PEIPEI YANG portfolio
Columbia University in the City of New York Graduate School of Architecture, Planning, Preservation Master of Architecture Candidate | 2017
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PEIPEI
YANG py2220@columbia.edu (+1)610-849-3453
Education Columbia University August 2014 - May 2017
Lehigh University September 2009 - May 2014 Academic Honors
M.Arch - Master of Architecture Candidate | 2017 Bachelor of Arts in Architecture Bachelor of Science in Civil Engineering Graduated with High Honors Deans List : 2010, 2012, 2013, 2014 Phi Eta Sigma National Honors Society Tau Beta Pi Engineer Honors Society Gryphon Scholarship Richard Redd Award � for outstanding performance in the Architecture school
Architectural Experience Bjarke Ingles Group NYC Design Assistant Summer 2016 StudioX Istanbul Researcher May 15 - 30, 2016 Exhibition June-August, 2016 Kohn Pedersen Fox Associates Design Intern Summer 2015 Guangzhou Design Institute Assistant Architect Summer 2009, 2010, 2011
HyperLoop - Schematic Design drawings for HyperLoop stations in the connection between Dubai and Abu Dhabi in UAE ISOM - Detail Design drawing for a business school extension in University of Massachusette Field research and small-scale design in Tophane, Istanbul, Turkey Photograph, video and diagram to document research, design proposal based on research Plan and set up exhibition space Research and design proposal on exhibition at StudioX Istanbul Xuhui Waterfront - Schematic Design drawings for four mixed-use mega-blocks of waterfront area - Create and edit official SD Submission Booklet Beijing Z3 - Detail Design drawings for a 40-story office tower Schematic design for urban scale housing complex Create project presentations for international bidding projects and local press releases. Studio representative at meetings with developers. Prepare lecture slides for speakers.
Skills Intermediate Engineering Courses Fall 2012- Spring 2014
Geotechnology; Static Mechanics; Structural Engineering; Steel Design; Fluids Mechanics; Construction Management; Sustainable Engineering; Thermal Dynamics Mechanics; Survey; Material Engineering; Technical Drawings
Granted Utility Patent January 2012
Granted Utility Patent in China for Permanent Anti Tamper Seal Preservation Device. Product capable of use in evidence preservation
Software Language Fabrication
Rhinoceros; Revit; 3DS Max Design; AutoCad; Grasshopper; Ecotect; ArcGIS; Adobe AfterEffects, Photoshop, Illustrator, InDesign; MS Office Cantonese (Native); Mandarin (Native); English (Bilingual Proficiency); Woodshop; Metal Shop; CNC Milling; Concrete Casting
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MYOCARDIUM infrastructure and housing
Partner: Troy LaCombe Fall 2015 Critic: LOT-EK The process of housing 1000 people with 10,000 mushrooms requires thinking through an environment that promotes nature to take its course in a built environment.A symbiotic relationship between dwellers and mushrooms was created based on fungi’s ability to decompose waste matter. Mushrooms and human require opposing living conditions. While people desire ample space, fresh cool air and spaces bathed in sunlight; mushrooms thrive in cramped spaces with damp temperate air. Elements of human excess become the key to inadvertently supporting the living conditions for the mushrooms. Heat and steam generated from cooking and bathing can be absorbed through air currents.
4 *All works done by PeiPei Yang unless noted otherwise
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The credit union interrogates new connections between the work flows and social interactions in the traditional banking model for students. It does so by providing a flexible interface between students who took out loans and companies who seek to hire. This physical interface spans across three floors, and can be re-organize or opened up based on scales of events such as career fair, alumni mixers, speed-networking.
* LaCombe
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On average, one person consumes roughly 5 lbs of food per day with 1 lb of this food being discarded into the trash. Given the fact that we are housing 1000 people, the building can collect 885 lbs of excrement and 300 lbs of plastic container waste on a daily basis. While typically all of this waste from food would go directly into sewage and landfills, all of this waste can better serve as the foundation for a mushroom farm that coexists within the building.
*LaCombe
7 *All works done by PeiPei Yang unless noted otherwise
Growing Decay GROWING GROWING
CONTROLLED, UNCONTROLLED CONTROLLED, UNCONTROLLED This research examines the different types of walled gardens that in This research examines the different types of walled gardens Infill gardens that in type Tophane and studies the possibility of intervening in such an urban Tophane and studies the possibility of intervening in such urban 1 are an raised from
investigate the micro-economic network in DECAYIstanbul through DECAY weed
green network by re-purposing existed elements.
green network by re-purposing existed elements.
sidewalk, sandwiched between
If categorized by sizes and level of stewardship, there are 3 different If categorized by sizes and level of stewardship, there existing are 3 different buildings. types of walled gardens in Tophane: types of walled gardens in Tophane:
Infill gardens type Infill gardens
Infill gardens
1 are raised type 2from are raised sidewalk, from sidewalk
type 2 are raised
sandwiched between to and protruded existingsidewalk. buildings.
from sidewalk and protruded to sidewalk.
1. Actual gardens that are controlled privately, either by institutions or by 1. Actual gardens that are controlled privately, either by institutions or by
RETHINKING TOPHANE’S WALLED GARDENS
residents with corner units; ~13 found
RETHINKING TOPHANE’S WALLED GARDENS
residents with corner units; ~13 found
2. Large empty lots, car parks or construction sites where plants grow 2. Large empty lots, car parks or construction sites where plants grow by chance and there seems to be some effort in preserving these plants by chance and there seems to be some effort in preserving these plants with retaining walls and reinforcing columns; ~ 16 found with retaining walls and reinforcing columns; ~ 16 found 3. Infills where roofs have fallen and wild weeds take cover. ~7found
Summer 2016 Critic:Phu HoangPEIPEI YANG PEIPEI YANG
Gardens, as symbol of paradise in historic Turkish neighborhood, have Gardens, as symbol of paradise in historic Turkish neighborhood, have been walled from local community by private institutions.
controlled gardens
controlled gardens
large uncontrolled gardens
large uncontrolled gardens
existing private yards, institutions’ gardens
new public gardens
new public gardens
small uncotrolled gardens
Accidental Accidental gardens gardens type 1 type are elevated 2 are infills that
Accidental gardens type 2 are infills that
soil from areterrain abandoned. above,soil separated elevatedbyfrom
are abandoned. soil elevated from
retaining wall unreachable from
retaining sidewalk wall unreachable and sandwiched from
sidewalk and sandwiched
sidewalk.
sidewalk. between buildings.
between buildings.
small uncotrolled gardens urban infill, abandoned buildings
compost stations
compost stations
reusing abandoned buildings
reusing abandoned buildings
compost collection routes
COEXISTENCE
workers, then waste is gathered and processed into compost fertilizer workers, then waste is gathered and processed into compost fertilizer Accidental gardens in a portion of existing abandoned buildings. Produced compost is then in a portion of existing abandoned buildings. Produced compost is then type 1 are elevated used on lots that is directly across from the street, and 25% of this lot is used on lots that is directly across from the street, and 25% of this lot is soil from terrain turned into community garden. turned into community garden. above, separated by
converting 25% of otoparks, open terrain and empty lots
urban infill, abandoned buildings
collect organic waste from the neighborhood
and “recycle” organic waste from local residents by current recycling and “recycle” organic waste from local residents by current recycling
open spaced terrain, otoparks, construction sites, empty lots
converting 25% of otoparks, open terrain and empty lots
been walled from local community by private institutions.
