses horizontal
since it's facing the main street. The imposing character of this
shading devices with adjustable elements that control the
suspended volume is pacified through the large openings in
admittance of light into the office spaces. South and west fa-
the mass that let in natural light. In addition, the suspended
cades are covered with a metal mesh that provides protection
canopy that follows the curve of the volume above counter-
against direct sunlight and glare.
acts this visual massiveness by the illusion of being extreme-
The building's architectural design revolves around the notion
ly light, hanging only on several cables. The east faรงade also
of continuity, which at the end attains a certain quality of both
offers its share of drama with the main volume being cut at
boldness and elegance. The softness of the northern curve is
the top and extended outward at the bottom where it also
contrasted with the rigidity of the triangular form of the sec-
receives the penetrating volume of the second exit stair. The
ond exit stair in the southeast. The central (highest) triangular
west side of the building comprises of a volume whose floor
volume (with its curved front facing north) is envisioned in
line follows the upward curve of a stair inside that connects
a very light color so as to be immediately readable but not
the ground floor to the mezzanine level and curves around a
imposing. The added cantilevered volume that repeats the
two-story interior garden space.
main northern building curve adds a very strong presence and 29
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ECQ B 05 & 06
The design proposal combines two lots in the Energy City Qatar into one "campus" where the two buildings are connected by an enclosed
Location:
Energy City, Lusail, Qatar
Date:
2012
"bridge" on the mezzanine level, which becomes an open promenade on the level above. The two buildings are accessed centrally, through a shared courtyard space immediately behind a drop off area. The cen-
Built-Up Area: 2,700 sqm Client:
Osama Hadid
Role:
Design, Management, Supervision
tral courtyard is seen as a shared commonplace, somewhat protected from the weather elements, that expects a frequent usage. It is envisioned as a landscaped area decorated with urban furniture. The two buildings are similar in their layout. They both offer a full
LEED SILVER
5-story high foyer, enclosed by glazed wall on the upper three floors and by a balcony on the mezzanine level. The two buildings contain centrally located cores, which comprise of the major vertical circulation elements as well as all service areas. Office areas are allocated at the perimeter of the building where there is the maximum exposure to daylight. The overall design intent in this project was to alternate rigid and curved forms in each building and between the two individual buildings. These forms come to an end against vertical inclined walls, which
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project upward in a bold gesture. One of the buildings offers a
will provide thermal relief on the building envelope.
rounded-off volume facing the major road to the north, which
Major design intent within our proposal is the location of ter-
is lifted off the ground. Both of its rounded corners are empha-
races all along the perimeter of the two buildings, both to
sized by solid materials while the central area is left glazed.
alleviate the massiveness of building volume and to provide a
The other building offers a rigid north volume comprising of
pleasant exterior space for the building occupants. All terrace
pyramidal and triangular elements. The two volumes are vi-
spaces are "tucked in" into the surrounding building volume so
sually combined by two elements: an entrance canopy that
as to shade them almost completely.
starts on ground level, at the east side of one of the buildings
The design proposal also takes into consideration the exten-
and extends upward towards the other building to define the
sive roof area and proposes its utilization as a roof garden and
entry into the shared courtyard. This entrance canopy is sus-
a surface for the installation of solar panels and photovoltaic.
pended from another, considerable larger canopy that extends
The roof area will be partly shaded by the large canopy that
over the roofs of the two buildings and "crowns" them.
extends over both buildings.
Looking at the south side of the lot, the two buildings' volumes are switched in terms of their curvilinear and straight lines. The first now has a cylindrical volume on the background of a smooth inclined wall while the second presents two cubes, rotated and intersected, one glazed, the other one - grilled mesh. The space between becomes and air circulation space that 33
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D-Ring Showroom Location:
Doha, Qatar
Date:
2011
Built-Up Area: 12,000 sqm Client:
General Trading
Role:
Design
Located in one of the most visited locations in the city of Doha, the D-Ring building will compose of showroom space for green materials as well as offices and an entertainment center. The design takes on the form of a miracle ship flying though clouds, formed by an extensive volumetric glazing structure that marks the main entrance and wraps around the north side of the building. The white color of the ship is complemented with the patterned bris-soleil covering the glazing and reinforcing the resemblance of a cloud.
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Campus of Justice Location:
Parque des Na莽贸es, Lisbon, Portugal
Date:
2009
Built-Up Area: 65,000 sqm Client:
Norfin S.A.
Role:
Design, Management, Supervision
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Microsoft Headquarters Location:
Parque des Naçóes, Lisbon, Portugal
Date:
2006/2010
Built-Up Area: 6,200 sqm Client:
Pavilhão Virtual S.A.
Role:
Design, Management, Supervision
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Al Shuyukh Luxury Hotel Location:
Corniche, Doha, Qatar
Date:
TBD
Built-Up Area: 30,000 sqm Client:
TBA
Role:
Design
The Shuyukh Port carries a historical significance that our design team has chosen to interpret within a fictional narrative that tells the story of a fisherman. The site is seen as the arrival point of a fisherman, who has lost his way home and who, just in the time of his final desperation and exhaustion, has been miraculously granted treasures from the generous Arabian waters - food and fresh water. With his hunger alleviated and his thirst satiated, he finally sees dry land and brings his treasures to the foreign but hospitable city shores and makes them his new home. The hotel becomes the idea of marking the arrival point of the fisherman and remains a reminiscent gesture towards a historical past that is part of the local culture and needs to endure through time. The form of the building is an obvious resemblance of a boat, contemporary in form, but recognizing
44
and incorporating the local architectural spirit. We have cho-
city artery - the Corniche, while the north end is the bow of the
sen to acknowledge the innovative spirit of the Qatari design
boat, which is "docked" into the hotel pool. The hotel offers
community and thus, to interlace the traditional and the mod-
balconies to the majority of rooms.
ern in an artistic abstraction that carries the values of the past
The building incorporates two major architectural elements
into the forms of the future.
- white solid parts and metal brise-soleil cladding over the
The design proposes a highly contemporary form, varied in
glazing. Our choice of materials carries the idea of the pu-
all elevations and in height, which however incorporates the
rity of a pearl (white) with the transparency and reflectance
local architectural spirit in an abstract but very recognizable
of the water (metal brise-soleil with shiny silver finish). The
way. Moreover, the hotel is positioned with reference to the
white solid parts will be of composite fiber cement sheets
existing Museum of Islamic Art to its east side, offering an ex-
with epoxied and sanded joints and thermo-shield ceramic
tensive view towards it from the rooms located along the east
paint coating. The metal brise-soleil is a weave of traditional
facade. The other major reference is the skyline of downtown
Islamic pattern that provides a much-needed shading to
Doha, which has been acknowledged by offering an extensive array of rooms with views on the west side of the hotel. The main entrance to the south welcomes visitors from the major 45
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Troia Design Hotel Location:
Tr贸ia Set煤bal, Portugal
Date:
2008
Built-Up Area: 45,000 sqm Client:
CHT Casino Hotel Tr贸ia S.A.
Role:
Design, Management, Supervision
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Longevity Wellness Resort & Spa Location:
Monchique, Algarve
Date:
2005/2008
Built-Up Area: 35,000 sqm Client:
Longevity Group
Role:
Design
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National Health Laboratories
The State of Qatar has an important role in the field of health-
Location:
Mesaimeer area, Doha, Qatar
The concept of our proposal is based on three factors: site in-
Date:
2015
tegration with respect to the Master plan and climatic condi-
care and rectifies this role in erecting the National Health Laboratories of Qatar.
Built-Up Area: 12,700 sqm
tions; functional distribution to achieve optimum spatial use;
Client:
Public Works Authority
and, an outstanding quality of architectural design that gives
Role:
Design, Management, Supervision
the building its iconic character and comfortable and friendly working environment. Site integration involves a response to the conditions set in the approved master plan. Our proposal takes into consideration the orientation of the building and proposes a wide welcoming north-west elevation that is facing the main road, i.e. the F-ring road. The elevation curves as the road curves and hints a sense of continuity. The same notion of continuity is further achieved through the use of architectural forms that are more directional rather than complete. Such an element is found in the torched north faรงade which completes the main curve and suggests a visual movement upwards.
