Patty Chen Portfolio by Patty Chen

2019 PATTY CHEN

PROFESSIONAL WORKS

APPLE RETAIL UNIVERSITY VILLAGE

WASHINGTON STATE CONVENTION CENTER

ARLINGTON ELEMENTARY SCHOOL

CENTRAL KITSAP MIDDLE&HIGH SCHOOL

FINCH ARBORETUM

TACOMA CONVENTION CENTER HOTEL

ACEDEMIC PROJECTS

AMPHIBIOUS CITY

BACK TO THE RIVER

APPLE RETAIL UNIVERSITY VILLAGE Location：Seattle, Washington Status：Completed 2018 Team：Foster + Partners AHBL Landscape Architecture Area：23,000 SF

There is an new retail location in Seattle, Washington’s University Village, an upscale shopping center just north of the University of Washington. With a slim, drawn-out roofline planked by natural wood and a glass entry anchored by smooth limestone walls, Seattle’s newest store bears little resemblance to the outgoing facade. Inside, brightly speckled terrazzo floors support a larger and more open retail area and a gathering space Apple calls The Forum, where educational sessions and performances are held in front of a large video wall. Natural light streams in through a skylight extending from the ceiling to the ground, where a miniature garden has been transplanted inside the store. Glass entryways open onto a sheltered plaza at the same level, blending the interior and exterior of the building as it connects to a landscaped green space and the rest of the shopping center.

THE APPLE STORE SITE The store has five entrances composed of 9-foot-wide glass panels that reach to the 14-foot ceilings and pivot open, letting the breeze flow through and intentionally blurring the line between the interior retail space and the surrounding porches. 3

INTENSELY CONTEMPORARY ARCHITECTURE The new University Village location places emphasis on the idea of creating a modern town square, a gathering place for the community. With a low-slung roofline and intensely contemporary architecture. 4

INDOOR LANDSCAPE In a light well inside, a Japanese maple grows surrounded by ferns. A raised planting bed filled with Bowhall maples whose leaves will turn bright red in the fall separates the new Apple store from the old oneâ&#x20AC;&#x2122;s glass and metal facade. 5

GENER

1. SEE S MULCHING

2. PLANT PRESERVA 3.

CONT

4. INSTA RENOVATE

TREE PIT CONCEPT

5. THE C NOTES.

6. THE C PLANT MAT NUMBER O BE RESPO ESTIMATIN

7. THE C SHRUBS A GROUNDC PLANT MAT TREES AN 8.

SEE (a

LEGEN 1. 2. 3.

GENERAL LANDSCAPE NOTES

NOTES NOTES NOTES

1. SEE SPECIFICATIONS FOR PLANT MATERIAL, TOP SOIL AND PLANTING MIX TYPES AND DEPTH, MULCHING, SOIL AMENDMENTS, FERTILIZERS AND WARRANTEES. 2. PLANTING SHALL CONFORM TO ALL (add jurisdiction here) CODE REQUIREMENTS, INCLUDING PRESERVATION OF ADEQUATE INTERSECTION SIGHT DISTANCE LINES/ TRIANGULAR AREAS. 3.

CONTRACTOR SHALL VERIFY ON-SITE CONDITIONS PRIOR TO BIDDING AND CONSTRUCTION.

Adiantum aethiopicum Maidenhair Fern

4. INSTALL AUTOMATIC UNDERGROUND IRRIGATION SYSTEM AS SPECIFIED IN ALL NEW AND RENOVATED LANDSCAPE AREAS. (revise as needed per project)

5. THE CONTRACTOR AND OWNER ARE RESPONSIBLE FOR READING THE PLANS, SPECIFICATIONS AND NOTES.

Steel Landscape Edging

6. THE CONTRACTOR SHALL VERIFY ALL PLANT MATERIAL QUANTITIES PRIOR TO INSTALLATION. ANY PLANT MATERIAL QUANTITIES LISTED ARE FOR THE CONVENIENCE OF THE CONTRACTOR. ACTUAL NUMBER OF SYMBOLS SHALL HAVE PRIORITY OVER QUANTITY DESIGNATED. THE CONTRACTOR SHALL BE RESPONSIBLE FOR COUNTING THE TOTAL NUMBER OF PLANTS INDICATED ON THE PLANS AND ESTIMATING GROUNDCOVER QUANTITIES.