This research proposes a compost intervention network, which collects This research proposes a compost intervention network, which collects
existing private yards, institutions’ gardens
open spaced terrain, otoparks, construction sites, empty lots
3. Infills where roofs have fallen and wild weeds take cover. ~7found
compost collection routes OuterShell OuterShell OuterShell OuterShell
collect organic waste from the neighborhood
OuterShell OuterShell OuterShell OuterShell
COEXISTENCE
Can we consider weeds from abandoned buildings as part of the urban Can we consider weeds from abandoned buildings as part of the ~ 10 lbs urban of organic
~ 10 lbs Local of organic recyclers pick
Local recyclers Abandoned pickbuildings
Abandoned Decomposition buildings takes
Decomposition Community takes gardens
Community gardens
greenery network? While new constructions evicted existing residents greenery network? While new constructions evicted existing residents food waste can be and left theirs homes vacant, a new form of life takes over as nature and left theirs homes vacant, a new form of life takes over as nature collected for compost finds its way in cracks between bricks and mortar and falling floor slabs. finds its way in cracks between bricks and mortar and falling floor slabs. daily per household
food waste up compost can be bins collected from foreach compost residence per household in Tophane. daily
up compost are restructured bins to from each serve residence as compost in Tophane. stations. Food
are restructured approximately to 3 serve as months compost when the stations. weather Food is hot and
approximately grown on3 large monthsvacant when spaces, the using weather compost is hot and fertilizer
grown on large vacant spaces, using compost fertilizer
waste in bins are processed through
waste the in bins pileare is moist and processed has athrough good ratio of
the pilefrom is moist the network. and has a good ratio of
from the network.
a 3-crate compost system.
a 3-crate carbon compost to nitrogen system. (20:1-100:1 in this case).
carbon to nitrogen (20:1-100:1 in this case).
The coexistence of controlled and uncontrolled green spaces in Tophane can be considered a dialogue between control and cohabitation that leads to new potential for growth. This form of uncontrolled decay could be harnessed and made adaptive to host a fresh form of production and contribute to the urban ecological network actively.
The coexistence of controlled and uncontrolled green spaces in Tophane can be considered a dialogue between control and cohabitation that leads to new potential for growth. This form of uncontrolled decay could be harnessed and made adaptive to host a fresh form of production and contribute to the urban ecological network actively.
WASTE TO PRODUCTION
WASTE TO PRODUCTION
Existing vacant buildings and lots can be incorporated and reconnected Existing vacant buildings and lots can be incorporated and reconnected to the actual ecological network. Each local household will obtain from Department of Sanitary a small bin, in which residents throw away organic food waste such as egg shells, banana peels and vegetable leftovers. These bins are collected by recycling workers and stored at composting
to the actual ecological network. Each local household will obtain from Department of Sanitary a small bin, in which residents throw away organic food waste such as egg shells, banana peels and vegetable leftovers. These bins are collected by recycling workers and stored at composting
stations daily. Tophane neighborhood amounts to approximately 3000 lbs of organic waste per day (estimated 300 households living in the area). The collected organic waste is processed through 3-crate compost systems that are located in re-structured vacant buildings (the
stations daily. Tophane neighborhood amounts to approximately 3000 lbs of organic waste per day (estimated 300 households living in the area). The collected organic waste is processed through 3-crate compost systems that are located in re-structured vacant buildings (the
small uncontrolled walled gardens). Each season, this network produces around 27,000 lbs of fertilizer, which can be used on around 7,100 sq ft of land (assuming equivalent of 26-5-10 fertilizer).The compost product can be used on 25% of the current empty lots to create walled gardens
small uncontrolled walled gardens). Each season, this network produces around 27,000 lbs of fertilizer, which can be used on around 7,100 sq ft of land (assuming equivalent of 26-5-10 fertilizer).The compost product can be used on 25% of the current empty lots to create walled gardens
for the local community in Tophane.
for the local community in Tophane.
COLLECTIVE CONSCIENCE
COLLECTIVE CONSCIENCE
“Today, discussions continue to center on how individuals are trying to “Today, discussions continue to center on how individuals are trying to resist the global movements carrying their cities in tow, how the ideal resist the global movements carrying their cities in tow, how the ideal human habitat should be defined, and what existing conditions offer us. ...different concerns about habitat relate to the conflict and search for balance between those with an equal right to determine how the environment they inhabit should be shaped…. The defensive or offensive choices we make to feel safer determine our life strategies... brings together different representations of helplessness and power and of dreams and realities.”
human habitat should be defined, and what existing conditions offer us. ...different concerns about habitat relate to the conflict and search for balance between those with an equal right to determine how the environment they inhabit should be shaped…. The defensive or offensive choices we make to feel safer determine our life strategies... brings together different representations of helplessness and power and of dreams and realities.”
FURTHER READING
FURTHER READING
“Today, in this period when all corners of the country have turned into construction sites, can we create living spaces that break social segregation and reflect diversity? How can we bring together the segregated users?”
“Today, in this period when all corners of the country have turned into construction sites, can we create living spaces that break social segregation and reflect diversity? How can we bring together the segregated users?”
“How can we reach a consensus on concepts such as right to housing, “How can we reach a consensus on concepts such as right to housing, right to the city, urban rights, right to the nature?” right to the city, urban rights, right to the nature?”
8 all above quotes excerpt from Habitat exhibition at Istanbul Modern, December 23, 2015 – May 22, 2016 Curator: Sena Çakırkaya
all above quotes excerpt from Habitat exhibition at Istanbul Modern, December 23, 2015 – May 22, 2016 Curator: Sena Çakırkaya
ADAPTIVE REUSE OF ABANDONED BUILDINGS INTO COMPOST STATIONS
COLLECT ROTTEN PRODUCE FROM LOCAL STORES
EXISTING INFILL - ACCIDENTAL GARDENS ON TOP OF SHOPS
EMPTY LOTS - CURRENTLY USED AS CAR PARKS
LARGE SPACES- USED PRIVATELY, WALLED AND SURVEILLED
VACANT AND ABANDONED BUILDING WITH NO ROOF - WILD NATURE INSIDE
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SLOW FACTORY a new factory typology that reuses steel
Spring 2015
Critic: David Benjamin
Today We build fast, yet we demolish faster. More than 60% of the buildings are demolished before they reach ½ of their life cycles simply because their aesthetics have become obsolete. 90% of these buildings’ steel structures are being “mistakenly recycled”, melted from debris scraps in blazing volatile zones and have caused detrimental environmental impact due to such redundant steel re-production. Time has come that we galvanize the public to demand a new steel factory typology where melting and recycling can be changed to salvaging and reusing, consequently reducing the energy intensity of the end of life cycle as it shifts from blast demolition to disassembly. The traditional linear freight rail that passes by steel furnaces will be twisted to host salvaged steel frames and wrapped around the inside of the new type.
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As the public walk through different processes inside the track, from assembly robot labs to 6-story high testing space, from dark chamber to curved terrace, the new factory becomes a public interface that draws people within and creates more awareness of such an overlooked technology.
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THREADED gymnasium
Fall 2014
Critic: Pep Aviles
The design proposes an iconic architecture that aims to foster the sense of community for the urban neighborhood. While it challenges the traditional idea of a pool that is only open to a selective group of private members, it also fuses together the experience of exercise, promenade, local businesses, outdoor theatre and public gathering through a dynmaic use of form and circulation.
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Three major circulations organize the building. The first one is the path that wraps around the building, it acts as an thread that allows users to walk around the entire building. The second one is the interior diagonal staircase that enables mixing and layering of the different activities. The third circulation is a one-directional path that allows users to cut directly through the site and gather at the open theatre space.
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DIALOGUE a public earth closet
Fall 2014
Critic: Pep Aviles
Research
The earth closet demonstrates not only a clear understanding of the ecological effect, but also establishes a humerous attitude towards the relationship between the interior and the exterior. A silent “dialogue� is constructed when experienced from the inside. Such a dialogue is made possible by the use of a carefully placed seating arrangement and the one-way mirror placed in between. That is to say, viewers from the outside cannot see what happens on the inside, while the users on the inside can see through the coated glass. The uneasy feeling when using a public bathroom is therefore reduced when this sense of security is created for the users. This exercise demonstrate an ability to gather, assess, record and quantify the circumstances needed to treat waste in a public setting. The structure reflects the impact and correlation of the design to the overall form and performance of the structure in its environment. The mechanism of the toilet also exhibits a clear advantage Research over existing and common portable toilets.