52
The functional distribution takes into account the require-
ments set in the master plan with regard to allowable built-up
future laboratories, if required. Walls and casework within
area, land coverage, parking spaces, and others. Moreover the
each lab will follow a singluar module for an ease of change
main facilities functions rely on the requirements of the end
and adjustment.
users and their needs but not only based on the project brief
The form of the building is an obvious resemblance of dy-
but also relied on the continuous workshops and discussions
namic to static, reflecting on the evolution within the built up
with all the Laboratory Stakeholders. The building floor plans
environment in the State of Qatar, not only in a contemporary
provide for large, regular shaped laboratories areas, where
form, but also recognizing and incorporating the local archi-
modularity shall dominate and flexibility takes place in every
tectural spirit. We have chosen to acknowledge the innovative
room to be created.
spirit of the Qatari design community and thus, to interlace
Each of the five laboratory divisions (Food Safety, Drug Safe-
the traditional and the modern in an artistic abstraction that
ty, DPCS, Environmental Health and Protection, and Reference
carries the values of the past into the forms of the future. The
Standards and Testing) is arranged in a similar pattern and
building's architectural design, as mentioned before, revolves
have been established for an effective generic room layout
around the notion of functionality, continuity and flexibility,
that will suit the needs for the majority of the laboratory re-
which at the end attains a certain quality of both boldness
quirements, that can be expanded though the combination of
and elegance. The building consists of three main volumes.
modules. Similar locations are identified in each laboratory
The main point of entry from the north consists of sample
for fume hoods, equipment, utilities, and architecturally sig-
receiving and administration areas, the central main body con-
nificant equipment to allow for the utilities to be predictable
sists of the laboratory facilities, and at the south-end tail, the
in the placement within labs. Support areas follow the same
supporting and sample disposal areas.
modular planning principles for ease of reconfiguration into
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Mixed-Use Tower Location:
Lusail, Qatar
Date:
2008
Built-Up Area: NA Client:
TBA
Role:
Concept
Mixed-Use Tower is a highrise concept design with mixed use contents. It was with intention for corporate and residential use, with each tower facilitating respective uses. We found inspiration in organic and geometric anamorphic shapes. Organic plinth that surrounds the building represent the natura treasure of Gulf area - sand dunes, while sharp and dynamic geometry of towers resemble contemporary style in world of architecture. The diagonal slash is used to divide the total building's volume and height, giving it more atractive form.
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Marina District Tower
Option 1
Location:
Lusail, Qatar
The first option was to create two dancing towers surrounding
Date:
2014
the central core. The towers tapered as they rose and com-
Built-Up Area: 49,600 sqm
prised a glass and a solid tower. The solid tower reached the
Client:
Assets
peak of 41 stories while the glass tower stopped at 29 stories.
Role:
Concept for design competition
The solid tower was realized with an articulated pattern comprising the openings.
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Option 2
Option 3
The second option was created by the intersection of 2 vol-
The third option rose from a triangular plan enlarging and
umes, a solid L shaped volume, and the square glass volume.
then turning back tapering towards the final height of 40 sto-
A 2 and 1 pattern was created dividing the curtain wall and
ries. The main street front faรงade tapers outward and back
solid window extrusions. The tower rose as one volume to the
while the side facades remain straight, articulated with a pat-
top roof garden of 39 stories. The glass volume is cut with hor-
terning derived from the client's logo, which shades the tower.
izontal fins at each level and the two volumes are separated by a finned inset. 67
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Porto Arabia Towers 2B, 10B, 16A, 14B Location:
The Pearl, Doha, Qatar
Date:
2015
Porto Arabia is The Pearl-Qatar's first & largest precinct, a dynamic shopping, dining and residential district also known to be the Island's vibrant cosmopolitan heart! A ring-shaped island with beautiful landscapes reminiscent of lush European gardens, PortoArabia features 31 luxury con-
Built-Up Area: 275.000 sqm
dominium towers crowned by four elite two towers, crowned
Client:
The Land
by four elite two-story penthouse units with breathtak-
Role:
Management, Supervision
ing views. Evokin the architectural styles of Mediterranean Europe as viewed through a uniquely Arabic lens, the towers connect to the inner ring of the bustling retail district via secluded garden courtyards. The multi-level townhomes, numbering near twenty per parcel, bridge between the landscaped tower gardens and the retail promenade along
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the waterfront marina.
The island in connected to mainland with a main causeway
sanal tiles while other references to Arabic design include a
consisting of 4 lanes going onto the island and 4 lanes lead-
souk-like marketplace and several domes recalling Byzantine
ing out. One lane on each side of the traffic is dedicated for
architecture.
support services and deliveries by commercial vehicles ser-
Tropical and baroque in ambiance, The Pearl-Qatar's Porto
vicing the different retail and F&B outlets on the island man-
Arabia is inspired by the glamour of the Riviera's Cote d'Azur
aged by the island's sophisticated traffic system to route the
and the architecture of the Mediterranean's ports of call - from
vehicles vehicles to the shortest shortest path to their desti-
Andalusia to Alexandria. The design celebrates the Riviera,
nations destinations.
also pays homage to the confluence of ideas inherent to the
Porto Arabia's horseshoe arches evoke The Great Mosque of
history of Mediterranean trade and Moorish design.
Cordoba, Spain, while its filigreed walls, arabesques and slender-columned arches recall grandeur of the Doges' Palace of Venice. This district reveals lush interior courtyards encircling fountains to authentically conjure the romanticism of Grena a's Alhambra. Stunning geometries grace Porto Arabia's arti-
71
Fayed Residence Location:
Beirut, Lebannon
Date:
2011
Built-Up Area: 2.000 sqm Client:
Hani Al Fayed
Role:
Design, Management, Supervision
72
73
Albadi Residence Location:
Doha, Qatar
Date:
2012
Built-Up Area: 1.200 sqm Client:
Hamad Albadi
Role:
Design
74
75
76
77
Sport Benfica e Lisboa Location:
Lisboa, Portugal
Date:
2002/2003
Capacity:
65,000 seats
Client:
Somague, Sport Lisboa e Benfica SAD
Role:
Design, Management, Supervision
78
Fortaleza 2014 WC Stadium Location:
Fortaleza, Brazil
Date:
2008/2012
Undertaking Area:
230,000 sqm
Construction Area:
162,000 sqm
Client:
State of Caerà/ Galvão Andrade Mendoça Consortium
Role:
Design, Management, Supervision
79
80
81
National Health Laboratories
The main concept behind the Interior Design is related with integrating the exterior and the interior in a contemporary fashion.
Location:
Mseemir area, Doha, Qatar
The interior is to be designed in a manner that incorporates
Date:
2015
not only the inherent hexagonal pattern running on the faรงade
Built-Up Area: 31.000 sqm
but also establishes a link with nature. The hexagon was cho-
Client:
Public Works Authority
sen because it has strong connections with nature but is also
Role:
Design, Management, Supervision
considered a symbol of Heaven, having spiritual significance. Geometrically, it is a shape that is similar to the circle and being associated as having the perfection elements of a circle. The hexagon is a shape that one finds many references for in nature. Honeycombs, water crystals, and diamond crystals being a few examples. In Islamic art, the geometric patterns that are employed are symbolically significant. Repetition is often seen in the geo-
82
metric patterns displayed in Islamic art. The underlying pur-
in projects that match the scale of NHL so that it is easier for
pose behind this repetition is to create a pattern that is infinite
the person to reach their desired destination without encoun-
and hence could be imagined to extend beyond the material-
tering or entering into prohibited spaces. Zoning in the NHL
ity of this world. The continuation of a shape in various pat-
is done in a manner that distinctly divides the public areas
terns in Islamic decoration hints towards the idea of unity and
and the functional/working zones. The working zones are fur-
simplicity conveyed by a simple method of repetition.