PLANT SCHEDULE TREES

7. THE CONTRACTOR SHALL FURNISH AND PAY FOR ALL CONTAINER OR FIELD GROWN TREES, SHRUBS AND GROUNDCOVERS, INCLUDING SEEDED AND SODDED TURF, HYDROMULCHES AND FLATTED GROUNDCOVERS. THE CONTRACTOR SHALL ALSO BE RESPONSIBLE AND PAY FOR: PLANTING OF ALL PLANT MATERIALS; THE SPECIFIED GUARANTEE OF ALL PLANT MATERIALS; THE STAKING AND GUYING OF TREES AND THE CONTINUOUS PROTECTION OF ALL PLANT MATERIALS UPON THEIR ARRIVAL AT THE SITE. 8.

BOTANICAL NAME

ACER PALMATUM `KOTO NO ITO`

SEE (add sheet number) SHEET FOR PLANTING DETAILS.

SHRUBS

LEGEND 1. 2. 3.

CODE

NOTES NOTES NOTES

GROUND COVERS

CODE

BOTANICAL NAME

POLYSTICHUM POLYBLEPHARUM

CODE

BOTANICAL NAME

ADIANTUM AETHIOPICUM

LEPTINELLA SQUALIDA `PLATT`S BLACK`

Beach Pebbles PLANT SCHEDULE TREES

GROUND FLOOR PLANTING PLAN

CODE

BOTANICAL NAME

COMMON NAME

CONT

QTY

ACER PALMATUM `KOTO NO ITO`

KONO NO ITO JAPANESE MAPLE

5 GAL

REMARKS

Acer Palmatum ‘Koto No Ito’ Architect: Japanese MapleFoster + Partners www.fosterandpartners.com

Structural:

SHRUBS

GROUND COVERS

CODE

BOTANICAL NAME

COMMON NAME

CONT

SPACING

QTY

POLYSTICHUM POLYBLEPHARUM

JAPANESE TASSEL FERN

2 GAL

24" o.c.

CODE

BOTANICAL NAME

COMMON NAME

CONT

SPACING

QTY

ADIANTUM AETHIOPICUM

MAIDENHAIR FERN

1 GAL

20" o.c.

167 SF

REMARKS

KPFF www.kpff.com

REMARKS

Mechanical, Electrical, Plumbing:

Mazzetti www.mazzetti.com

Enclosure + Energy Code:

LEPTINELLA SQUALIDA `PLATT`S BLACK`

BRASS BUTTONS

4" PLUG

6" o.c.

171 SF

RDH Building Science www.rdh.com

Facade:

Tree Pit Concept

Brass U. VillageButtons Retail

Eckersley O'Callaghan www.eocengineers.com

Japanese Tassel Fern

Maidenhair Fern

1/18/2017

Japanese Maple Building Code:

West Coast Code Consultants www.wc-3.com

Elevator:

Edgett Williams Consulting Group www.ewcg.com

Landscape Architecture:

AHBL www.ahbl.com

Signed: 10/03/2016

Village Green 2651 NE 49th Street Seattle, WA

Issued / Revised

PLANTING BEDS The most impressive parts of the apple store are two planting beds, one inside, where Japanese maple trees have been planted. Skylights above provide even more natural light inside. Natural elements are a key design element at University Village. 6

Date

Pacific Sunset Sedum Mixture

ROOF GARDEN A green wall nestled between two Avenue displays provides a quiet place to relax and wirelessly charge your iPhone. Above, the roof is planted with sedum. Saddle brown leather upholstered benches provide a view of the indoor garden. 7

TERRAZZO PORCH In a light well, Japanese maple trees grow around ferns. A raised planting bed filled with Bowhall maple trees, the autumn leaves turn bright red, separating the new Apple store from the old glass and metal exterior walls.