Ancient Public Toilet
Modern Public Toilet
Dialogue
Privacy
Reconstruct
Redefine
Sectional Approach Studies
Formal Development
Ancient Public Toilet
Modern Public Toilet
Dialogue
Privacy
Interior
Reconstruct
Redefine
Sectional Approach Studies
Eco-Components
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Rain Water Collecter
480
1 Gal Avergae Water used per Wash
Potential Amount of Water Collected
Maintenance Hatch Vent
Waterless Compost Toilet
Composter
serves 60
Double Walled Polyesterine Tank
day
Liquid Storage Area
Rain Water Collecter
480
1 Gal Avergae Water used per Wash
Potential Amount of Water Collected
Maintenance Hatch Vent
Waterless Compost Toilet
Composter
serves 60
Double Walled Polyesterine Tank Liquid Storage Area
day
19 Elevations
Section
CHAWL LIFE a study of communal housing in India
Partner: Troy LaCombe Fall 2015 Critic: LOT-EK
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KNOT
architectural impression of Taiyuan Museum of Art designed by Preston Scott Cohen
Fall 2014
Critic: Daniel Kidd
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Knotted Circulation
Exploded Axon Taiyuan Museum of Art by Preston Scott Cohen
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FLUID SHUTTER Connect
installation
Density
When two units in different compressed angles are connected, the tension between them create a natural curve within the overall form
Connect
Time
Connect Density
When two units in different compressed angles are connected, the tension When two units in different compressed angles are connected, the tension between them create a natural curve within the overall form between them create a natural curve within the overall form
Fall 2011
Density
Critic: Hyun-Tae Jung
Time
Rhythm of Flow
This project explores the relationship between individual cell and overall form. Through parametric design, a geometrical schema could emerge from the local connections between each unit.
Larger Gaps
Smaller Gaps
Direction of Flow Larger Gaps
Larger Gaps
Form
Smaller Gaps
Form
The basis of each individual unit is formed by folding a rectangular plane in halves twice, and cutting off the The basis of each individual unit is formed by folding a rectangular plane in halves twice, and cutting off the edge in three different angles. edge in three different angles.
Form
The basis of each individual unit is formed by folding a rectangular plane in halves twice, and cutting off the edge in three different angles.
24 Material: Bristol Board, Aluminum Brad, Piano Wire | 72� x 25�
there. Therefore, a sound barrier must be built in between the two spaces in order for users from both of the classes to be able to focus on their own courses.
SOUND BUFFER installation
Unit Development Folding a flat plane can turn a 2Dimensional element into a Collaborators: Mike Moore, Max Gilbert 3Dimensional one. The resulting unit has multiple facets that allow Spring 2012 Critic: Wesley Heiss sound to be reflected at different angles. A wall built from this unit
Sound Sound -- Reduction Reduction Wall Wall Interactive InteractiveInstallation InstallationStudio Studio
gain stiffness and is expandable.
A sound barrier must be built in a former chemistry laboratory that is divided by a 5-ft drop, so that the lab can be converted into a classroom that allows for two separate courses take place simultaneously.
AAcollaboration collaborationwith withMike MikeMoore Mooreand andMax MaxGilbert Gilbert
Nec Ne
Push/Pull
Du Du atatt bet be the the The Th spa sp foc foc
Thread
ert Spring 2012
Instructor: Prof. Wesley Heiss
Construction Detail
Unit UnitDevelopment Development
Necessities Of Wall Due to course scheduling, two different classes are always held at the same time in the same classroom--the only seperation between them is a 5 ft drop--with no barriers besides a railing there. Therefore, a sound barrier must be built in between the two spaces in order for users from both of the classes to be able to focus on their own courses.
Folding Foldingaaflat flatplane planecan canturn turnaa2Dimensional 2Dimensionalelement elementinto intoaa 3Dimensional 3Dimensionalone. one.The Theresulting resultingunit unithas hasmultiple multiplefacets facetsthat thatallow allow sound soundtotobe bereflected reflectedatatdifferent differentangles. angles.AAwall wallbuilt builtfrom fromthis thisunit unit gain gainstiffness stiffnessand andisisexpandable. expandable.
Push/Pull Push/Pull
Thread Thread
25 Material: Cardboard, Piano Wire, Eye Bolts, Anchors | 18’ x 14’ Construction Detail
URBAN CURTAIN facade proposal for New Inc
Collaborators: Xinyu Li, SohEun Han, Scott McCagherty Fall 2015 Critic: Joseph Vidich This project proposes a facade design solution for the New Inc Incubator. The system anticipates and adapts to the immediate surrounding urban conditions and creates a new identity for the currently banal brick facade.
*McCagherty and Yang *All works done by PeiPei Yang unless noted otherwise
*McCagherty and Yang
26 Material: Stainless Steel, Threaded Rods, Eye Bolts | 6’ x 4’
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The final full-scale model was fabricated and assembled by Scott and myself. This mock-up model displays all four types of the panels and how they connect to each other. To start the assembly process, we arranged individual panels with the same width in vertical arrays. Then we connected panel to panels with vertical mullions and fasten with hex nuts to secure position. Afterwards, we connected panels horizontally with rivets. Finally, we fastened the panels to horizontal armature for the exhibition.
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SOCIAL CORE a credit union for students
Spring 2015
Critic: Mimi Hoang ( nARCHITECTS)
Rather than accepting the disconnection between the growth of online banking service and the need for physical banking space, this project explores new integral relationships between the work flows and social interactions in the offices above with that of the teller zone below. This flexible event space reinvents the generic hidden realm of the office space with an expanded public mission, reflecting banks’ need for greater connections with its community.
establish 3 interfaces
extract spatial types
expand social core30
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The credit union interrogates new connections between the work flows and social interactions in the traditional banking model for students. It does so by providing a flexible interface between students who took out loans and companies who seek to hire. This physical interface spans across three floors, and can be re-organized or opened up based on scales of events such as career fair, alumni mixers, speed-networking.
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BEIJING CBD Z3 sample detail design drawing
Summer 2015
Design Architect: Kohn Pedersen Fox
This project is a 43-story office tower in the Central Business District in Beijing that is in Detail Design phase. My role in this project was to develop Revit drawings in plans, sections and detail wall types, which includes details in plan, section, elevation and axon. A printed set of drawings is available upon request.