ther divided according to their technical categories and even
The use of color is a matter of importance in the design of the
for the technicians way-finding should be planned accurately
spaces. The colors should be warm and cooling to the eyes
to avoid people wandering. Color is the tool that will guide
and that contribute to making the area more inviting. Lighting
people from one destination to the other. The signage and
has a huge impact on how the colors are perceived by the
way finding project will be developed and fully detailed in the
occupants of the building, so the decision on color cannot be
Technical Design phase.
made in isolation. The lighting intensity should be such that it complements the textures and colors used and not distort it. Other than having a visual impact, colors will also be used to orientate people within the building. Way-finding is essential 83
84
85
86
87
88
89
Curve Hotel Mezzanine Floor
The Interior Design of the Mezzanine Floor of the Curve Hotel was designed in a manner that the spaces would exude luxury and richness. The color palette, the aesthetics, and the func-
Location:
West Bay, Doha, Qatar
tional aspect of the floor were combined to produce a unique
Date:
2015
flavor of elegance, practicality, and comfort. To achieve all the
Built-Up Area: 520 sqm
above mentioned, there are certain tools that can be used to
Client:
-
our advantage, most notibaly the use of natural textures and
Role:
Interior design, Renovation
warm tones and hues. The main concept behind the Interior Design for the Mezzanine Floor is to have an aura of luxury and an environment that is cozy yet inviting. A sense of harmony is to prevail with the way the use of materials is distributed between the various spaces on the floor. Wooden panels, glass, and the use of chrome in details shows the attention to detail that brings the area together. The earthy, natural tones used throughout the
90
space bring a sense of warmth that would lighten the areas of
cove lighting sandwiched between them, and fabric backed
daily use for the inhabitants. Upon entering, one encounters
MDF panels add richness to the area. The meeting rooms
the lush thick carpet spread all throughout the lobby that is
have the same theme that is prominent throughout the floor.
bordered with marble strips. Along one side of the Reception
Wooden panels running from the walls to the ceiling with
Lobby, adjacent to the glass faรงade, the marble gives way to an
sandwiched lighting between the two panels offer a pleasant
opening in the floor that is covered with pebbles. This inter-
zone for the placement of the meeting room. The white panels
section of natural elements with those of luxury offers a hum-
on either side further enhance the presence of these wooden
bling yet unique look to the interior. Stark white panels on the
panels and offer a breathing space to the dark tones of the
walls lined with chrome strips serves as the dividers to add el-
wood.
egance and detail to the space. The ceiling on the ends of the lobby has strips of recessed wooden beams complementing the stark whiteness of the walls and offers a peaceful connection to the beige hues of the floor. The same colors flow into the flooring of the elevator lobby. The walls and the ceiling, however, offer a glimpse of darker tones. Wooden panels with 91
92
93
Darwish Villa Location:
West Bay Lagoon, Qatar
Date:
2012
Built-Up Area: 3,000 sqm Client:
Al Darwish
Role:
Management
94
95
96
97
BNP Paribas Bank Location:
Doha, Qatar
Date:
2008
Built-Up Area: 1,000 sqm Client:
BNP Paribas
Role:
Design, Management, Supervision
98
99
100
101
QATARI DIAR New Office HQ Location:
Lusail City, Qatar
Date:
2010
Built-Up Area: 13,000 sqm Client:
Qatari Diar Real Estate Co.
Role:
Design
The intent of New Qatari Diar Building is to create a new office building to be seamlessly integrated in terms of design with the existing QD Visitor's Center. The design of the new building follows guidelines established by the QD design team, who has provided a preliminary concept design as the basis for the final new office building massing and appearance. The objective of the Architectural Consultant is to integrate the preliminary concept design with the functional requirements imposed by the Client and to deliver a functionally feasible and aesthetically appealing new office building.
102
103
Al Shuyukh Luxury Hotel Location:
Doha, Qatar
Date:
TBD
Built-Up Area: 30,000 sqm Client:
TBA
Role:
Concpet
104
Longevity Wellness Resort Location:
Portugal
Date:
2011
Client:
Longevity
Role:
Design, Management, Supervision
105
106
107
Services
Structural design & analysis: 1. Reinforced Concrete and Steel Design & Analysis
Neo Spectrum Engineering Consultancy Co. W.L.L., has a wide
- Medium and High Rise Buildings
range of specialized services to suit the needs of our clients.
- Commercial Buildings - Industrial Structures - Highways, Roads and Infrastructures 2. Design Investigation 3. Value Engineering 4. Finite Element Design 5. Post-Tension Design & Review 6. Post-Fix Anchors Design & Review
108
7. Carbon Fiber Retrofitting Analysis
Interior design & architectural services
Pipe stress analysis
1. Architectural Design
Pipe Stress Analysis Reports for the following:
2. Interior Rendering
1. Chilled Water Pipes
3. REVIT Modeling (Structural, Architectural, and MEP)
2. Deluge Pipes
4. Clash Detection
3. Other MEP Services
5. Coordination with other trades
4. Pipe Support Design 5. Clash Detection
Shop drawings
Geotechnical analysis
1. General Arrangement
1. Soil Nailing and Anchoring DesignWWW
2. Bar Bending Schedule
2. Micropiling Design
3. Steel Assembly and Fabrication Drawings
3. Shoring System Design
109
REVIT Modeling REVIT Modeling (Structural, Architectural, and MEP), Clash Detection, Coordination with other trades 110
G
I
H 3800
130 120
1130
3800
570
1980
1980
320
600
780
130 120
7600
W15
W15
W15
2 R 0 210
W15
80
3
250
300
1200
W15
1530
200 mm BLOCKWALL
25mm THK. CEMENT PLASTER WITH ACRYLIC PAINT FIN. COLOR: AS PER ARCHITECT'S APPROVAL
4
2
8450
A-3054
GF-LIVING-ELEV B
4900
GF-LIVING-ELEV A 1
GF-LIVING-ELEV D
4000
FFL +0.43
5
2
A-3055
1 GF-LIVING-ELEV C
1530
2350
200 mm BLOCKWALL
140 110
25mm THK. CEMENT PLASTER WITH ACRYLIC PAINT FIN. COLOR: AS PER ARCHITECT'S APPROVAL
6
CONS. STAMP & SIGNATURE
MUNICIPALITY STAMP
CONSULTANT:
1
LIVING AREA DETAILED FLOOR PLAN
2
1 : 30
DETAILED FLOOR PLAN 3D
MAIN CONTRACTOR:
NEO SPECTRUM TECHNICAL SERVICES PROJECT TITLE
PROPOSE VILLA ( G + 1 FLOOR ) LOCATION CLIENT
AL WUKAIR SHEIKA ALANOOD ABDULRAHMAN M A AL-THANI
DRAWING TITLE
DRAWING NO.
GF LIVING AREA
A-3051
DETAILED FLOOR PLAN, 3D PREPARED BY
NSTS
PROJECT NO.
P - 299
DATE
01/07/14 TAG
SCALE
1 : 30
APPROVED BY
CHECK BY DATE
6990
6992 300
2290
300
3000
120
200
200
200
6392 1618
REFER TO RFI NO. 32
1655
(10 EQUAL TREAD SPACE @ 300 mm.)
4200
B12 (200X800) ST1-STW3
4 7. 79 E2 2191 N406209.957
X56
keyplan
GATE
X48
ST1-STW3
STAIR-1
200
3
102
2
6
GATE
ST1-STW1
3830
200 SSL +17.50
1
8
ST1-STW1
3825
3425
ST1-STW2
ST1-STW1
3825
3425
ST1-STW2
SSL +13.99
SSL +12.24
1100
1100
200
1 : 50
200
200
60 159
3250
250
250
ST1-STW1
LANDING +10.49
3250 1354
LANDING +8.74
300
79
60 2037
GRND. SERVICE LEVEL
200
1737 120
300
91 (10 EQUAL TREAD SPACE @ 300 mm.)100
300
P.O. Box 2137, Doha-Qatar Tel: +974 - 4426 9111, Fax: +974 - 4466 3002
250
SEG Qatar
Société d' Entreprise & de Gestion Qatar l.t.d
Al Atyaah Building
P.O Box: 24469 Doha, Qatar (CR 27549) Maamourah 56, Haloul Street Tel: +974 44327911 - Fax: +974 44327889; Email: qatar@seglb.com
Drawing Title
STAIR-1 DETAIL General Arrangement
600
1 255
-6.20 m
Dara Engineering Consultants DOHA, QATAR
Main Contractor
SSL -6.20
9
1324
200
200
FIRST BASEMENT
ST1-STW4
ST1-STW4
120
Hill International Doha, Qatar
1655
LANDING -3.14
300
2808
250
10 (8 EQUAL TREAD SPACE @ 300 mm.)