NATURAL Natural elements are an important design element of a university village. On the top, the roof is planted with sedum. The saddle brown leather upholstered bench offers views of the indoor garden. 8

WASHINGTON STATE CONVENTION CENTER

Location：Seattle, Washington Status：Designed 2018 Team：LMN Architects AHBL Landscape Architecture Area：1,230,000 SF

The proposal is to apply for Master Use Permits for development of a convention center addition on a site consisting of 3 lots: Site A: 1600 9th Avenue, Site B: 920 Olive Way, and Site C 1711 Boren Avenue, that will collectively form the proposed Washington State Convention Center (WSCC) Addition Project. The 3 block site is bounded by Howell Street to the north, Pine Street to the south, 9th Avenue to the west, and Boren Avenue and I-5 to the east. Terry Avenue and Olive Way divide the site on the interior. Below grade street and full alley vacations will be required for this project. The project will add approximately 1,230,000 SF of gross floor area to the existing Washington State Convention Center. This will include approximately 250,000 SF of new exhibition space, 120,000 SF of meeting rooms, a 60,000 SF Ballroom space, approximately 20 convention center loading bays, and structured parking for up to 717 additional vehicles.

A revised rendering of the Washington State Convention Center Addition, viewed from Ninth Avenue and Pine Street.

Revised renderings of storefronts on Pine Street (left) and Ninth Avenue (right) show awnings lined with a wood-slat pattern.

ARLINGTON ELEMENTARY SCHOOL Location：Tacoma, Washington Status：Completed 2017 Team：Mahlum Architects AHBL Landscape Architecture Area：54,000 SF

To begin, Tacoma Public Schools developed a robust framework of inquiry towards “A New Vision for the Elementary Learning Environment” that asked a series of provocative questions rather than providing concrete solutions. The result is a nontraditional educational specification that allows new interpretations to be created while providing the District with guidelines for building planning and design that stipulates relentless reinterpretation, deep analysis, creative synthesis and meaningful reinvention at every turn. Arlington is the first ground-up elementary school constructed since this framework was published. It is a case study of what can happen in school design when you explore the spatial possibilities that emerge when a community sets out to totally rethink the basic assumptions behind traditional elementary schools in order to build a culture that wraps around kids. This culture allows them to learn all day, every day, and throughout the year in environments where learners are continuously challenged, relentlessly supported, and engaged in a way that is both safe and healthy.

Early sketches developed during schematic design in collaboration with students, staff, and administrators identify key zones on site to accommodate a range of learning activities.community sets out to totally rethink the basic assumptions behind traditional elementary schools in order to build a culture that wraps around kids.

There are no classrooms at Arlington. There are only spaces for learners and learning activities. This provides a new spatial framework that maximizes teaching space, offering every learner a choice while giving every teacher the variety, flexibility and partnering they need to better address differentiated learning.

This is a complete package that rethinks the concept of learning environments beyond the traditional classroom.

CENTRAL KITSAP MIDDLE&HIGH SCHOOL Location：Silverdale, Washington Status：Designed 2016 Completed 2020 Team：Integrus Architects AHBL Landscape Architecture Area：300,000 SF Central Kitsap School District (CKSD) recognizes the need to provide safe, secure schools for educating our children. Local citizens, in partnership with the State of Washington, have a significant investment in our school and support facilities. In 2010 we developed a Long Range Facilities Plan to maintain our investments and modernize our schools to support educating our children.

The facility will feature flexible education spaces with state-of-the-art technology that will prepare students for the careers of tomorrow. The existing middle school will be demolished with the exception of its gymnasium, which will be modernized and upgraded. The campus and its reconstructed fields will be made more accessible, providing opportunities for sports and other community events.

PARKING

PRACTICE SOCCER FIELD

TENNIS

FRONTIER PLACE NW

BASEBALL

PARKING

HS JAVELIN

CONCESSIONS / STORAGE

EXISTING MS GYM

SOFTBALL

BATTING CAGES

FUTURE GRANDSTANDS

HS DISCUS HIGH SCHOOL FOOTBALL / TRACK PARKING

HS SHOT PUT

PARKING

BUS LOAD/ UNLOAD PARKING

CTE

H.S. CAR DROP-OFF SERVICE

H.S. ENTRY M.S. ENTRY M.S. CAR DROP-OFF

MS DISCUS

MIDDLE SCHOOL FOOTBALL / TRACK

MS JAVELIN

MS SHOT PUT

NW AN DE N

O RS

BATTING CAGES

HI RD

FUTURE BASEBALL / SOFTBALL

REVEAL NATURAL SYSTEMS The overall campus plan is designed to reveal natural systems, with buildings sited so movement occurs along the flow line of the site, with primary campus circulation tracing the low point of the valley, orienting to the watershed and framing views beyond.