*KPF
*KPF
*KPF
*All works done by PeiPei Yang unless noted otherwise
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XUHUI RIVERFRONT sample schematic design drawing
百汇园 百汇园
LONGLAN LONGLAN ROAD ROAD
CAR CAREXIT EXIT 车行出入口 车行出入口
30.0 m m 30.0
113.5 113.5 m m
5.0 m m 5.0 16.0 m m 16.0
10.0 m m 10.0
27.7 27.7 m m 14.7 14.7 m m
7.2 m m 7.2
7.2 7.2 m m 13.9 13.9 m m
3.6 3.6 m m 5.0 m m 5.0
20.1 m m 20.1
21.9 21.9 m m
8.9 m m 8.9 19.3 m m 19.3 30.5 m m 30.5 22.3 m m 22.3 6.1 m m 6.1
5.0 5.0 m m
云谣路
35.7 m m 35.7 10.0 m m 10.0
12.2 12.2 m m
YUNYAO ROAD
43.3 m m 43.3 8.5 m m 8.5
26.5 m m 26.5 36.1 m m 36.1 69.5 m m 69.5
YUNYAO ROAD
22.0 m m 22.0
云谣路
3-6
3-7
9000
3-8
9000
9000
3-10
3-9
6600
3-11
6000
8400
3-12
3-13
8400
8400
3-18
3-19
3-20
3.红线坐标标注形式为 3.红线坐标标注形式为 为 为《 《 房屋土地权属调查报告书》成果资料勘测坐标; 房屋土地权属调查报告书》成果资料勘测坐标; 4.K-2地块变电站设计以专业设计院图纸为准. 4.K-2地块变电站设计以专业设计院图纸为准. 3-006 3-007 3-008
3-009 3-010 3-011
3-012 3-013
3-017 3-018 3-019
3-014 3-015 3-016
3-020 3-021 3-022
3-023 3-024 3-025
3-026 3-027 3-028
3-029 3-030
3-189 3-190 3-191
3-192 3-193
3-194 3-301 3-300
3-299 3-298 3-297
3-296 3-295 3-294
3-072 3-073 3-074
3-075 3-076 3-077
3-293 3-292
3-291
5500
6. 6. 图中人行道依据上位规划道路文本绘制 图中人行道依据上位规划道路文本绘制
9.1 m m 9.1
3-059 3-060 3-061
3-062 3-063 3-064
3-065 3-066
3-067 3-068
3-069 3-070 3-071
PARKNG 停车
3-098 3-099 3-100
3-101 3-102 3-103
3-104 3-105
3-106 3-107
3-108 3-109 3-110
3-129 3-130 3-131
3-132 3-133
3-134 3-135
3-136 3-137 3-138
-12.9
3-111 3-112
3-114 3-115
3-216
3-B
3-218 3-222 3-223
3-225 3-226 3-227
3-228 3-229 3-230
3-231 3-232 3-233
3-234
6000
3-175 3-174
6600
3-157 3-156 3-160 3-159 3-158 3-163 3-162 3-161
FAN RM 风机房
3-260 3-261 3-262
3-263 3-264 3-265
9000 9000
3-183 3-182 3-181
3-197 3-196 3-195
3-S
建筑设计顾问 ARCHITECTUAL DESIGN CON
3-235 3-236 3-237
3-238 3-239 3-240
3-241 3-242
3-243 3-244 3-245
3-246 3-247 3-248
3-249 3-250 3-251
3-252 3-253
3-266 3-267 3-268
3-269 3-270 3-271
3-272 3-273
3-274 3-275 3-276
3-277 3-278 3-279
3-280 3-281 3-282
3-283 3-284
3-330
3-332
3-257 3-258 3-259
3-254 3-255 3-256
3-285 3-286 3-287 6.28 (测) (测) 6.28
PUBLIC PARKING 公共停车位 135 个
188N-O-1 UP 上
CAR RAMP 汽车坡道
3-324
3-325
3-326
3-327
Kohn Pedersen Fox Associates PC
上海寰宇城市
徐汇滨江188N188N-K-2地块
3-A
3-323
美国 KPF 建筑师事务所
3-205 3-204 3-203
3-219 3-220 3-221
3-186 3-185 3-184
3-166 3-165 3-164
NN
LOADING 卸货区
3-217
3-U
6600
TRASH RM 垃圾房
3-V
DN 下
188N-L-2
3-188 3-187
3-310 3-311 3-312 3-307 3-308 3-309
188N-M-1
EL RM B 强电B
3-214 3-215
DN 下
3-120 3-121
3-T
OPEN BELOW 下空
SES
3-212 3-213
3-032 3-031
3-316 3-317
VPAS SPAS
VEST 前室
S/VIP/FF-1
3-E
6500
3-170 3-169 3-168
PD&FS
3-313 3-314 3-315
S/FF-2
VPAS SPAS
3-F
3-153
188N-K-2 OPEN BELOW 下空
3-305 3-306
PD PEX PANTRY 茶水间
UP 上
3-090 3-091
9000
3-151 3-152
地块示意图: 地块示意图:
EL RM A 强电A
JANITOR 储物间
RETAIL HEAT EXCHANGE RM 热交换室（零售）
3-118 3-119
3-173 3-172 3-171
3-145 3-146 3-147
PD&FS
9000
3-052 3-051
CAR RAMP 汽车坡道
3-116 3-117
3-177 3-176
3-142 3-143 3-144
SES ELV RM 弱电
3-088 3-089
CAR RAMP 汽车坡道
3-113 3-083
3-180 3-179 3-178
3-139 3-140 3-141
FAN RM 风机房
T1OFFICE HEAT EXCHANGE RM 热交换室（M-1办公）
3-086 3-087
8. 8. 消防扑救场地及消防车道地面无高差，颜色差表示铺地材质不同 消防扑救场地及消防车道地面无高差，颜色差表示铺地材质不同 9. 9. 由于规划一路，规划二路，云谣路设计未定，相关道路交叉点标高均 由于规划一路，规划二路，云谣路设计未定，相关道路交叉点标高均 为暂定数据 为暂定数据
3-127 3-128
3-150 3-149
3-050 3-049
6600
3-084 3-085
3-320 3-321 3-322
3-125 3-126
3-148
3-122 3-123 3-124
3-081 3-082
3-318 3-319
3-095 3-096 3-097
3-078 3-079 3-080 UP 上
6000
3-048 3-047 3-046
16800
3-045 3-044 3-043
3-092 3-093 3-094
6000
7. 7. 道路标注见分区地块图 道路标注见分区地块图
DN 下
3-302 3-303 3-304
3-056 3-057 3-058
3-167 3-155 3-154
3-042 3-041 3-040
8400
7000 3-053 3-054 3-055
3-200 3-199 3-198
16800
3-039 3-038 3-037
6000
3-G
4.7 4.7
O-1
5.图中建筑外轮廓已包括外保温以及外装饰层厚度. 5.图中建筑外轮廓已包括外保温以及外装饰层厚度. 3-005
FAN RM 风机房
M-1
3-033
3-002 3-003 3-004
编号 编号
3-036 3-035 3-034
FIXED-LINE AND 3-001 MOBILE EQUIPMENT RM 通讯机房（移动/固网）
3-H
3-D
Key Plan
N
X= X= Y= Y=
3-J
X=-7368.753 -7368.753 X= Y=-1061.850 -1061.850 Y=
3-22
K-2
3-K
20.0 20.0 m m
3-21
3-202 3-201
4500
3-16
3-17
3-C
50.8 50.8 m m
3-15
2.红线内人行天桥按有顶考虑，桥下净高为4.5米， 2.红线内人行天桥按有顶考虑，桥下净高为4.5米， 1/2投影面积计入建筑面积，不计入容积率. 1/2投影面积计入建筑面积，不计入容积率.