167
250
60 250 LANDING -4.63
1354
1775
120
18 2217
7
1354
300
2337
Barwa Bank Doha, Qatar
P.O. Box 21835, Doha-Qatar Tel: +974 - 44358381, Fax: +974 44358343 Consultant
250
DN
7
2718
SSL +6.99
SSL +8.74
37
P.O. Box 27778, Doha-Qatar Tel: +974 - 44488888, Fax: +974 44488889 Project Management
300
27
250
ST1-STW1
ST1-STW2
1 1355
3825
SSL -6.20
3425
ST1-STW1
3825
3425
ST1-STW2
SSL -4.63
SSL +0.05
1655
LANDING -0.01
250
2 1355
180
165
2217
2037
LANDING -1.66
UP
165
79
165
(10 EQUAL TREAD SPACE @ 300 mm.)
165
90
1775
120
3232
200
200
+0.05 m
UP
H.E SHK. Saoud Bin Abdulah Al Thani Doha, Qatar
250
48
GROUND FLR.
ST1-STW3
Principal Owner
Client
LANDING +1.82
1774
1B 1355
9 (8 EQUAL TREAD SPACE @ 300 mm.) 1
59
300
1617
300
3000
3417
6392 1618
SSL +3.55
250
300
REFER TO RFI NO. 32
1775
3 1355
ST1-STW3
10/07/14
Issues\Revisions
1655
LANDING +3.66
250
6992
300
2400
250
200
6392 2217
3250
+3.55 m
6992 300
ISSUED FOR APPROVAL
BOULEVARD MALL PROJECT
UM SLAL MO, Doha-Qatar
1775 120
167
250
Y02
1 : 50
00
Project
300
STAIR-1 MEZZ. SERVICE LEVEL
107
5
Y02
1 : 50
167
STAIR-1 GROUND FLOOR
Date:
SSL +7.05
LANDING +6.99
69
250
2
R.E.
300
120
LANDING +5.32
250
1917
3083
200 300
167
1100
1774 1655
120
+7.05 m
355
3167
3000
(10 EQUAL TREAD SPACE @ 300 mm.) 5092
300
200 300
23700
1100
159
250
MEZ. FLR.
1738
355
Approved Approved with comments Rejected, to be resubmitted
Eng'r.
Date:
Corrections or comments made relative to submittals during this review does not relieve the contractor from compliance with the requirements of his Contract, drawings and specifications. This review is only in respect of general conformance with the design intent of the project and general compliance with the information given in the Contract documents. The contractor remains responsible, among other things, for the design of the project or such parts of the project he has design responsibility for (if design forms part of the Contract), for confirming and correlating all quantities and dimensions, selecting fabrication processes and techniques of construction, coordinating his work with that of other trades, and performing his work in a safe and satisfactory manner, all in accordance with the Contract.
3250
200
200
90
122 ST1-STW4
3000
SSL +10.55
101
250
113
59 ST1-STW4
(10 EQUAL TREAD SPACE @ 300 mm.) 5092
Project Name: RFS No.:
300
120
159
1354
49
1737 300
= STRUCTURAL SLAB LEVEL = SETTING-OUT POINT = TOP = TO BE CONFIRMED = TOP OF CONCRETE = TOP OF STEEL = UNLESS NOTED OTHERWISE = UNDERSIDE
250
1738 1618
1774 1654
120
60
ST1-STW2
3825
3425
ST1-STW1
3825
3425
ST1-STW2
300
7
SSL +14.05
112
MEZ. SERVICE LEVEL
159
200
200
120
+10.55 m
DN
7
= FINISHED GROUND LEVEL = GENERAL ARRANGEMENT
code 3
123
300
LANDING +12.24
SSL +10.49
SSL +12.24
= EXPANSION JOINT = FAR FACE = FINISHED FLOOR LEVEL
code 1 code 2
1654
1738 1618
250
DN
SSL +17.50
LANDING +13.99
+14.05 m
101
UP
SSL -0.01
SSL SOP T TBC TOC TOS UNO = MAKE-UP LEVEL U/S = NEAR FACE = QATAR CONSTRUCTION SPECIFICATION
EJ FF FFL FGL GA MUL NF QCS
300
1655
ROOF FLOOR
SSL +1.82
OTHER RELEVANT CODES OF CONSTRUCTIONS.
200
6392
3310
120
ST1-STW3
UP
D
ALL WORKS ARE TO BE CARRIED OUT TO Q.C.S. AND
SSL +17.50
300
3000 (10 EQUAL TREAD SPACE @ 300 mm.)
112
IN
BUILDER TO CHECK ALL DIMENSIONS AT SITE PRIOR TO CONSTRUCTION, ASSEMBLY OR FABRICATION OF ALL WORKS.
D.
200
6392 1618
REFER TO RFI NO. 32
C.
250
300
37
W
ALL DIMENSIONS ARE IN MILLIMETERS UNLESS OTHERWISE
250
1655
300
Y02
6992 300
120
ST1-STW3
Y02
250
3000 (10 EQUAL TREAD SPACE @ 300 mm.)
48
S
STATED.
Y02
200 300
1 : 50
200
6692 1617
X20
LEGEND:
355
STAIR-1 ROOF FLOOR LEVEL
5060
6992 300
N N E
4
NO DIMENSIONS ARE TO BE SCALED FROM THIS DRAWING.
B.
STAIR-1 ROOF TOP LEVEL
6992
6
Y02
Notes A.
7190
9
3000 (10 EQUAL TREAD SPACE @ 300 mm.) 4737
300
200 300
X56
9 5. 65 E2 2157 N405879.557
2882
355
1 : 50
Y24
9
6
X48
X36
18
GATE
ST1-STW4
1738
2700 (9 EQUAL TREAD SPACE @ 300 mm.) 4737
STAIR-1 GRND. SERVICE LEVEL
3
8 0. 45 E2 2181 N405907.997
5
X06
300 200
250
200
200
2037 300
6 9. 51 E2 2176 N405902.796
GATE
X01
6390
123
ST1-STW4
13
Y24
300
1354
113
0 5. 35 E2 2168 N405896.024
0 7. 58 E2 2172 N405899.422
8 5. 19 E2 2143 N405819.557
ST1-STW4 7
1354
14
19 1 1. 95 E2 2142 N405824.507
1C 1355
DN.
79
6 6. 27 E2 2201 N406018.576
7 3. 41 E2 2201 N406000.776
10
0 4. 67 E2 2164 N405891.078
017 1. 65 E2 2156 N405877.218
A
1A 1355
STORAGE
4 7. 59 E2 2194 N405970.687
11
16
7
EN
GATE
20
12
70
7
AREA OP
1
1 5. 94 E2 2136 N405947.340
15
SSL +3.66
2 5. 60 E2 2194 N406173.179
4 7. 51 E2 2150 N406022.885
2
X06
X01
1 0. 89 E2 2137 N405960.588
Y01
DN
GATE
7
4 4. 27 E2 2164 N406085.242
X20
3430
112
UP
SSL +5.32
5 3. 12 Y01 E2 2193 N406200.472
5
6 5. 63 E2 2184 N406177.055
4
X36
GATE 3
59
ST1-STW2
200
ST1-STW3
69
K
1655
MA
120
1
00
200
300
2700 (9 EQUAL TREAD SPACE @ 300 mm.)
B12 (200X800)
300 200
6392 1917
SHEET NO.
