Architecture Portfolio by miyuan

2015 - 2021

UPENN & PCA

PORTFOLIO ARCHITECTURE WORK COLLECTION APPLY FOR THE FULL-TIME DESIGNER POSITION

CONTENT UPENN

PCA 2021

02 CD CONCEPT DESIGN

2020

18 BLACFRIAERS LONDON Client: Hines & Lipton Rogers Development Date: 2021.7-2021.9 Project Type: Office & Resi Planning Project Process: Competition Location: London, UK Software: Rhino, Revit, Photoshop,Illustration, 3D Prints, Role:Massing, Plan and Lobby Design.

IBM NEW OFFICE Client: IBM Date: 2020.1-2020.5 Project Type: Office & Campus Planning Project Process: Competition Location: Amsterdam, Netherland Software: Rhino,Photoshop,Illustration Role:Massing ,Enclosure and Office Plan Layout.

2019

2018

2017 - 2016

UBER SKY LOFT Client: Uber Development Date: 2019.7-2019.8 Project Type: Traffic Terminal Design Project Process: Competition Software: Rhino,VR,Lumion Role: Canopy Design and Rendering

05 07

SD SCHEMETIC DESIGN

DD DESIGN DEVELOPMENT

SQUARE 487 Client: CFA Date: 2021.9-2021.10 Project Type: Office Rehibilitation Project Process: DD Location: DC, US Software: Revit, Lumion Role: Set up Sheet, Detail Drawing and Rendering.

EJRC Client: East Japan Railway Company Date: 2020.6-2021.6 Project Type: Office Project Process: Under Construction Location: Toyko, Japan Software: Rhino,Grasshopper, Revit, V-ray, Photoshop,Illustration, Indeign Role: Ceiling and Lobby Design; Coordinate with Consultants.

W&S

Client: Western & Southern Financial Group Date: 2018.12-2019.12 Project Type:Headquarter Project Process: SD Location: Cincinnati, US Software: Rhino, Revit, Photoshop,Illustration, 3D Prints,Lumion Role:Massing, Enclosure and Book Design

T3 RINO Client: Hines Development Date: 2018.8-2018.11 Project Type: Heavy Timber Office Project Process: Under Construction Location: Denver, US Software: Rhino, Revit Role: Massing, Enclosure and Rendering

FLOW-IN AIRPORT Date: 2021.8-2021.9 Project Type: Office & Resi Planning Project Process: Competition& Concept Design Software: Rhino, Revit, Photoshop,Illustration, 3D Prints,

CLIMBING GYM Date: 2021.8-2021.9 Project Type: Office & Resi Planning Project Process: Competition& Concept Design Software: Rhino, Revit, Photoshop,Illustration, 3D Prints,

Project collected in this portfolio

CONSTRUCTION ADMINISTRATION

Project not collected in this portfolio

"Meaningful connections for a stronger tomorrow"

IBM NEW OFFICE Client: IBM Date: 2020.1-2020.5 Project Type: Office & Campus Planning Project Process: Competition / Second Place Location: Amsterdam, Netherland Software: Rhino, Photoshop,Illustration Role: 1, Designed the final massing; 2, Designed the enclosure; 3, Designed the plan layouts and Drew the axons 4, Designed the IBM THINKHOUSE Since its founding more than 100 years ago, the world around IBM has changed drastically, just like IBM itself. Global connectivity between people and resources has become mission critical. Creating opportunities for people to meet one another is crucial for cross-pollination, synergy, and innovation. The atmosphere is vibrant. Given that it is the most dynamic catalyst of these opportunities available to the broadest array of IBM’s connections, we have designed IBM’s Client Center as the dynamic heart of the building, with a mix of more transparent, public portions and more exclusive, private spaces.