FINCH ARBORETUM Location：Spokane, Washington Status：Designed 2017 Team：AHBL Landscape Architecture Area： Nestled among the Ponderosa pines and surrounding Garden Springs Creek lies a hidden oasis – the John A. Finch Arboretum. The City of Spokane's Parks and Recreation and Urban Forestry Departments and other critical stakeholders set out to develop a master plan for the Arboretum to strengthen it as a community asset. The Arboretum's master plan is a guide to continue its development into an iconic regional experience and ensure its preservation as a botanical wonderland for generations. Essential to developing this document was the guidance of the community's diverse stakeholder groups. The extensive planning process is documented within the master plan report. Over the course of a year, community members, stakeholder groups and city staff participated in visioning meetings and multiple open houses. From this community engagement developed a five-point vision to guide the master plan: Education, Conservation, Experience, Aesthetics, and Community. Using these five guidelines as a lens, the Arboretum's grounds were studied and 13 key areas were identified for improvement or preservation.

NW ENTRANCE + SIGNAGE TIMBER STEPS

ST S

RESTROOM RELOCATE TOU

BUG MOTEL

LVD

PEACE POLE MEADOW BOARDWALK

NATIVE PINE FOREST

COTONE

REY

GLEN

N U

CON

THORN

D MO

LI CK

ORANGE

ABAPPL

T OAK

YEW

INTERSTATE 90 GAZEBO

COREY GLEN ENTRY SIGN ENHANCE COREY GLEN

SECONDARY PATHWAYS PARKING, STORAGE AND MAINTEN EXISTING PARKING

Laying the groundwork and historical context for the Arboretum, the master plan first examines the site's history, both geological and human. A site analysis by the landscape architects inventories and documents the existing site amenities, site circulation, plant collections, landscape typologies and overall tree health.

Finch Arboretum Master Plan 1” = 100’

WEATHER STATION INLAND NORTHWEST HABITAT COLLECTION STREAM RESTORATION BOARDWALK + CLASSROOM ENTRY KIOSK

UCH AND SEE TRAIL

ADDITIONAL ENTRY SIGNAGE ENTRANCE ISLAND DIRECTIONAL SIGNAGE

CTION

TA BI

C H E RRY

U N TA I

INL

AND NORTHW

ASH A

SURA

N ELM

B HONEY L O

NANCE YARD

ST R

ECH

DW AY

CONNECTION TO SUSIE STEPHENS TRAIL

EVENT SPACE AT WOODLAND CENTER MEMORIAL BRIDGE EXISTING PARKING (49)

NOLIA

NDE

S M

DIRECTIONAL SIGNAGE

WO O

WILL

MAINTENANCE BUILDING ROCK BOLLARDS + ENTRY SIGN EXISTING STREET TREE EXHIBIT

E LL

F ONI ER

E RS UT HO STN E H C

EAM NB

KIOSK COMMUNITY GARDEN

ADDITIONAL SHRUB BEDS LOOP TRAIL

SOUND WALL ENHANCED SCREENING PLANTING

STONE LOADING DOCK

GARDEN SPRINGS CREEK - CONTINUED RESTORATION

DRINKING FOUNTAIN

Wandering uphill just west of downtown Spokane along spring-fed Garden Springs Creek between Interstate 90 and Sunset Boulevard, it was first identified in the 1908 Olmsted Brothers landscape and urban planning development study as worthy of development into a park (called in their report Queen Anne Park). The land came under city management, more land was donated, significant financial gifts came forth and an arboretum was born. Today it is home to more than 2,000 labeled trees and shrubs representing more than 600 species and is a four-season delight to nature lovers, who cross-country ski there in the winter, walk along paths enjoying new blooms in the spring, picnic in the summers and take in the wonderful colors in the fall â&#x20AC;&#x201C; all the while learning more about what lives and grows there.