REVISION
DATE
Y02
REFER TO RFI NO. 32
Y02
Y02 6992 300
01/07/14
4
200 300
3000
300
5092
355 1100
Scale
200 300
7 1
STAIR-1 1ST BASEMENT 1 : 50
4
STAIR-1 MEZZ. FLOOR 1 : 50
As indicated
Drawn
STAIR -1 SECTION 1 : 75
8
EBD/AMG
STAIR-1 3D VIEW
Proj. Start Date Arch/Engr
Head Arch/Engr
QA/QC
PM
Project No.
DWG. NO.
Rev. No.
550-SEG-1-DWG- 1354
BAR BENDING SCHEDULE
00
115
T
25
6525 *
3
3
19575
00
116
T
25
7825 *
3
3
23475
00
117
T
25
10325 *
5
5
51625
00
118
T
25
7950 *
5
5
39750
00
119
T
25
5575 *
5
5
27875
00
120
T
25
4175 *
2
2
8350
00
121
T
25
6275 *
3
3
18825
00
122
T
25
8075 *
3
3
24225
00
123
T
25
124
T
6825 *
3
3
20475
00
25
5400 *
3
3
16200
00
125
T
25
3975 *
3
3
11925
00
126
T
25
4200 *
3
3
12600
00
127
T
25
2425 *
3
3
7275
00
128
T
25
5625 *
3
3
16875
00
129
T
25
7075 *
3
3
21225
00
130
T
25
8500 *
3
3
25500
00
131
T
25
11350 *
3
3
34050
00
132
T
25
9925 *
3
3
133
T
25
3850 *
3
29775
00
3
11550
00
134
T
25
5275 *
3
3
15825
00
135
T
25
6700 *
3
3
20100
00
136
T
25
8125 *
3
3
24375
00
137
T
25
9575 *
3
3
28725
00
138
T
30075
00
25
10025 *
3
3
T
25
11400 *
3
3
34200
00
T
25
8200 *
4
4
32800
00
141
T
25
6650 *
3
3
19950
00
143
T
25
5500 *
3
3
16500
00
144
T
25
3725 *
3
3
11175
00
139 140
145
T
25
5150 *
3
3
15450
00
146
T
25
6925 *
3
3
20775
00
147
T
25
6575 *
19725
00
148
T
25
25125
00
149
T
3
3
8375 *
3
3
25
8000 *
3
3
24000
00
150
T
25
9800 *
3
3
29400
00
151
T
25
4625 *
3
3
13875
00
152
T
25
6050 *
3
3
18150
00
153
T
25
7475 *
3
3
22425
00
154
T
25
2825 *
3
3
8475
00
155
T
25
4275 *
3
3
12825
00
156
T
25
5700 *
3
3
17100
00
157
T
25
4925 *
3
3
14775
00
158
T
25
6350 *
3
3
19050
00
159
T
25
3125 *
3
3
9375
00
T
25
4550 *
3
3
13650
00
161
T
25
7600 *
3
3
22800
00
162
T
25
8050 *
4
4
32200
00
163
T
25
8475 *
3
3
25425
00
164
T
25
6075 *
4
4
24300
00
160
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
Diameter
Length (mm)
per element
total
Total Length (mm)
Shape code
T
25
3900 *
3
3
11700
00
169
T
25
4275 *
3
3
12825
00
170
T
25
4625 *
3
3
13875
00
2658 *
30.61
7950
171
T
25
5000 *
3
3
15000
00
6523 *
D (mm)
E/R (mm)
Mass (kg)
T T 25
Name
Number
75.36
19575
172
T
25
5375 *
3
3
16125
00
7835 *
90.38
23475
173
T
25
5725 *
3
3
17175
00
10333 *
198.76
51625
174
T
25
6100 *
3
3
18300
00
7950 *
153.04
39750
175
T
25
6850 *
3
3
20550
00
5565 *
107.32
27875
176
T
25
3250 *
5
5
16250
00
4175 *
32.15
8350
177
T
25
3050 *
5
5
15250
00
6283 *
72.48
18825
178
T
25
2850 *
5
5
14250
00
8073 *
93.27
24225
179
T
25
2650 *
5
5
13250
00
6828 *
78.83
20475
180
T
25
2450 *
5
5
5398 *
181
T
25
2250 *
5
12250
00
62.37
16200
5
11250
00
3968 *
45.91
11925
182
T
25
2050 *
5
5
10250
00
4203 *
48.51
12600
183
T
25
1825 *
5
5
9125
00
2413 *
28.01
7275
184
T
25
1625 *
5
5
8125
00
5633 *
64.97
16875
185
T
25
1400 *
6
6
8400
00
186
T
25
1175 *
6
6
7050
00
7063 *
81.72
21225
8493 *
98.17
25500
11353 *
131.09
34050
9923 *
114.63
6150
00
7200
00
8325
00
9450
00
10575
00
187
T
25
2050 *
3
3
188
T
25
2400 *
3
3
29775
189
T
25
2775 *
3
3
44.47
11550
190
T
25
3150 *
3
3
5273 *
60.93
15825
191
T
25
3525 *
3
3
6705 *
77.39
20100
192
T
25
3875 *
3
3
11625
00
8135 *
93.84
24375
193
T
25
4250 *
3
3
12750
00
9565 *
110.59
28725
194
T
25
4625 *
3
3
13875
00
10013 *
115.79
30075
195
T
3843 *
Symbol (mm)
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
A
25
4975 *
3
3
14925
00
34200
196
T
25
5350 *
3
3
16050
00
126.28
32800
197
T
25
1250
1
1
1250
00
6648 *
76.81
19950
198
T
25
7575 *
6
6
45450
11
A
7950
Steel grade
168
12225
C (mm)
5503 *
63.52
16500
199
T
25
6125 *
6
6
36750
11
A
3
Number
Bar Mark
16575
47.07
B (mm)
3713 *
43.02
11175
200
T
25
7425 *
6
6
44550
11
A
3
BAR BENDING SCHEDULE Elements
12750
63.81
4088 *
4258 *
Angle (Deg)
Subtotal by steel grade and bar diameter (mm)
49.09
5518 *
A (mm)
5143 *
59.48
15450
201
T
25
8875 *
6
6
53250
11
A
2650 *
A
6933 *
79.98
20775
202
T
25
7475 *
6
6
44850
11
A
25
A
75.94
19725
203
T
25
6175 *
6
6
37050
11
A
T
A
25125
204
T
25
4900 *
6
6
29400
24000
205
T
25
8925 *
6
6
11395 *
131.67
8198 *
6575 * 8363 *
96.73
A
A
B
B
B
B
B
B
11
A
114
Symbol (mm)
8005 *
92.40
53550
11
A
00
9793 *
113.19
29400
206
T
25
7625 *
6
6
45750
11
A
00
12225
4623 *
53.42
13875
207
T
25
6450 *
5
5
32250
11
A
00
16575
3
6053 *
69.88
18150
208
T
25
5625 *
5
5
28125
21
A
12750
3
3
7485 *
86.34
22425
209
T
25
5125 *
4
4
20500
21
A
Shape code
3
3
4075 *
2835 *
210
T
25
6400 *
44800
32.63
8475
4265 *
49.38
5698 *
B
11
12825
211
T
25
6550 *
45850
11
17100
212
T
25
7950 *
47700
11
14775
213
T
25
5000 *
6
6
30000
11
73.34
19050
214
T
25
5400
42
42
226800
00
3128 *
36.09
9375
215
T
25
10225
6
6
61350
11
43375
11
4558 *
7 7 6
7 7 6
52.55
13650
216
T
25
8675
5
5
7613 *
87.78
22800
217
T
25
2575 *
3
3
7725
00
8038 *
123.97
32200
218
T
25
2725
1
1
2725
00
8468 *
97.89
25425
219
T
25
6475 *
3
3
19425
00
6060 *
93.56
24300
220
T
25
4100 *
3
3
12300
00
E/R (mm)
Angle (Deg)
Mass (kg)
Subtotal by steel grade and bar diameter (mm) T T 25
45.05
11700
49.38
12825
53.42
13875
5003 *
57.75
15000
5368 *
62.08
16125
5738 *
66.12
17175
6103 *
70.45
18300
6838 *
79.12
20550
3260 *
62.56
16250
3058 *
58.71
15250
2853 *
54.86
14250
2650 *
51.01
13250
47.16
12250
2445 *
43.31
11250
2038 *
39.46
10250
1833 *
35.13
9125
1630 *
2243 *
31.28
8125
1408 *
32.34
8400
1163 *
27.14
7050
2048 *
23.68
2413 *
27.72
2778 *
32.05
3148 *
36.38
8325 9450 10575 11625
4248 *
49.09
12750
4618 *
53.42
13875
57.46
14925
61.79
16050
4983 *
1255
4.81
1250
985
6655 *
a = 90
174.98
45450
985
5213 *
a = 90
141.49
36750
985
6508 *
a = 90
171.52
44550
985
7950 *
a = 90
205.01
53250
985
6560 *
a = 90
172.67
44850
985
5265 *
a = 90
142.64
37050
985
3973 *
a = 90
113.19
29400
8005 *
a = 90
206.17
53550
a = 90
176.14
45750
a = 90
124.16
32250
985
3780 *
985
a = 90 b = 90
108.28
28125
985
3298 *
985
a = 90 b = 90
78.92
20500
985
5480 *
a = 90
172.48
B
B
B
B A
B
B A
A
A
A
5630 *
a = 90
176.52
7030 *
a = 90
183.65
985
4080 *
a = 90
115.50
30000
873.18
226800 61350
985
9300
a = 90
236.20
985
7750
a = 90
166.99
2575 *
29.74
STRUCTURAL REINFORCEMENT PLAN BASEMENT LEVEL
SHOP DRAWINGS
44800
985 985
5400
N
6150
40.71 44.76
5348 *
LEGEND
7200
3513 * 3883 *
6710 *
B
56.88
D (mm)
4638 *
5523 *
B
65.84
C (mm)
4268 *
985
B
4915 *
B (mm)
3903 *
985
B
6345 *
A (mm)
985
B
A
Total Length (mm)
3
5525 *
25
A
total
4250 *
25
T
A
per element
25
T
A
Diameter
T
113
A
Length (mm)
Number
Steel grade
111 112
Bar Mark Number 1
A
Elements Name (Transverse)
C
1100
C
1738
2755
5092
1200
1355
2337 300
45850 47700
43375 7725
2720
10.49
2725
6473 *
74.79
19425
4088 *
47.36
12300
8280
31.86
STRABAG QATAR W.L.L. Tel: +974 44990300 - Fax: +974 44990390 - P.O.Box:22980 Doha, QATAR
165
T
25
6550 *
4
4
26200
00
166
T