X=-7298.982 -7298.982 X= Y=-1071.958 -1071.958 Y=
40.0 40.0 m m
±0.00相对标高 ±0.00相对标高
1.相对标高±0.000相当于绝对标高4.850,如图所示: 1.相对标高±0.000相当于绝对标高4.850,如图所示: (+4.850)绝对标高 (+4.850)绝对标高 括号内标高为绝对标高,不加括号的为相对标高. 括号内标高为绝对标高,不加括号的为相对标高. 8400 6000 7600 6000 11300 7200 7200 3-14
8400
3-208 3-207 3-206
20.0 20.0 m m
龙兰路 龙兰路
3-5
9000
3-211 3-210 3-209
94.2 94.2 m m
3-4
8400
COMPUTER RM OF DATA CENTER 计算机数据中心
PUBLIC PUBLICGREEN GREEN 公共绿地 公共绿地
-0.15 -0.15 (+4.7) (+4.7)
3-3
8400
3-P
X=-7282.652 -7282.652 X= Y=-1074.323 -1074.323 Y=
X=-7376.348 -7376.348 X= Y=-1054.179 -1054.179 Y=
-0.15 -0.15 (+4.70) (+4.70)
3-2
6000
3-289
20.0 m m 20.0 20.0 m m 20.0
PROPERTY PROPERTY LINES LINES 用地红线 用地红线
19.2 m m 19.2 21.2 m m 21.2
X=-7372.194 -7372.194 X= GREEN Y=-1085.603 -1085.603GREEN Y= 绿化 绿化
5.0 5.0 m m
BICYCLE BICYCLERAMP RAMP 自行车坡道 自行车坡道 GREEN GREEN 绿化 绿化
40.0 m m 40.0 700 SCALE: SCALE: 11 :: 700
2015年4月1日 1 APRIL 2015
O1#4 O1#4 裙楼 裙楼
PARAPET 18.6 18.6 PARAPET 女儿墙 H=18.75 H=18.75女儿墙
RAMP RAMP 地下室出入口 地下室出入口
3-1
3-290
*KPF
BLOCK BLOCK PLAN_PS PLAN_PS
100 % 方案设计图纸 100% FAGNAN
2F 2F 6.5 6.5
COUNT 数量 35 335 312
6000
装饰性构架 装饰性构架
DN DN 下 下
METRO METROSTATION STATION 地铁车站 地铁车站
装饰性构架 装饰性构架
-0.15 -0.15 (+4.7) (+4.7)
LEVEL 层数
3-M
ROOF ROOF 屋顶 屋顶
X=-7351.428 -7351.428 X= Y=-1099.195 -1099.195 Y=
24.0 24.0 m m
ROAD ROAD PROPERTY PROPERTY LINES LINES 道路红线 道路红线
3-N
O1#3 O1#3 裙楼 裙楼
RETAIL RETAILDROP-OFF DROP-OFF 25.5 25.5 m m 商业落客区 商业落客区
18.0 18.0 m m
-0.02 -0.02 (+4.83) (+4.83)
6.08 6.08 (测) (测)
PLANNING PLANNING ROAD ROAD ONE ONE
6200
19.1 m m 19.1
19.1 m m 19.1
4.5 4.5 m m
15.0 15.0 m m
SUNKEN SUNKENGARDEN GARDEN 下沉广场 下沉广场
-0.15 -0.15 (+4.7) (+4.7)
装饰性构架 装饰性构架
-0.02 -0.02 (+4.83) (+4.83)
X= X=-7072.127 -7072.127 Y= Y=-893.176 -893.176
X= X=-7072.440 -7072.440 规划一路 规划一路 Y= Y=-930.362 -930.362
CATV RM 有线电视机房
3-Q
6.5 6.5 m m
6.5 6.5
OFFICE OFFICEENTRANCE ENTRANCE 办公入口 办公入口
4.70 4.70
TYPE 类型
CAR 轿车 (LOT M-1) LEVEL B1 CAR 轿车 (LOT M-1) LEVEL B2 CAR 轿车 (LOT M-1) LEVEL B3 CAR 轿车 (LOT M-1): 682 Grand total: 682
9000
72.0 m m 72.0
YUNJIN ROAD
107.7 m m 107.7
云锦路 OVERALL OVERALL BLOCK BLOCK PLAN PLAN C:\KPF\Revit\2254_ARCH_KPF_PODIUM_pyang.rvt C:\KPF\Revit\2254_ARCH_KPF_PODIUM_pyang.rvt
42.0 42.0 m m
PUBLIC PUBLICGREEN GREEN 公共绿地 公共绿地
4.33 4.33
RETAIL RETAILENTRANCE ENTRANCE 商业入口 商业入口
CAR CAREXIT EXIT 车行出入口 车行出入口
3-224
A-0002 A-0002 7/2/2015 6:36:24 6:36:24 PM PM 7/2/2015
T2-A T2-A 12.48 12.48
18.6 18.6 H=18.75 H=18.75
X= X=-7068.167 -7068.167 Y= Y=-900.870 -900.870
注: 注: PARKING SECHEDULE M-1 停车位
BASEMENT BASEMENT EXTENT EXTENT 地下室轮廓线 地下室轮廓线
X=-7280.350 -7280.350 X= Y=-1068.084 -1068.084 Y=
6.5 6.5
1F 1F
16.5 m m 16.5
153.0 153.0
2F 2F
PARAPET PARAPET 女儿墙 女儿墙
2F 2F
O1#1 O1#1 塔楼 塔楼 T2 T2
ROOF ROOF 屋顶 屋顶
X=-7251.820 -7251.820 X= Y=-1087.373 -1087.373 Y=
18.6 18.6 H=18.75 H=18.75
159.85 159.85 H=160.0 H=160.0
18.0 18.0
2F 2F
92.9 92.9 m m
BASEMENT EXTENT EXTENT BASEMENT 地下室轮廓线 地下室轮廓线
-0.15 -0.15 6.5 6.5 m m (+4.7) (+4.7)
24.0 24.0 m m
X=-7290.546 -7290.546 X= Y=-1097.430 -1097.430 Y=
GREEN GREEN 绿化 绿化
PARAPET PARAPET 女儿墙 女儿墙
5.0 m m 5.0
PARAPET 18.6 18.6 PARAPET 女儿墙 H=18.75 H=18.75女儿墙
X=-7301.604 -7301.604 X= Y=-1110.985 -1110.985 Y=
148.5 148.5
5.5 5.5
GREEN GREEN 绿化 绿化
20.9 20.9 m m
3-288
UI BINJIANG WATERFRONT BUSINESS DISTRICT
SKYLIGHT SKYLIGHT 采光顶 采光顶
23.5 23.5 m m
KPF
32F 32F
TERRACE TERRACE 露台 露台
-0.15 -0.15 (+4.70) (+4.70)
34.4 34.4 m m
1.85 1.85 (+6.50) (+6.50)
SETBACK SETBACK LINES LINES 建筑退线 建筑退线
X=-7267.655 -7267.655 X= Y=-1085.079 -1085.079 Y=
1F 1FO1#2 O1#2
T2-7 T2-7
144.0 144.0
PODIUM PODIUM ROOF ROOF 裙房屋顶 裙房屋顶
2F 2F
X=-7402.007 -7402.007 X= Y=-1231.330 -1231.330 Y=
OFFICE OFFICEENTRANCE ENTRANCE 办公入口 办公入口
31F 31F 33F 33F
CAR CAREXIT EXIT 车行出入口 车行出入口 X= X=-7079.781 -7079.781 Y= Y=-988.005 -988.005
2F 2F
X= X=-7075.652 -7075.652 Y= Y=-959.503 -959.503
6600
T2-1 T2-1 T2-G T2-G
-0.02 -0.02 (+4.83) (+4.83)
16.2 16.2 m m
PROPERTY PROPERTY LINES LINES 用地红线 用地红线
28.70 28.70 H=29.00 H=29.00
OFFICE OFFICE -0.15 -0.15 ENTRANCE ENTRANCE (+4.7) (+4.7) 办公入口 办公入口 9.3 9.3 m m
8400
3F 3F
7.2 7.2 m m
4F 4F