TACOMA CONVENTION CENTER HOTEL Location：Tacoma, Washington Status：Designed 2016 Team：Ankrom Moisan Architects AHBL Landscape Architecture Area：2,300 SF

Ankrom Moisan Architects designed the $120 milliondollar Marriott hotel, the newest high rise in downtown Tacoma. The hotel is expected to address the shortage of beds for visitors drawn by the amenities of the Greater Tacoma Convention Center. The new 24-story hotel adds over 300 rooms, a rooftop pool, two-story ballroom, and other four-star amenities. How do you design a structure that will dramatically impact the downtown skyline and still respect Tacoma’s character? At 264 feet tall, the hotel will take its place as the second tallest building in Tacoma. Nandita Kamath of Ankrom Moisan describes the concept. “Nestled between the Tacoma Convention Center and a historic landmark, this four-star Marriott represents both Tacoma’s industrial history and its vision of growing into a sophisticated destination city. The design creates a modern environment that embraces the city’s grit and local character, a concept we refer to as raw-fined.”

The new Tacoma Convention Center Hotel will bring much-needed accommodations and conference space to downtown Tacoma and the Greater Tacoma Convention and Trade Center when it opens in 2020. The City of Tacoma took on a private developer to tie this $120 million, 24-story, concrete flat-plate hotel, which includes a mixed-use ground floor and above-grade parking, into the existing convention center.

AMPHIBIOUS CITY Location：Seattle, Washington Status：Studio Project 2016 Advisor：Jeffrey Hou Area：1,382 SF

Sea-level rise poses major challenges to coastal land uses, and therefore to urban design processes. The project is intended to create an innovative, sustainable and workable urban design plan. In the Seattle Interbay Area, the water along Seattle’s Puget Sound shoreline has risen by more than 6 inches during the past century (Climate Impacts Group,2013). Climate change is expected to accelerate rising sea levels during the next century. Mean projections indicate that Seattle will experience 7 inches of sea-level rise by 2050, and 24 inches by 2100 (GGLO Design, 2015). While chronic inundation is a concern, sea-level rise impacts will first be noticed episodically with more frequent tidal flooding events. As a result, there is a need to inspire creative thinking on how to integrate existing and future built environments with predicted coastal processes. I intended to provide coastal communities design concepts and ideas that create shoreline communities that address coastal hazards and preserve and enhance coastal resources. The project seeks to find the balancing point between people and nature, which is when sea level rise, how to survive because of flooding in the next hundred years. The design solution is an embodiment of cultural representation and technology of stormwater management in order to achieve ecological and social resilience which is life, produce and ecology.

When climate change and temperature rise, it is not only effect natural but also change human activities. Design proposals of this project are to re-transform the Interbay from a channelized and single-functional channel to multi- functional corridor of significant natural and cultural value, to reuse stormwater and improve ecological environment of the Interbay, to create green infrastructures which place an emphasis on balancing the restoration of habitat and watershed with the accessibility and recreation for people within the maze of pre-existing infrastructure, to create a synergy that elevates an urban riverfront landscape to a thriving and harmonious balance of complex systems, and to regenerate for developing to bring new life and investment to nearby urban settlements.

The design of the site specifically addresses the goal of applying green infrastructure at a site scale to help increase sustainability and resilience to coastal climate change impacts of sea level rise and flooding. This thesis applies the findings and discussions on sea level rise and green infrastructure in Interbay, including community, park and coastal. Congregate, Connect, Cleanse is a design response to the vision to form a cohesive landscape that creates values through social, ecological means along the Interbay area of Seattle.

The site plan creates a gradient of spaces designed for bay ecology and people. Residential units edge the wetland preserve, creating space for dune slack extensions into the new neighborhood fabric for public access and recreation. Higher density housing is mixed with small-scale commercial and retail use at the middle portion of the site, bay-side canal and linear park create a lively neighborhood destination for beach culture, and arts programming.

Among the new residential communities, the flagship is a flooding neighborhood. I envision a truly 21st Century lifestyle adapted to the local climate. The neighborhood will be built with the most innovative on-site infrastructures for water, waste, and energy. Residents can work in the surrounding biotech, art, and education corridors or commute by bicycle or streetcar from Ballard to Interbay. Community gardens, tree nurseries, and biofuel farms will occupy remediated sites. Citizens will be engaged in the cycles of production, learning more about where their food, energy, and other landscape resources come from.

Let Us Go â&#x20AC;&#x201C; Create Connection / Reconnecting the site to cities. three main bridges are proposed on the bay and the railroad which connects Magnolia and Queen anne to form a complete trail system, making the bay more accessible to public. I do not broken the industrial area pattern. But, adding participative design to supply two concepts, which is food productive and fabrication produce.