SOU

LANDSCAPE

PA R K

PLAZA

M U LT I TENANT

M U LT I -T E N A N T CO N F I G U R AT I O N

PCA

ST E P P E D M A S S I N G A N D T E R R AC E S

M U LT I - F U N C T I O N P U B L I C AT R I U M

PCA

219 PP -1 level

THE PUBLIC ATRIUM

211 PP

P -1 level

PROGRAMMING THE BUILDING

546 PP -1/0 levels

375 PP -2 levels

A catalyst for creating community

B B

430 PP -2 levels

O -W O R K IN G

TIN

G + G AT H E R

CLI

ENT CENTER

+ COFFEE SH

D OUTDOO

RD IN

Parking entrance, allowing a car free Polderpark

P O L D E R PA R K HOUSE

IBM HDK

IBM HQNL

Green and blue city street, connection with the city (center) New metro stop, connects IBM HQNL direclty to Schiphol, South-Axis and city center

Central loop: Route for bikers, runners and pedestrians, connection with main bike network

Co-Create Lounge

SITE MOBILITY 6

PCA

Landscape Park

Client Center Dining

Active Living Room

Cafe

PCA

IBM THINKHOUSE

IBM PUBLIC CENTER

MEETING R O

T C E N T E R LOB B

R TE

TIVE

I N S TA L

O NS

E IBL

IEN

TRADE SHOW

CONFERENCE

ASSEMBLY

CONNECTI NG

At the heart of the atrium are the IBM Client Center and flexible THINKhouse. Joined by interactive mezzanines and dynamic views across the atrium, the Client Center and THINKhouse connect IBM, clients, and partners through the latest IBM technology and innovation. A dynamic space that celebrates connectivity, the THINKhouse is a volume composed of flexible meeting and exhibition spaces where people can engage in a diverse range of settings. FLE X I B I LI TY

The foundation for the THINKhouse is a user-adaptable public exhibition space on the atrium ground level. Folding glass walls create a visually permeable boundary and seek to respond to the ever-changing demands of new and creative programs. Incorporating movable glass and wood slat panels, the meeting rooms on levels one and two provide flexible areas that incorporate the latest technology.

PCA

FIT

OFFICE LAYOUT

NESS CENTER

TIN

IBM OFFICE

EXPE

DITIO

MULTI-TENANT OFFICE

ATRIUM CONNECTION

EAST O F F I C E F LOOR : 1 270 L FA

LL LIVING LAB

K E R S PAC E

N EN

TRY

F IT NESS DECK

FOOD

HALL

S O U TH O F F I C E F LO O R : 1 39 6 L FA O TR ME OP ST

PAR K

ING

LEVEL 1

YCL E

DINING DECK AND

BIC

ISL AND

LEVEL 2

IBM

LO B BY + C A F E

LEVEL 4

I -T

T C O -W O R K

COLL A BOR AT IV E WORKSPACE

N NA

W EST OFF IC E FLOOR: 1412 LFA

ST UD IO WOR KSPACE

NT D

ROP -O

L GA ZIN

A OH

GROUND LEV EL A XON

PCA

LEVEL 6

LEVEL 5

LEVEL 3

LEVEL 7

LEVEL 8

ROOF

FRO

A FLEXIBLE AND ADAP TABLE OPEN LAYOUT THAT VISUALLY CONNECTS TO THE ATRIUM By starting with an open plan layout and consistent column grids and bar-depths across all three office volumes, the upper-level workplaces within the building will be flexible and readily adaptive to changing needs over time. The office floors surround the atrium with direct views to everything happening in the shared public spaces at the building’s heart. The interconnection of the three volumes by bridges on levels one through five will enable easy access between different companies and collaborating teams located in various areas around the atrium. Additionally, all three volumes are linked with a shared amenity roof terrace at the top of the south office volume overlooking the landscape. These connections also allow IBM to expand and contract their footprint

within the building as their needs change over time. The width of the typical office floors is 19.8m and based on an office planning module of 1.8m. The structural grid of the building is also adaptable to an office planning module of 1.35. If a more compact layout is desirable, adjustment of the project to a 1.35m planning module can be easily achieved. The perimeter work zones of 7.2m receive excellent daylighting and natural ventilation through operable windows on every level. The width of the interior zone is 5.4m, which readily accommodates formal and informal meeting and support areas. The design achieves a 3.8m floor-tofloor height on every office level, exceeding the requested 3.6m minimum, which enhances the feeling of light and openness on all office floors.

PCA

AT R U M R O

IT EN

Y ROOF TER

EEN

B ALCO N

IES

ED AT

Rc =8 ,0m 2 .K / W

ES Y

OPE

URE: HIGH TR

R c= 4, 5m 2 . K/W

EP C RATING OF 0.48 SE

NSING

SIT

IO NI

UNICA

SMART BU ILDING OP P ORTU NITIES

WELL AND BREEAM CERTIFICATIONS Our design achieves a WELL Core Gold Certification score and a BREEAM rating of Excellent.