23.50 23.50
X=-7234.825 -7234.825 X= Y=-1074.678 -1074.678 Y=
27.0 m m 27.0
裙楼 裙楼
RAMP RAMP 地下室 地下室 出入口 出入口
OFFICE OFFICEDROP-OFF DROP-OFF 办公落客区 办公落客区
5.5 5.5
5F 5F
8400
12.48 12.48
X= X=-7081.795 -7081.795 Y= Y=-1001.759 -1001.759
18.55 18.55
TERRACE TERRACE 露台 露台
9000
装饰性构架 装饰性构架
TERRACE TERRACE 露台 露台
23.9 m m 23.9
X=-7381.158 -7381.158 X= Y=-1220.713 -1220.713 Y=
X=-7275.701 -7275.701 X= Y=-1099.581 -1099.581 Y=
X= X=-7089.832 -7089.832 Y= Y=-1050.409 -1050.409
RETAIL RETAIL ENTRANCE ENTRANCE 商业入口 商业入口
36.8 36.8 m m
22.90 22.90
TERRACE TERRACE 露台 露台
5F 5F TERRACE TERRACE 露台 露台
28.00 28.00
PARAPET PARAPET 女儿墙 女儿墙
X= X=-7057.949 -7057.949 Y= Y=-932.866 -932.866 OFFICE OFFICE ENTRANCE ENTRANCE 办公入口 办公入口
(+5.28) (+5.28)
6F 6F ROOF ROOF 屋顶 屋顶
DN DN DN DN 下 下
5F 5F -0.02 -0.02
ROOF ROOF 屋顶 屋顶
L2#5 L2#5 塔楼 塔楼
27.2 27.2 m m
L2#4 L2#4 塔楼 塔楼
6000
GREEN GREEN
GREEN GREEN ROOF ROOF 屋顶绿化 屋顶绿化
32.0 32.0 m m
59.1 59.1 m m
-0.15 -0.15 69.0 69.0 m m 绿化 (+4.70) (+4.70) 绿化
181.7 181.7 m m
PUBLIC PUBLIC GREEN GREEN 公共绿地 公共绿地
PLANNING PLANNING ROAD ROAD TWO TWO
车行出入口 车行出入口
18.0 18.0 m m
19.90 19.90
X= X=-7087.429 -7087.429 Y= Y=-1040.653 -1040.653
10.0 10.0 m m
23.60 23.60 H=23.90 H=23.90
X= X=-7011.672 -7011.672 Y= Y=-901.616 -901.616
X= X=-7026.972 -7026.972 Y= Y=-937.354 -937.354
-0.15 -0.15 (+4.7) (+4.7)
8400
39.0 39.0 m m
94.0 94.0 m m
CAREXIT EXIT 规划二路 规划二路CAR
GREEN GREEN 绿化 绿化
X=-7249.195 -7249.195 X= Y=-1104.936 -1104.936 Y=
36.0 m m 36.0
19.0 19.0 m m
PUBLIC PUBLIC GREEN GREEN 公共绿地 公共绿地
X=-7021.022 -7021.022 X= Y=-967.417 -967.417 Y=
5.5 5.5 H=6.1 H=6.1 L2#9 L2#9 裙楼 裙楼 10.0 10.0 m m
1F 1F
GREEN GREEN 绿化 绿化
12.4 12.4 m m
RAMP RAMP 地下室 地下室 出入口 出入口
23.50 23.50
LOT M-1 B2 PLAN C:\KPF\Revit\2254_ARCH_KPF_PODIUM_pyang.rvt
24.0 24.0 m m
12.0 m m 12.0
19.3 m m 19.3
-0.15 -0.15 (+4.7) (+4.7)
12.5 12.5
CULTURE CULTURE ENTRANCE ENTRANCE 文化入口 文化入口
ROOF ROOF 屋顶 屋顶
TERRACE TERRACE 露台 露台
TERRACE 2F TERRACE mm 2F 露台 露台 33.5.5 5.7 5.7
6F 6F
24.00 24.00
A-1302 7/2/2015 6:48:43 PM
3.0 3.0 m m
X=-7254.357 -7254.357 X= Y=-1140.564 -1140.564 Y=
CAR CAREXIT EXIT 车行出入口 车行出入口
87.8 87.8 m m
CAR CAR EXIT EXIT 车行 车行 出入口 出入口
RAMP RAMP 地下室 地下室 出入口 出入口
X=-7222.474 -7222.474 X= Y=-1108.807 -1108.807 Y=
M1#4 M1#4 裙楼 裙楼
ROOF ROOF 屋顶 屋顶
18.6 18.6 H=18.75 H=18.75 -0.15 -0.15 (+4.7) (+4.7)
装饰性构架 装饰性构架
GREEN GREEN 绿化 绿化
BASEMENT BASEMENT EXTENT EXTENT 地下室轮廓线 地下室轮廓线
2F 2F PARAPET PARAPET 女儿墙 女儿墙
54.2 m m 54.2 18.0 18.0 m m
53.4 53.4 m m
12.5 12.5
25.5 m m 25.5
PROPERTY PROPERTY LINES LINES 用地红线 用地红线
-0.15 -0.15 (+4.70) (+4.70)
BRIDGE BRIDGE 预留连桥 预留连桥
X=-7309.902 -7309.902 X= Y=-1231.035 -1231.035 Y=
10.5 m m 10.5
15.0 m m 15.0
SUNKEN SUNKENGARDEN GARDEN 下沉广场 下沉广场 METRO METROSTATION STATION 25.5 m m 25.5 地铁车站 地铁车站
RETAIL RETAILENTRANCE ENTRANCE 商业入口 商业入口 2F 2F
SETBACK SETBACK LINES LINES 建筑退线 建筑退线
m m
X=-7234.261 -7234.261 X= Y=-1169.242 -1169.242 Y=
L2#3 L2#3 塔楼 塔楼
15.0 m m 15.0
X= X=-7286.973 -7286.973 Y= Y=-1274.264 -1274.264
2211 .9 .9
-0.02 -0.02 (+4.83) (+4.83)
OFFICE OFFICEENTRANCE ENTRANCE 办公入口 办公入口
8.0 8.0 m m
12.0 m m 12.0
X=-7274.612 -7274.612 X= Y=-1244.731 -1244.731 Y= X=-7290.447 -7290.447 X= Y=-1242.437 -1242.437 Y= X=-7292.013 -7292.013 X= Y=-1247.262 -1247.262 Y=
12.5 12.5
OFFICE OFFICEDROP-OFF DROP-OFF 办公落客区 办公落客区
5.9 5.9 m m
4.37 4.37
12.48 12.48
TERRACE TERRACE 露台 露台
-0.60 -0.60 (+4.70) (+4.70)
装饰性构架 装饰性构架
5.0 m m 5.0
10.0 m m 10.0
8.9 m m 8.9
ROAD ROAD PROPERTY PROPERTY LINES LINES 道路红线 道路红线
193.5 193.5
DN DN 下 下 5.5 5.5 5.5 1F 1F 5.5 H=6.1 H=6.1 H=6.1 H=6.1 L2#7 L2#7 裙楼 裙楼 L2#8 L2#8 裙楼 裙楼 13.7 13.7 m m 8.7 8.7 m m 10.0 10.0 m m
1F 1F
RAMP RAMP 地下室 地下室 出入口 出入口
ROOF ROOF 屋顶 屋顶
184.5 40F 40F 184.5
T1-A T1-A
20.1 m m 20.1
-0.15 -0.15 (+4.7) (+4.7) X=-7274.480 -7274.480 X= Y=-1249.802 -1249.802 Y=
GARDEN GARDEN 下沉广场 下沉广场
12.0 m m 12.0
15.0 15.0 m m 22.4 m m 22.4
PARAPET PARAPET 女儿墙 女儿墙
18.6 18.6 H=18.75 H=18.75
-0.15 -0.15 (+4.7) (+4.7)
45.0 m m 45.0
ROOF ROOF 屋顶 屋顶
108.5 m m 108.5
199.35 199.35 H=199.5 H=199.5
GARDEN GARDEN 下沉广场 下沉广场