Let It Grow â&#x20AC;&#x201C; Wetland Restoration, Urban Agriculture and Reforestation. The proposed ecological framework will adapt to the site condition over time. Bringing back wetlands that clean and improve overall water quality while providing refuge for animal species. Promoting Urban Agriculture in the neighborhood will establish healthy and sustainable food access to populations in needed.

AQUATIC GARDENS/ KAYAK AREA

SURBAN AGRICULTURE AREA

COASTS: ADAPTIVE FLOODPLAIN - BEACH PARK

STORMWATER AND URBAN ECOLOGY WETLAND SYSTEM A large wetland park will offer a laboratory in ecological restoration techniques. The wetlands will cleanse water drawn from the Elliot bay, as well as surface run-off from the neighborhoods. Islands for wet prairie and riparian habitat will be built from recycled demolition materials and organics from the soil factory. The River will once again be a safe havenfor migrating birds and other wildlife.

central business district. This site also impacts well-known and international place for business playful and world-class recreational space to which can also benefit Lujiazui central business & TV Tower, will be connected through the desig only visually but also functionally. On the other Bund, is just on the other side of the river, this history of the civic development along the west

Oriental Pearl Tower

Green Signseen Cruise Harbor

Signseen Cruise Harbor

Seating Planter

s the overall connectivity of the east river bank. Because this is a s and tourism, we are going to create a contemporary, sculptural, provide various civic programs as a creative economic engine s development. The inner district, from the Oriental Pearl Radio gned green axis to the riverfront to improve the accessibility not r hand, because one of the Shanghai most famous landmark, the riverfront will become a great place to celebrate the beauty and t side of the Huangpu River.

连接性。正因为这块国际化场地对于商业及旅游业所拥有的巨大潜力满都市活动的滨江空间。它所带来的各种商业机遇和大众休闲活动空力的新发展方向。首先，通过绿轴设计从动线和视觉上连接位于金融域。在都市轴线上与对岸拥有百年历史的浦西外滩遥相呼应。

BACK TO THE RIVER Connection

Location：Shanghai, China Status：Competition 2016 Team：Chen Liyang, Xu Shukui, Qiu Shijia, Zhou Ying, Ling Xinyue, Lin Yuting, Chen Yingting, Shi Yizhu, Huang Zhehao Area：150 Acres Shanghai is one of the most modern, attractive, dynamic cities in China. As we all know, rivers are the cradle of the Chinese nation. And the Huangpu River, which runs through the whole city of Shanghai, has a complex and dynamic relationship with the city, not only offering opportunities for activities, transportation, and distinct urban habitat, but also bringing Shade shelter flooding and enviro hange citizen’s perception of how the river can perform to improve the living environment. VIEW

VIEW Floating Stage

Nowadays, dueFood to and administration management, nature or Beverage facilities, there are several gaps along the east river bank of the VIEW Huangpu River. Also, lacking of different riverfront activities and monotonous existing riverfront landscape are other majors issues. From the central business district Lujiazui to the heavily in use waterfront area of South Pier and finally to the aim tospace attractYaohua more citizen and tourists this riverfront site by crea urban We leftover green space, wetothink connecting spaces . The main design strategies include new architecture with a big the gaps by riverfront landscape and programs design, which provides space for commercial and sightseeing activities. Proposed urba includes reconstructing edge, increasing open spaces urban programs, suchbank as concert and street shows 我们通过设计不同的开放活动空间吸引市民和游客来到小陆家嘴滨江地块， and their varieties, enhancing habitat environment quality, will 结合景观的设计提供商业和观光机会。新设计的开放空间将会拥有不同的城 have great impact on east riverbank revitalization .

enhancing habitat environment quality, will have great impa

LUJIAZUI Located at one of the Shanghai busiest area, a place where need to be a world-class riverfront with various civic activities. 位于上海最繁华地区之一的小陆家嘴将成为拥有丰富公共活动空间的世界级水岸。

SOUTH PIER Increasing m the pier spac facility, South node to serve and pedestria 增加新的混合事和码头功用乐中心，服务人步道的串联

ACTIVATE COMMUNITY RESTORE ECOLOGY ANCHORED FACILITATOR REPAIR CONNECTION

act on east riverfront revitalization.