25
6975 *
3
3
20925
00
167
T
25
3525 *
3
3
10575
00
A
A
A
A
6550 *
100.87
26200
6978 *
80.56
20925
Unit mass of a bar (kg/m)
3.85
3533 *
40.71
10575
Subtotal by diameter (kg)
42076.55
Total Mass (kg)
42076.55
221
* Average length
T
25
8275
1
1
8275
00
8275
Slab Reinf. Layout-Top Mesh BBS Basement Level Reinforcement QFE014-STQ-SD- 03RF-0001
06
14
A
Shop drawings Production of structural Shop Drawings and quantities from BIM models. 111
Bar bending schedule Bar Bending Schedule, Steel Assembly and Fabrication Drawings 112
Pipe stress and Geotechnical analysis Pipe Stress Analysis Reports for the following: Chilled Water Pipes, Deluge Pipes, Other MEP Services, Pipe Support Design, Clash Detection. Geotechnical analysis: Soil Nailing and Anchoring DesignWWW, Micropiling Design, Shoring System Design 113
114
115
The Firm
Founded in 1991 with the transfer of the extensive know-how in the Department of Design and Works of Lisbon Metro.
FERCONSULT It's a multidisciplinary company specialized in: 1. Studies and Design in Architecture and Transport Engineering; 2. Management and Supervision of Works; 3. Commissioning of the systems .
Ferconsult has developed its business for railway transports, either for heavy rail or light tramway, both in national and international markets. Ferconsult number of employees it is 130. Ferconsult is an engineering firm owned by Lisbon Metro and responsible for the planning and development of the entire Lisbon metro network that comprises currently of 4 lines, 43,2 km, 55 stations, 5 interchange stations and 14 multimodal stations. The metro network expansion 116
has changed the concept of mobility, promoting fast, comfortable, safe, cheap and interchangeable travels within the city. Lisbon has a globally planned metro network, according to
Extension of the Blue Line of Lisbon Metro between Reboleira and Amadora
interchange concepts, that optimizes all transport resources in this greater city.
117
Monorail System - Line 15 – Silver Line Of São Paulo Metro - Brasil
Capabilities
Civil engineeering and architecture
- Geology and Geotechnical, - Track and Rail, - Civil Engineering, - Tunnels, Viaducts and Buildings, - Architecture, - Urban Integration and Landscaping, - Drainage networks, water supply for general use and for fire fighting. Electro-mechanical installations
- Mechanical Installations, including Pump and Ventilation Systems - LV / MV / HV Electrical Installations, including Traction System - Lighting Systems 118
Monorail System - Line 15 – Silver Line Of São Paulo Metro - Brasil
Systems supporting the operation and rolling stock
Project management
-Low Current Installations - Centralized Control Systems (SCA-
- Program Management;
DA), CCTV, Telecommunication Systems and Intra-Telephones,
- Planning and Cost Control;
Tele-information, Automatic Fire Detection Systems, Time In-
- Coordination and Supervision;
formation, Public Address,
- Health and Safety Coordination and Environmental
- Signaling,
Monitoring;
- Toll Equipment,
- Instrumentation, Topography and Technical Inspections to
-Signage,
infrastructures
- Urban Fixtures and Fittings, - Rolling Stock.
119
Sao Paolo – Brasil - Line 5 Detail Design Management
Capabilities
Operation - Monitoring transport operators in the development of operating models appropriate to rail transports; - Technical, operational, commercial and financial advisory consultancy; - Auditing operational results, service levels and availability of services; - Advisory support in the implementation and managing of a - Quality Management System.
120
Line 1 - “Hai El Bard- El Harrach” Section”- Métro d’Alger - Algeria
Services - Technical and economic feasibility studies Detail Design - Design Review Optimization of solutions - Analysis of contracting models and Inquiry Documents - Tender evaluation and analysis Project Management Supervision of works Structural Inspections Integrated Toll Systems - Assistance to maintenance and operation - Assistance to managing and control of grant contracts
121
Alfornelos Station – Lisbon Metro
Main Projects
Portugal - Lisbon Metro - 4 Lines - 40 km - 52 Underground Stations - Oporto Light Rail 5 Lines - 71 km - 15 Underground Stations and 65 - Surface Stations - South Tagus Light Rail - 27,6 km - 37 Surface Stations - Mondego Light Rail - 41 km (Construction phase) - Lisbon Surface Light Rail - 11,2 km (study phase) - Portugal/Spain High Speed Rail - 86,7 km Ireland - Dublin Light Rail - 7,5 km Brazil - Fortaleza Metro - SĂŁo Paulo Metro - 24.5 km, 15 Stations and a Depot
122
Santa Apolónia Station – Lisbon Metro
Algeria
Ferconsult's track record
- Alger Metro - Line 1- Phase 1: 12,5 km; 8 Stations, 3 km tun-
More than 100 km of Design (including tunnels, surface and
nel, 870 m viaduct;
viaducts)
Place des Martyrs - Bab el Oued - Chevalley Extension, 8 km
More than 500 Stations (underground and surface)
and 8 underground stations;
More than 500 km of Track Studies (including tunnels, surface,
Chevalley - Delly Brahim - Chéraga - Ouled Fayet - El Achour -
viaducts and ventilation shafts)
Draria Extension, 16 km and 16 Stations; - Oran Tramway - 18,7 km - 32 surface stations - Tlemcen Tramway - 33 km., 48 stations - Sidi Bel Abbes Tramway - 24,3 km, 21 surface stations China - Macao Light Rail
123
Oran Tramway - Algeria
Oporto 124
Metro - Portugal
South Tagus Metro - Portugal
Ameixoeira Station – Lisbon Metro
125
Alameda Station – Lisbon Metro Constructive Method NATM and TBM
126
127
Blue Line Extension between Amadora Este and Reboleira Lisbon Metro - Portugal
128
Extension B of Line 1 of Argel Metro - Hai el Badr - Harrach Centre ALGERIA
Reboleira Station (construction phase) Lisbon Metro - Portugal
Bachdjarah 1 Station and Tunnel (construction phase) ALGERIA
129
Place Des Martyrs – Bab El Oued – Chevalley - Métro d’Alger - Algeria
Line 130
1 - “Hai El Bard - El Harrach” Section” - Métro d’Alger - Algeria
Oran Tramway – 1St Line Of The Oran Light Metro - Algeria
Sao Paulo – Brasil - Line 5 Detail Design Management
131
Switches and Crossings zone - Dublin Metro - Ireland
Tracks in viaduct - Dublin Metro - Ireland 132
Taipa - Coloane Earthworks Development Office - GADA
133
134
135
Healthcare Architecture
Kahn is a national firm whose work embodies excellence in health care planning, operational efficiency, healing environments and flexibility to accommodate future change. Having designed projects across the country and internationally, our portfolio demonstrates a range of experience, design styles and approaches. Following are key qualities and services that distinguish The Albert Kahn Family of Companies.