ENERGY-GENERATING FACADE With an EPC rating of 0.48 achieved in design to date, the building meets an extraordinary standard in building-integrated energy generation. The office floor and atrium roofs are PV-integrated, as is the vertical enclosure of the façade – the unique sawtooth enclosure tilting the spandrel-integrated PV panels just slightly more southward for added efficiency on east and west façades.

PCA

L NC

INTERIOR-EXTERIOR CONNECTIVITY The composition of the upper façade creates special outdoor balconies and terraces at many different levels. Many of these spaces are planted with trees and are accessible from the interior office floors. The south office bar hosts a large amenity roof terrace accessible by bridge from the east and west office bars. Natural ventilation through operable windows located every other 1.8m façade module is an additional asset of the design.

E TIO

WARMTH AND DYNAMISM The warm bronze verticals and sawtooth pattern of the enclosure are designed to catch the light and communicate a sense of movement across the façade. The large façade area of the upper floors is broken down into a series of smaller volumes that push and pull in an interlocked composition that modulates the apparent scale of the building.

N LA

A building designed to showcase IBM’s commitment to a sustainable future

LV E

RIU

W S - N AT U R A

E D FA C A D

R AT

G TE

SUSTAINABLE ENCLOSURE DESIGN

ON TROL

Smart Building Opportunities

PCA

"A new destination A new experience A new place"

18 BLACKFRIARS Client: Hines & Lipton Rogers Development Date: 2021.7-2021.9 Project Type: Office & Resi Planning Project Process: Competition Location: London, UK Software: Rhino, Revit, Photoshop,Illustration, 3D prints Role: 1, Modeled the tower mass 2,Design the tower lobby, 3, Drew the plans and axons. The site in the south of London needs the redevelopment of one office tower, one residential tower, and one affordable residential tower around landscaped space providing a mixed-use complex with high architectural goals and sustainable strategies of low carbon and low energy. The project will act as a new London destination to encourage community, social, theater, and a new business village.

Office Tower Office

100,000 m2

Residential Tower

44,000 m2

Affordable Residential

23,700 m2

Total

Tower Height

Gross Floor Plate

Floor to Floor

Ceiling Height

Floor Plenum

Residential

167,700 m2

Office Tower

180 m AOD

2,300 m2

3,900 mm

2,900 mm

300 mm

Residential Tower

167 m AOD

900 m2

3,400 mm

–

Affordable Residential

100 m AOD

1,000 m2

3,200 mm

–

Affordable Residential

YOUR TITLE (MASTER PAGE)

PCA

KNOW ABOUT TOWER

TOWER MASSING STUDY

Spire -Lighting

Crown -BMU; -Mechanical Space -Obervation Platform

Tower Body -Typical Office Plan -Core -Enclosure Design - Height limitation

Tower Bottom - Lobby

Parking Western & Southern Insurance Tower Physical Model

PCA

PUBLIC REALM Stamford Street

A NETWORK OF OPEN SPACES Tate Modern Garden Cultural

Retail Bernie Spain Gardens Residential Amenity

18 BLACKFRIARS Christ Church

Retail

Restaurant

Blackfriars Rd

Hatfields Green Office Commons

ACCESS TO AND FROM THE SITE Affordable Amenity

18 BLACKFRIARS Christ Church

Pedestrian

PCA

Subway

Bike Path

Primary Vehicular

GROUND FLOOR PLAN

PCA

Residential Lobby

Retail Office Commons

Service/BOH

Retail Cultural

Affordable Residential

Community Art Center

Children Play Area

GROUND FLOOR PLAN AXON Restaurant Residential Amenity Retail Cultural

Office Common

Affordable Residential

FIRST FLOOR PLAN AXON

Residential

Restaurant Retail Cultural

Affordable Residential

Office Amenity

Office Lobby Office Floor Residential Retail Amenity Service/ BOH SECOND FLOOR PLAN AXON

PCA

15380

TOWER CALCULATION 230m

PH Ame

nity / Me

12320

52 50

15380

12320

203m

18 x 1,40

0 m2

(varies 1,0

20 - 1,80

High Rise 1,870m2

45 15380

180m 40

12320

15380

Amenity

/ Mech

14 x 2,0

137m

00 m2

(varies 1,8

00 - 2,2

00)

Mid Rise 2,130m2

15380

EIGHT

16 x 2,20

12320

TOWE RH

0 m2

(varies 1,8

00 - 2,2

00)