We have categorized three prototypes for the east riverfront of the Huangpu River. These three different catalytic examples of designing around the three distinct existing conditions enhance social, cultural and natural performance. As a goal, they can be applied to other areas along the riverbank as prototype design. 我们提出了针对东岸三块场地的三种不同的景观原型设计。这些原型设计依据不同的场地现状做出相对应的改造方案使其作用于场地及其周围的未来发展。我们的最终目标是将这三种原型设计作用于整个黄浦江东岸。

mix-used developments, redesigning ce and integrating with the China MSA h Pier will become a new neighborhood e the local and reconnect the bike trail an walkway disconnectivity. 合使用单元,码头广场改造，结合中国海用，南码头将会成为新兴的区域经济娱务于当地居民并改善滨江自行车道和行联。

YAOHUA GREEN SPACE Improving the urban ecology of Yaohua riverfront area is the key to provide a good riparian habitat and different civic activities. 改善耀华绿地的城市生态是营造良好的河岸生态环境和满足市民的生活娱乐需求的关键因素。

the existing structure and landscape, solve the problems of disconnectivity and inaccessibility. It makes this 体的城市新区块。 place into a neighborhood node for the surrounding residents to live, work, and play.

New Mix-used

Seating Planter

Community Plaza

n Green dor

Bus Station Harbor Plaza

Play Equipment

Proposed Pier Center

Existing Building

The Pier

Proposed Building

Connect to Urban Zoning

Elevated Structure

Nanpu Bridge

Bike Trail

CURRENT Unused + Disconnect

MOVEMENT

The site has a large parking lot space with no civic activities. The closed pier area and vertical control wall block the bike and pedestrian movement to the riverfront.

Relocating and widening a part of the flood control wall create more space for public plaza and connectivity of the bike trail.

RECONNECT + REUSE

We combine the vertical flood control wall and mount with bike trail. It not only maintains the safety of the resident behind the wall and the flood control function, but also let local have a better view and public green space. The designed bike trail integrates with the China MSA facility and the pier to create a vertical path of movement. The rooftop of new pier building can also be a place to rest and observe. We also introduce more activities, residential development and mix-used buildings to this site and connect the northern planned green corridor in the future. 我们将防汛墙与土堆以及脚踏车道结合, 不仅保持墙内居民的安全, 达到保持防汛墙的需求, 但也使人行拥有更好的视野以及提供绿色空间.也将海事中心以及南码头渡船口, 与脚踏车道结合, 创造一个连续性的也具有垂直性的动线, 新南码头的屋顶不仅可以休息也可以眺望. 另外在场地内我们引入了更多的服务, 住宅, 混合使用等建筑,并且与未来北面的绿色廊道都市计画做串连, 在社区之间提供了体建, 休闲, 生态, 码头广场等等的功能

JOINT Function + Structure

SYNTHESIZATION Pier + Programs

LINK Path + Space

The integration of the new building and bike trail improve the space efficiency. New public open spaces and mix-used development make this site to be a new neighborhood node.

The pier building is a multi-functional structure, which provides observation space, shops and entrance to the pier. The rooftop will be the rest area for cyclists.

The gap will be eliminated and the new connection will be made with the east riverfront and the neighborhood.

The image above is the section of the South Pier Site. We will push the vertical flood control wall outward to the Huangpu River and combine with the mount. This structure will be the path for pedestrian and bikes. It not only keeps the safety of the resident behind the wall but also provides good view to the Huangpu river and public green space with diverse civic activities. Furthermore, we will integrate the China MSA facilities and the pier with pedestrian walkway and bike trail to let people come to the rooftop open space of the new pier building. This space offers seating and playing space and an entrance of the building to purchase ship tickets. 上图为我们提出的河岸剖面, 我们将防汛墙向外移动, 与土堆结合, 使人行以及脚踏车于新的防汛墙/脚踏车道上移动, 不仅保持墙内居民的安全, 达到保持防汛墙的需求, 但也使人行拥有更好的视野以及提供绿色空间。另外我们将海事中心, 南码头渡船口, 以及人行道以及脚踏车道结合结合, 行人可以从缓坡上新码头的屋顶, 屋顶为开放空间, 提供草坪以及坐椅. 也可由此进入建筑内部搭船或购票。

Accessible Green Roof

To the Ground Floor

To The Pier

Bike Trail

Skim Fountain Seating Planter

TEAM NO.: 138 BOARD: 3/4

relationship between nature and sustainable urban development. Our design provides layers of vegetation that let the site self-evolve, emerge to address the difficult ecological restoration challenges within and beyond the site.