We start by understanding core mission, vision and values
We begin every project with a visioning session to explore integration of your mission, vision and values into the facilities planning process. This will also be part of the criteria for ranking the effectiveness of each alternative design and facility planning options developed by our planning team.
We balance your facilities with strategic business needs
At Kahn, we believe that your facilities should be in balance with your organization-s strategic business and operations. We don-t just do space planning. Rather, we will first work to understand your core business, operations and clinical strategy, then determine how best to match your facilities and space use with your operations. We will engage senior leadership in brainstorming/visioning sessions and will then collect and analyze service volumes for each major service line at your facilities.
136
Our values
Integrity Corporate and individual integrity form the foundation of our relationships. We live by ethical standards that foster fairness, honesty and trust.
Professionalism We increase the quality and value of professional services by continuous development of our people and knowledge base. As a commitment to our profession we create sustainable environments that leave a better world for future generations.
Respect We treat everyone as we would like to be treated, demonstrating honor, compassion and empathy in all we do.
Pride With humility, we acknowledge individual and team accomplishments in advancing corporate goals and celebrating our rich heritage. We appreciate and recognize a job well done.
Passion Our passion is evidenced in the enthusiastic pursuit of creative solutions for our Clients. Inspire People with Great Places. 137
138
139
Henry Ford West Bloomfield Hospital Location:
West Bloomfield, Michigan, USA
Built-Up Area: 160 Acre Development 730,000 sq. ft. 300 beds Client:
Henry Ford Health System
A community center for well-being, the new Henry Ford West Bloomfield Hospital looks to integrate patient care with fitness, education and research to promote wellness in addition to the treatment of disease. Visitors enter into an environment that emphasizes the preservation of health as much as the treatment of illness. Connecting the diagnostic and treatment areas and inpatient lodges are two, 3-story atriums with more than 2,000 live trees and plants designed to bring in daylight. Main Street, the hospital's central corridor offers imaging services, retail shops with a wellness theme, a cafĂŠ, a culinary demonstrative kitchen and wellness center that bridges integrative and traditional medicine to offer a full spectrum of therapeutic options. Equipped with upholstered headboards, large sleeper sofas and patientcontrolled thermostats, patient rooms look and feel like fine
140
hotel accommodations. Windowed nursing alcoves outside each room improve care with convenient computer terminals, staff workspace and ample storage. Committed to preserving the woodlands and wetlands that make the campus an ideal healing environment for patients, the new facility is LEED Silver certified by the U.S. Green Building Council and features many Earth-friendly elements.
141
Aurora Medical Center of Manitowoc Co. Location:
Two Rivers, Wisconsin, USA
Built-Up Area: 185,000 sq. ft. 83 Beds Client:
Aurora Health Care
Situated to take full advantage of the site's abundant natural beauty, the design of this Aurora facility maintains the high standards of patient comfort and privacy, essential to any health care facility. With expansive views of Lake Michigan's shoreline naturally augmenting the healing nature of this facility, patients are provided a healing environment designed to make them feel as comfortable and serene as they would in their own homes. The four-story, high-tech medical center houses private medical-surgical patient rooms and private pre-op recovery rooms, many of which are located along the curved faรงade facing the shoreline. This site also accommodates several specialized clinics, including two dedicated to women's health. The full-service Vince Lombardi Cancer Center features full-length windows, specialty lighting that softens the radiation treat-
142
ment experience, and a spacious and open floor plan. Also included is an ambulatory center featuring an inpatient setting, full-service diagnostic, emergency, cardiac rehabilitation, and physical therapy services. This patient-focused center was designed for maximum flexibility and operational efficiencies.
143
144
145
A. Alfred Taubam Center for Design Education Location:
Detroit, Michigan, USA
Date:
2009
A leader in art and design education, the College for Creative Studies (CCS) sought to refresh Detroit's New Center by revitalizing the former Argonaut Building into a mixed-use educational facility. The Center for Design Education provides space for a school,
Built-Up Area: 60,000 sq. ft.
non-profit organizations, business accelerators, shared public
Client:
spaces, a 500-seat auditorium, student housing and academic
College for Creative Studies
space for CCS' design schools, and incorporates the latest technology available for the education environment. The space was designed to create distinct yet complementary, integrated spaces for the Center's educational tenants and student housing needs. Allowing the existing structure to influence the design direction, our approach adds a modern interpretation to this historic building resulting in a stunning contrast of elements, color palettes and materials. Faรงade and structural 146
repairs, as well as safety and infrastructure upgrades of stairways and elevators, and installation of comprehensive, energy efficient mechanical, electrical and plumbing systems were addressed following guidelines for historic structures defined by the National Park Service.
147
148
149
150
151
152
153
East English Village Preparatory Academy Location:
Detroit, Michigan, USA
Date:
2012
Built-Up Area: 221,000 sq. ft. Client:
Detroit Public Schools
East English Village is a neighborhood in Detroit, Michigan. It is bounded by Harper Avenue on the North, East Outer Drive on the West, Mack Avenue on the South, and Cadieux Road on the East.In 1999 The Detroit News said that East English Village had "emerged as one of Detroit's most desirable neighborhoods". In 2006 Marisol Bello of the Detroit Free Press said that East English Village was "one of Detroit's most stable" neighborhoods. CNN and Money stated in 2012 that "Detroit's East English Village is a well-kept neighborhood of tree-lined streets". The consolidation of two high school campuses into a highly functional and sustainable learning center inspires students and staff to reach new heights in discovery and to enhance the local community. Detroit Public Schools' East English Village Preparatory Acad-
154
emy features four wings with eight science laboratories, a high-tech media center, athletic area with a community health clinic, and a performing arts section. A cafeteria commons anchors the four wings and also functions as an assembly area for programs and events. The indoor athletic wing features a gymnasium with high capacity seating, eight-lane pool and diving well with balcony seats. Outside facilities include a large football and track and field complex, four tennis courts, varsity baseball and softball fields, and event parking. Built to accommodate nearly 1,200 students, this educational facility is being designed to achieve LEED for Schools Gold certification.
155
Detroit School of Arts Location:
Detroit, Michigan, USA
Date:
2005
Built-Up Area: 286,000 sq. ft. Client:
Detroit Public Schools
As the first LEED certified building in Detroit, this prototype high school combines education and business, art and technology, school and community, creating an optimal place for learning. Designed collaboration with another local firm, this sixstory, 1,200-student public school is helping to renew the spirit of its school district and has become an important center in the community. Envisioned as a highly specialized educational, training and production facility, this high school houses an experimental black box theater, an 800-seat auditorium, recital hall, large classrooms, and various television and radio production studios. Like many performing art centers, this facility also incorporates finishes of the highest quality. Natural lighting and wood finishes are blended with metal wall panels, terrazzo, and soft acoustic treatments throughout the
156
building. The result is a creative, clean design that is durable and attractive. The building also includes a green roof with sun shades and four heat wheels to reflect soloar heat gain, and hydraulic elevators that operate off of vegetable oil. Elements such as these contributed to the Detroit School of Arts receiving LEED certification from the USGBC.