X= X=-7024.500 -7024.500 X=-7025.172 -7025.172 Y= Y=-1001.063 -1001.063 X= Y= Y=-996.060 -996.060
X=-7034.972 -7034.972 X= X=-7045.013 -7045.013 X= Y=-1013.493 -1013.493 Y=-985.868 -985.868 Y= DN DN BICYCLE BICYCLE Y= SUNKEN SUNKENGARDEN GARDEN SUNKEN SUNKENGARDEN GARDEN PARKING PARKING (2) (2) 下沉广场 下沉广场 下沉广场 下沉广场 自行车位（2辆） 自行车位（2辆） X=-7060.213 -7060.213 X= PARAPET PARAPET Y=-1044.596 -1044.596 Y= 女儿墙 女儿墙 X= X=-7047.021 -7047.021 PARAPET PARAPET Y= Y=-992.751 -992.751 女儿墙 女儿墙
L2#6 L2#6 裙楼 裙楼
PARAPET PARAPET 女儿墙 女儿墙
X= X=-7082.792 -7082.792 Y= Y=-1071.413 -1071.413
22.90 22.90
4F 4F
X= X=-7026.736 -7026.736 Y= Y=-1040.351 -1040.351
19.20 19.20
19.8 19.8 m m
RAMP RAMP 地下室 地下室 入口 入口
ROOF ROOF 屋顶 屋顶
YUNYAO ROAD
PARAPET 6.0PARAPET 1F 1F 6.0 女儿墙 女儿墙 M1#5 M1#5 6.5 6.5 裙楼 裙楼 H=6.65 H=6.65 UP UP -0.15 -0.15 (+4.7) (+4.7) SUNKEN SUNKEN
X= X=-7048.179 -7048.179 Y= Y=-1054.952 -1054.952
18.55 18.55
L2#2 L2#2 塔楼 塔楼
20.0 m m 20.0
X=-7179.399 -7179.399 X= Y=-1115.048 -1115.048 Y= GREEN GREEN 绿化 绿化
M1#3 M1#3 裙楼 裙楼
2F 2F
DN DN 下 下
M1#1 M1#1 塔楼 塔楼 T1 T1
42F 42F 193.5 193.5
2F 2F
装饰性构架 装饰性构架
34.8 34.8 m m
189.0 41F 41F 189.0
女儿墙 女儿墙 PARAPET PARAPET
11 *All works done by PeiPei Yang unless noted otherwise
35.5 m m 35.5
21.0 m m 21.0 X=-7181.980 -7181.980 X= Y=-1132.862 -1132.862 Y=
39F 39F 180.0 180.0
18.6 18.6 H=18.75 H=18.75
5.0 m m 5.0
X= X=-7158.641 -7158.641(+4.7) (+4.7) Y= Y=-1118.055 -1118.055 5.0 m m 5.0
16.5 m m 16.5
76.5 m m 76.5
云锦路
110.0 110.0 m m
T1-G T1-G
PARAPET PARAPET 女儿墙 女儿墙
27.0 m m 27.0
-0.15 -0.15
HELIPAD HELIPAD 停机坪 停机坪
BICYCLE BICYCLE RAMP RAMP 自行车坡道 自行车坡道
露台 露台 6.5 6.5
T1-7 T1-7
43.5 m m 43.5
T1-1 T1-1
Y= Y=-1049.043 -1049.043
3.4 3.4 m m
GREEN GREEN 绿化 绿化
10.5 m m 10.5
SKYLIGHT SKYLIGHT 采光顶 采光顶
12.48 12.48
GREEN GREEN 绿化 绿化
23.3 23 .3 m m
YUNJIN ROAD
GREEN GREEN ROOF ROOF 屋顶绿化 屋顶绿化
10.0 m m 10.0
PROPERTY PROPERTY LINES LINES 用地红线 用地红线
12.5 12.5
1F 1F 18.0 18.0
PUBLIC PUBLIC GREEN GREEN 公共绿地 公共绿地
BASEMENT BASEMENT EXTENT EXTENT 地下室轮廓线 地下室轮廓线
ROOF ROOF 屋顶 屋顶
裙楼 裙楼
3F 3F
122.8 122.8 m m
滨江综合商务区
M1#2 M1#2 48.0 48.0 m m
2F 2F PARAPET 18.6 18.6 PARAPET 女儿墙 H=18.75 H=18.75女儿墙
12.48 12.48
X=-7133.878 -7133.878 X= Y=-1089.299 -1089.299 Y=
15.0 m m 15.0
GREEN GREEN ROOF ROOF 屋顶绿化 屋顶绿化
YUZ YUZMUSEUM MUSEUM 余德耀美术馆 余德耀美术馆 X= X=-6982.235 -6982.235 Y= Y=-1006.536 -1006.536
TERRACE TERRACE 露台 露台
X=-7121.183 -7121.183 X= Y=-1106.295 -1106.295 Y=
X= X=-7128.951 -7128.951 Y= Y=-1122.356 -1122.356
8.6 m m 8.6
2F 2F
70.5 70.5 m m
4.70 4.70
23.60 23.60 H=23.95 H=23.95
5F 5F
18.55 18.55 SUNKEN SUNKEN
23.60 23.60 4F 4F H=23.90 X= H=23.90 X=-7036.662 -7036.662
ROOF ROOF 屋顶 屋顶
PARAPET PARAPET 女儿墙 女儿墙
10.0 10.0 m m GREEN GREEN 绿化 绿化
TERRACE TERRACE 露台 露台
21.00 21.00 H=21.30 H=21.30
X=-7082.415 -7082.415 X= Y=-1096.753 -1096.753 Y= X=-7083.507 -7083.507 X= Y=-1076.387 -1076.387 Y= X= X=-7096.202 -7096.202 Y= Y=-1059.391 -1059.391
-0.15 -0.15 (+4.7) (+4.7) X=-7135.832 -7135.832 X= Y=-1169.860 -1169.860 Y=
22.90 22.90
4F 4F
X=-7099.410 -7099.410 X= Y=-1109.448 -1109.448 Y=
15.0 m m 15.0
-0.02 -0.02 (+4.83) (+4.83) 16.5 16.5 m m
44.1 44.1 m m
DN DN
-0.60 -0.60 (+4.70) (+4.70) 8.0 8.0 m m
32.5 32.5 m m
OFFICE OFFICEENTRANCE ENTRANCE 办公入口 办公入口 4F 4F
ROOF ROOF 屋顶 屋顶
PARAPET PARAPET 女儿墙 女儿墙
X=-7082.524 -7082.524 X= Y=-1101.800 -1101.800 Y=
10.0 10.0 m m
-0.15 -0.15 (+4.7) (+4.7)
5.0 5.0 m m
ROOF ROOF 裙房屋顶 裙房屋顶
12.0 m m 12.0
X= X=-7138.202 -7138.202 Y= Y=-1186.215 -1186.215
3F 3F
PODIUM 2F 2F PODIUM
15.0 m m 15.0
10.0 m m 10.0
CAR CAREXIT EXIT 车行出入口 车行出入口
164.9 164.9 m m
18.6 18.6 H=18.75 H=18.75
16.0 16.0 m m
-0.15 -0.15 (+4.7) (+4.7)
RETAIL RETAILENTRANCE ENTRANCE 商业入口 商业入口
X=-7148.285 -7148.285 X= Y=-1245.355 -1245.355 Y=
18.4 18.4 m m
PLANNING PLANNING ROAD ROAD ONE ONE
PARAPET PARAPET 女儿墙 女儿墙
X=-7093.854 -7093.854 X= Y=-1110.263 -1110.263 Y=
43.5 43.5 m m
15.0 m m 15.0
规划一路 规划一路
X=-7145.541 -7145.541 X= Y=-1268.478 -1268.478 Y=
32.0 m m 32.0
27.0 27.0 m m
102.5 102.5 m m
X=-7122.203 -7122.203 X= Y=-1266.806 -1266.806 Y=
-0.45 -0.45 (+4.40) (+4.40) 28.5 28.5 m m 8.4 8.4 m m
X=-7103.187 -7103.187 X= Y=-1181.663 -1181.663 Y=