8780

Low Rise 2,200m2 10

Podium (

x6) = 7,2

00m2 Amenity

TOWER TYPICAL PLANS Winter Garden

/ Mech

Lobby

TOTAL : 98

,800 m2

TOWE RA

REA

PCA

TOWER ENCLOSURE

Stainless steel accent at upper portions Stainless steel accent at surface edges

Aluminum mullion

Aluminum secondary vertical accents 350 mm

Aluminum mullions

2900 mm typical office high

Stainless steel tubes

3900 mm typical office floor to floor

Stainless steel accent at lower portion

Office Level Vertical Piers Options: 1. Recycled aluminum 2. Glazed terracotta 3. Stone

Office Level

40%

52%

ENCLOSURE TYPE A AXONOMETRIC

ENCLOSURE TYPE B SECTION

ENCLOSURE TYPE B AXONOMETRIC

Photovoltaic glass fin

53%

ENCLOSURE TYPE C AXONOMETRIC

PCA

350 mm 650 mm

Aluminum mullion

1300 mm typ.

Aluminum mullions

2900 mm typical office high

520 mm sunshade

3900 mm typical office floor to floor

Terracotta, stone, or GFRC panel

Office Level

Terracotta or stone panel

Office Level

65%

ENCLOSURE TYPE D AXONOMETRIC

ENCLOSURE TYPE D SECTION

PCA

"Flexibility meets the new trend for the public space"

03 EJRC

Client: East Japan Railway Company Date: 2020.6-2021.6 Project Type: Office Project Process: Under Construction Software: Rhino,Grasshopper, Revit, V-ray, Photoshop,Illustration, Indeign Role: 1, Designed L2 to L5's Ceiling; Output relative drawings and renderings; 2, Designed the shared lobby space and drew all the drawings; 3, Coordinated with rendering, landscape and lighting consultants; Mitigating the impact of the COVID-19 pandemic requires significant changes in the ways people live and work. The design of public spaces now must include social distancing measures, touch-less check-ins, and greener and healthier interior environments while also providing the flexibility, openness, and resiliency essential to inclusive and multifunctional public spaces. In response to these changes, current lobby space trends, design concepts, spatial usage scenarios, and activity classification are outlined and new designs for the North and South lobbies are proposed. To inspire community activities, promote vertical communications, and provide environmentally friendly and multifunctional spaces, various design strategies will be implementedthat include the addition of vertical openings, inspirational artwork, and platforms as well as the integration of flexible furniture and green elements.

PCA

CEILING PATTERN DESIGN PATTERN DESIGN STUDY Layout the 1200mm, 1800mm, and 2400mm panels to composite different patterns.

5TH FLOOR CEILING 4TH FLOOR CEILING

Pattern 1 Single color

3RD FLOOR CEILING

Pattern 3 Tree Colors (Evenly Distributed)

Pattern 2 Three Colors (Stripes)

Pattern 4 Two Colors

JOINT DESIGN STUDY Study the vertical and horizontal joint width for a better ceiling appearance. 15 mm

DESIGN CONCEPT The idea is inspired by the wave, which is part of the whole buidling concept.

30 mm

20 mm

30 mm

40 mm

Vertical 20mm Horizontal 30mm

Vertical 20mm Horizontal 40mm Selected

RCP L3 Smooth Wave Vertical 15mm Horizontal 30mm

RCP L4 Intensive Wave

MATERIAL SELECTION To pursue a natural wooden color appearance, 8 gradient colors randomly layout by Grasshopper in Rhino.

RCP L5 Intensive Wave

Irrugular 1200mm 2400mm Irrugular 1200mm 2400mm 1800mm

Pattern generated by GH

1200mm

1800mm 1200mm 2400mm 1800mm 1200mm 2400mm 1800mm Irrugular

PCA

L4 North Portion Ceiling Rendering

L3 North Portion Ceiling Rendering

L4 South Portion Ceiling Rendering

L3 South Portion Ceiling Rendering PCA

SHARED LOBBBY DESIGN

TARGET AUDIENCE Human

人間

CONCEPT OF MA

Space

Time

空間

時間

• Sequenced Arrival - Layered Spaces - Between the station and the Plaze - The heart of the Ekimachi Plaze - The Ekimachi Plaza and the lobbie - Shared Lobby Spaces

• Blurring the Boundar - Art of Untold/Unknown - Boundary in Motion - Changing Space & Moving Self

Shoulder Hours

Traditionally, office lobby design was intended to support the work of building tenants. As the users and uses of lobby spaces become more diverse, lobby spaces need to accommodate a wide range of activities to meet multiple needs. Lobby space not only supports the daily needs of office tenants, but also can provide opportunities for professional growth, communityoriented activities, and memorable impressions and experiences for visitors. Necessary activities as well as optional and social activities are equally supported throughout the day.