Rain Garden

SUBWAY STATION

Pedestrian Zone Neighborhood Connection

Pedestrian Zone

Bio-Swale Park Pavilion Wetland Observation Walk

Food and Beverage Mix-used

Wetland Observation Deck Play Lawn C Urban Forest

Intertidal Zone Wetland Area

Lookout Point B Lookout Point

We proposed a green infrastructure into three major levels. Constructed wetland, retention ponds, constructed intertidal zone are located at the level, which is closed to the river, to create a tidal riparian habitat for birds and other wildlife. The level near the city development is the dense vegetation area. It will become a green buffer to create a smooth transition zone between the city and the site. And our designed platforms coordinating with street plans laying out offices, green spaces, and housing that are designed for walkability and connection between our site and the city grid. The main pathway and activity areas including boardwalk, bike trail, lawn mount are set on the level between the other two levels. As a whole, this incorporated green infrastructure is terraced down to the Huangpu River to meet different tidal conditions, improve local storm water management and enhance environmental quality for both citizens and wildlife. 在我们提案的新耀华绿地拥有三个的植物以及公共空间阶层。靠近水岸的阶层为人造湿地，泥沙沉积池和潮汐间隙区。它们可以共同创造出一个自然江岸生态区，提供给动植物良好的生存环境。植被缓冲区位于靠近城市网格的阶层，用来过渡和减化城市发展对自然生态所造成的影响。同时，我们也增强区域间的连接性。主干步道，自行车道和活动区坐落在两者之间的阶层。总体来说，耀华绿地将成为一块及生态和教育为一体的多功能滨江都市空间。

Birds Island

WATER WEB

BIO-STRUCTURE

Tidal Levels

Spaces between the buildings form bio-structure for storm water. By connecting to the water infrastructure of Yaohua Green Space, it has the functions of cleaning the water and controlling flood.

Storm Water Movement Water Cleaning Process

Existing - Singular Vegetation

The green structure has been well organized from the perspective of three levels. Storm water facilities, ecological forest park, intertidal wetland will be placed. Together with the terraced landform, this becomes a green infrastructure along the Huangpu River.

Riparian Zone Wetland Area Urban Forest

VEGETATION

Dry Planting

According to the elevation, water and program conditions, different vegetation will be carefully selected and placed at each levels and zones.

Green Buffer

Moist Planting Wet Planting Water Planting

CIRCULATION Each level have paths through the whole site. The main pedestrian walkway is located between the city level and the riverbank level to create the linear movement of site. The elevated decks and plazas enhance the connectivity between city levels and riverbank level.

Primary Path Secondety Path Walkway Elevated Movement

Recreation Public spaces at three levels and the elevated platform bring in different experience from natural exploring to community interactivities. With the change of the environment by tidal levels and vegetation, this site become a place for citizen to enjoy the diverse urban ecology.

Habitat Observation Zone Habitat Experience Zone Urban Green Space Civic Activity

Yaohua site is an open lawn with less biodiversity and no civic activities. There is no connection either between the city and the riverfront or along the east riverbank.

Proposal - Diversify

A multi-layer space provides a urban ecology environment for both citizen and wildlife. It also solves the problems of the connectivity, storm water management and other environmental and social issues.

We propose a new landscape structure, which is a large area of green grass roof offering events, viewing, photographing activities. In addition to this observation rooftop, it is also built with grand stairs for seating, which provides the best place for overlooking the other side of the Huangpu River. We also recommend a floating stage on the shore for small concert or outdoor movies, which makes the observation rooftop, become a good place to watch performance. Furthermore, we provide coffee shop, storage space, public toilets, light meals restaurant underneath the observation rooftop. Overall, this is a landscape structure with the functions of food, recreation, and sightseeing. Observation Boardwalk

Pike/Pedestrian Trial

Lookout Hill

Leisure Lawn

Intertidal Zone

Wetland

Play Lawn

Boardwalk

Lookout Hill

TEAM NO.: 138 BOARD: 4/4