10.5 10.5 m m
5.6 5.6 m m
51.0 51.0 m m X= X=-7116.865 -7116.865 Y= Y=-1269.105 -1269.105
X=-7143.976 -7143.976 X= Y=-1263.652 -1263.652 Y=
SETBACK SETBACK LINES LINES 建筑退线 建筑退线
RETAIL RETAIL ENTRANCE ENTRANCE 商业入口 商业入口
5.6 m m 5.6
mm 22.9.9
4.37 4.37
SUNKEN SUNKENGARDEN GARDEN 下沉广场 下沉广场
18.0 18.0
22.0 22.0 m m
T3-A T3-A X=-7122.071 -7122.071 X= Y=-1271.877 -1271.877 Y=
ROAD ROAD PROPERTY PROPERTY LINES LINES 道路红线 道路红线
31.5 31.5 m m
-0.02 -0.02 (+4.83) (+4.83)
93.5 93.5
X=-7051.229 -7051.229 X= Y=-1076.005 -1076.005 Y=
11.2 11.2 m m
L2#1 L2#1 塔楼 塔楼
30.0 30.0 m m
1F 1F
露台 露台 6.48 6.48
PODIUM PODIUM ROOF ROOF 裙房屋顶 裙房屋顶
5.0 5.0 m m
ROOF ROOF 屋顶 屋顶
5.0 m m 5.0
99.85 99.85 H=100.0 H=100.0
TERRACE TERRACE 露台 露台
22.0 22.0 m m
39.0 m m 39.0
PARAPET PARAPET 女儿墙 女儿墙
12.48 12.48
2F 2F12.5 12.5
GREEN GREEN ROOF ROOF 屋顶绿化 屋顶绿化
X=-7040.788 -7040.788 X= Y=-1077.522 -1077.522 Y=
132.4 132.4 m m
X=-6995.253 -6995.253 X= Y=-1012.047 -1012.047 Y=
27.6 27.6 m m
5.0 5.0 m m
RUIJIANG RUIJIANG ROAD ROAD
CAR CAR EXIT EXIT 车行 车行 出入口 出入口
PUBLIC PUBLIC GREEN GREEN 公共绿地 公共绿地
X= X=-6999.917 -6999.917 Y= Y=-1044.237 -1044.237
-0.15 -0.15 (+4.7) (+4.7)
5F 5F
X=-7068.917 -7068.917 X= Y=-1157.829 -1157.829 Y=
3F 3F
18.0 18.0
SETBACK SETBACK LINES LINES 建筑退线 建筑退线
金龙花苑茶花园 金龙花苑茶花园
-0.02 -0.02 (+4.83) (+4.83)
12.5 12.5
-0.15 -0.15 (+4.7) (+4.7)
31.5 m m 31.5
2F 2F
K2#1 K2#1 塔楼 塔楼 T3 T3
-0.45 -0.45 (+4.40) (+4.40)
SERVICE SERVICERAMP RAMP 地下室服务区出入口 地下室服务区出入口
GREEN GREEN 绿化 绿化 RETAIL RETAIL ENTRANCE ENTRANCE 商业入口 商业入口
12.48 12.48
5.0 5.0 m m
20F 20F
SKYLIGHT SKYLIGHT 采光顶 采光顶
5.0 m m 5.0
(+4.83) (+4.83)
GREEN GREEN ROOF ROOF 屋顶绿化 屋顶绿化
13.5 13.5 m m 39.0 m m 39.0
32.0 32.0 m m
9.0 m m 9.0
93.5 93.5
T3-6 T3-6
CAR CAR EXIT EXIT 车行 车行 出入口 出入口
瑞江路 瑞江路
U RIVER HUANGP
2F 2F
BASEMENT EXTENT EXTENT BASEMENT 地下室轮廓线 地下室轮廓线
X= X=-7029.913 -7029.913 Y= Y=-1084.149 -1084.149
PROPERTY PROPERTY LINES LINES 用地红线 用地红线
X= X=-7001.553 -7001.553 Y= Y=-1055.342 -1055.342
X= X=-7005.480 -7005.480 Y= Y=-1082.636 -1082.636
12.1 12.1 H=12.25 H=12.25
PARAPET PARAPET 女儿墙 女儿墙
20.0 20.0 m m
黄浦江
T3-F T3-F
11.7 11.7 m m
ROOF ROOF 屋顶 屋顶
OFFICE OFFICEENTRANCE ENTRANCE 办公入口 办公入口 -0.02 -0.02
T3-1 T3-1
X=-7078.268 -7078.268 X= Y=-1274.697 -1274.697 Y=
11.1 11.1 SUBSTATION SUBSTATION 110KV变电站 110KV变电站
99.85 99.85 H=100.0 H=100.0
OFFICE OFFICE DROP-OFF DROP-OFF 办公落客区 办公落客区
T4-A T4-A 110.1 m m 110.1
K2#2 K2#2
16.0 16.0 m m
57.0 m m 57.0
云锦路
-0.15 -0.15 (+4.7) (+4.7)
11.7 m m 11.7
6.08 6.08 (测) (测) 55.5 55.5 m m
DAO NG DA LONGTE
A printed set of drawings is available upon request.
93.50 93.50
K2#1 K2#1 塔楼 塔楼 T4 T4
OFFICE OFFICE ENTRANCE ENTRANCE 办公入口 办公入口
8.0 8.0 m m
X=-6992.295 -6992.295 X= Y=-1089.598 -1089.598 Y=
X= X=-6994.700 -6994.700 Y= Y=-1109.458 -1109.458
46.45 m m 46.45
PARAPET PARAPET 女儿墙 女儿墙
RAMP RAMP 地下室出入口 地下室出入口
BICYCLE BICYCLE RAMP RAMP 自行车坡道 自行车坡道
27.39 m m 27.39
X=-7008.954 -7008.954 X= Y=-1193.799 -1193.799 Y=
12.5 12.5
2F 2F 20F 20F
PROPERTY PROPERTY LINES LINES 用地红线 用地红线
BASEMENT EXTENT EXTENT BASEMENT 地下室轮廓线 地下室轮廓线
T4-6 T4-6
39.0 39.0 m m
22.0 m m 22.0
7.0 7.0 m m
T4-F T4-F
92.2 92.2 m m
10.6 m m 10.6
T4-1 T4-1
-0.45 -0.45 (+4.40) (+4.40)
ROAD ROAD PROPERTY PROPERTY LINES LINES 道路红线 道路红线
RUIJIANG RUIJIANG ROAD ROAD
31.9 m m 31.9
PUBLIC PUBLIC GREEN GREEN 公共绿地 公共绿地
PUBLIC PUBLIC GREEN GREEN 公共绿地 公共绿地
51.0 51.0 m m
PROPERTY LINES LINES PROPERTY 用地红线 用地红线
4.69 4.69 (测) (测)
瑞江路 瑞江路
20.0 20.0 m m
22.0 m m 22.0
X= X=-7016.230 -7016.230 Y= Y=-1287.231 -1287.231
30.0 m m 30.0
CAR CAR EXIT EXIT 车行 车行 出入口 出入口
50 50 m_ m_
云谣路
4.62 4.62
龙腾大道
This project is a 4-block riverfront complex in Xuhui, Shanghai that is in Schematic Design phase. My role in this project was to develop Revit models for three blocks’ underground connection and podiums, which includes master plan, plans, sections, elevations and various diagrams.
101.4 m m 101.4
Design Architect: Kohn Pedersen Fox
YUNJIN ROAD
Summer 2015
民苑小区 民苑小区
3-328
3-329
3-331
3-333
3-334
3-335
CAR RAMP 汽车坡道
DOWN 下
35
M-1地块地下二层平
LOT M-1 B2 PLAN
SJ1411-18
A
© 2014 KOHN PEDERSEN