157
Taubman Complex
The client's commitment to providing opportunities for highly ad-
Location:
Southfield, Michigan, USA
is programmed across all facets of this dynamic center for re-
Date:
2014
search and education. This interdisciplinary building will advance
vanced research within state-of-the-art laboratory environments
Built-Up Area: 150,000 sq. ft.
and bridge academic and research functions in technology, biolo-
Client:
gy, design, engineering, life sciences and architecture. Developed
Lawrence Technological University
in multiple phases, this program involves a new engineering and life sciences building as well as expansion and modifications to the existing engineering facility, including,laboratory upgrades. The new structure will significantly advance the University's approach to hands-on learning and through cutting-edge research and laboratory environments, help position LTU students as leaders in the fields of architeture, engineering and life sciences. The design of this facility is expected to meet LEED silver
158
Energy & Automotive Research Lab
This elite research facility equips MSU's College of Engineering to lead the way toward more environmentally responsible and economical ways to power transportation.
Location:
East Lansing, Michigan, USA
With a mission to research and test advanced energy and auto-
Date:
2007
motive technologies within an academic environment, this facility
Built-Up Area: 29,000 sq. ft.
helps researchers identify ways to realize greater fuel efficiency,
Client:
determine how to collect waste heat and convert it into electricity
Michigan State University
and work to develop new biofuels. This dynamic center brings together leading engineers and scientists to solve problems within the energy and automotive fields. It also increases learning opportunities for graduate and undergraduate students, enabling them to work in labs alongside faculty mentors, doing multidisciplinary research, getting real-world experience and facilitating innovation. The complex features a powertrain laboratory, two engine test cells, a cold room to test engine temperatures, a control room, a fuel room and a research preparation room. It also houses faculty and graduate student offices, and a conference room used for lectures, seminars and industry meetings.
159
Engineering Complex Addition & Renovation Location:
East Lansing, Michigan, USA
Date:
2002
Built-Up Area: 370,000 sq. ft. Client:
Michigan State University
The College of Engineering's enrollment was increasing, so Kahn provided modifications that resulted in a dynamic and progressive engineering complex. The first of these projects involved a two-phase renovation and addition to the original engineering building. To minimize disruption to students and educators, renovations and expansion efforts were phased. Phase one, a threestory, 31,000 sq. ft. addition, housed the Michigan State University (MSU) research and testing facilities for all of the college's engineering departments. Phase two included renovations to the existing 159,000 sq. ft. facility, including extensive energy improvements. Kahn's next project at the MSU engineering complex included the addition of the Dow Institute for Material Research. In response to rapid technological change, the 80,000 sq. ft. multi-use facility was designed to be adaptable and resilient. Most recently, Kahn took part in an expedited renovation project in the Dow Institute which created an 8,000 sq. ft. bioengineering laboratory containing one Class-10,000 clean
160
room, a tisue culture room, and two general laboratories.
Camps Improvements Plan
The capital improvement plan is the first step in a long-term 20plus year master plan for the campus. Kahn developed a campus improvement plan for the University of
Location:
Detroit, Michigan, USA
Detroit Mercy's (UDM) 75-acre McNichols Campus. As Michigan's
Date:
2006
oldest and largest Catholic university, UDM's vision is to be rec-
Built-Up Area: 75 acre campus
ognized as a premier private university in the Great Lakes region
Client:
and to increase enrollment on campus and within the profession-
University of Detroit Mercy
al and graduate departments. Kahn developed a framework for growth that allows the University to design and construct planned campus improvements in a strategic manner while also creating an environment that reinforces and supports its mission and vision and enhances the existing character and ambiance of the historic campus. The plan provides for new campus facilities, such as a student recreation and fitness center, a multi-purpose theatre, a multi-purpose athletic field, and other outdoor recreational amenities, as well as improvements to pedestrian and vehicular circulation. 161
Angell Hall Renovations Location:
Ann Arbor, Michigan, USA
Date:
-
Built-Up Area: 160,000 sq. ft. Client:
The University of Michigan
Angell Hall is an academic building at the University of Michigan in Ann Arbor. It was previously connected to the University Hall building, which was replaced by Mason Hall and Haven Hall. Angell Hall is named in honor of James Burrill Angell, who was the University's president from 1871-1909. Albert Kahn's original design in 1921, and Kahn's subsequent design efforts have helped cement Angell Hall as a key fixture of the University's central campus. Commissioned by the University to upgrade the historicfacility, Kahn's design involved a number of facaderestorations and interior upgrades. Exterior renovationsincluded exterior window replacement, limestone andbrickwork restoration and repair, and a new roofing system.Interior enhancements were made to faculty offices, student services, classrooms, graduate areas, counseling an special programs facilities. A new astro-
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nomical observatory was also designed, with provisions for a 16' reflecting telescope and dome as well as several observing stations. The entire restoration was designed to comply with all ADA regulations and consisted of new heating, ventilation and air conditioning systems and equipment, lighting, ceiling, floor tiles, signage, partitions, doors, and a new elevator.
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Hill Auditorium Theater Restoration Location:
Ann Arbor, Michigan, USA
Date:
2004
Built-Up Area: 230,000 sq. ft. Client:
The University of Michigan
The challenge was to transform this historic gem into a stateof-the-art performance venue while retaining its historic elements and character within a 20-month construction schedule. The University of Michigan Board of Regents commissioned Kahn to prepare plans for the addition and restoration project to the Albert Kahn-designed (1913), Hill Auditorium-considered one of the great concert halls of the world. Special care was taken to ensure that changes did not detract from the hall's acoustics, which have been praised by world-class performance artists since the hall was first completed. Major client goals were the restoration of historic features, increased patron comfort and accessibility, building code compliance upgrades, and the replacement and modernization of the building's mechanical and electrical systems.
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Key project features included restoration of the auditorium, public lobbies, monumental stairs and plaza entrance; creation of a new lower lobby with restrooms, concessions and exhibit space for the University's rare musical instrument collection; introduction of two elevators; new seating; new west entrance; large below-grade mechanical room addition; and a comprehensive building system renewal, including the replacement of all plumbing, heating, ventilating systems and introduction of airconditioning.
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Media Union Location:
Ann Arbor, Michigan, USA
Date:
1996
Built-Up Area: 199,000 sq. ft. Client:
The University of Michigan
By creating an environment where traditional and digital resources can co-exist, the University of Michigan wanted to redefine what libraries do. Blending into the university's North Campus, the first-ofitskind facility was designed to meet the changing trends of technological advances in education. By combining the Schools of Art, Architecture and Planning, Engineering, and Music, this innovative learning environment provides traditional and online libraries, a virtual reality laboratory, interactive multi-media classrooms, and technically advanced theater and performance studios to the student body 24 hours a day. As this project involved coordination among four of the University's major academic disciples, a steering committee was created to proved project oversight. The size of the steering committee, coupled with the involvement of a series of sub-
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groups presents a major challenge to the design team. Kahn's solution was to host a series of "town meetings" where the design team would update users on the progress of the project. This process was quite effective in educating users on the design process. Further, users gained a heightened sense of ownership and pride of their facility.
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Aurora Summit Medical Center Location:
Summit, Wisconsin, USA
Client:
Aurora
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Aurora Grafton Medical Center Location:
Grafton, Wisconsin, USA
Client:
Aurora
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Crittenton Hospital Medical Center Location:
Rochester, Michigan, USA
Client:
Crittenton
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Elmhurst Memorial Hospital Location:
Elmhurst, Illinois, USA
Client:
Elmhurst
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Henry Ford West Bloomfield Hospital Location:
West Bloomfield, Michigan, USA
Client:
Henry Ford Health System
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