地元のコミュニティ

都市就業者 THE URBAN PROFESSIONAL

(間) The Space Between

3 AM

6 AM

9 AM

6 PM

9 PM

12 AM

3 AM

6 AM

9 AM

6 PM

9 PM

12 AM

IEN

D AU HE

利用者の拡大ND T A EXP

クラスA テナント CLASS-A TENANTS

Bakery Fitness Breakfast Coffee

Necessary Activity

Necessary Activity: While necessary activities take place regardless of the quality of the physical environment

• Permanence to Temporality - Material - Function and Program

Optional Activity: Depend to a significant degree on what the place has to offer and how it makes people behave and feel about it. The better a place, the more optional activity occurs and the longer necessary activity lasts

• Three Types of Activitie - Necessary - Optional - Social

Social Activity: Is the fruit of the quality and length of the other types of activities, because it occurs spontaneously when people meet in a particular place

Seminars Incubator Exhibition VR Lunch Food Hall Networking Events

Optional Activity

Dinner Private Events Live Events Bar Happy Hour Entertainment Social Events

Social Activity

Physcial Environment HIGH quality

Physcial Environment STANDARD quality

Walking Commuting FROM CONCEPT TO DESIGN

PERMANENT VS TEMPORARY ARCHITECTURE ELEMENTS

Shoulder Hours

LOCAL COMMUNITY

THREE TYPES OF ACTIVITIES • Engawa - Paradise felt with five senses - Ideas for transformation (folding and sliding) - Connecting times and places

Average Workday

グローバルコミュニティ GLOBAL COMMUNITY

Talking Visiting Reading Working

Playing Learning Resting Eating

Communicating Collaborating Sporting Interacting Scenario 4

Traditional Japanese House with "MA" Temporary/Semi-Temporary

Permanent

Scenario 1

Scenario 2

Scenario 3

Workday Mode

Event Mode

Summer Dinning Mode

Engawa (Exterior Space) Wall

Bookshelf

Table

Tree

Necessary Activities Optional Activities Social Activities

Enclosure

Rotating Wall

Sliding Wall

Landscape

Movable Plants

Movable Plants integrated with Sofa

Movable Plants integrated with Table

Furniture

Lightweight and Easy- move

Modular Furniture

PCA

Movable Barrier

Display Mode

PCA

SECOND FLOOR PLAN

NORTH LOBBY DESIGN STRATEGIES Strategy 1: Add Opening and Artwork Installation

PCA

SOUTH LOBBY DESIGN STRATEGIES Strategy 2: Add Platforms

Strategy 3: Flexible and Green Integrated Furniture

Strategy 1: Add Opening and Artwork Installation

Strategy 2: Add Platforms

Strategy 3: Flexible and Green Integrated Furniture

PCA

NORTH LOBBY AXON

SOUTH LOBBY AXON

Working Zone & Cafe Zone

High Table Social Zone

Pop-up Store

PCA

Pop-up Luxury Store

Exhibition Area

Luxury Cafe Zone

PCA

CONSTRUCTION DETAIL

MOCK-UP REVIEW

SUNNY

DUST

SUNNY OVERCAST

Mock-up the vision glass, spandrel glass, different types of fins under differnet weathers (sunny, sunny overcast, and dust) to select the final manufactures. It is important to compare the color, reflection, and transparency of the glass panels.

PCA

BIM ORGANIZATION - LAYOUT SHEET

DD - MATEIRAL SELECTION

Fitness Center Finishes

Rendered by Lumion

ACCENT WALL FINISH + MILLWORK

FLOORING

WOOD VENEER EUCALYPTUS

TERRAZZO OR TERRAZZO LOOK PORCELAIN NON-DENSE AGGREGATE

DOOR

High Pressure Laminate White Strand

PCA

FLOORING

Terrazzo Non-dense aggregate

COUNTER

STONE OR SIMULATED STONE LIGHT GREY MARBLE

Stone Light grey marble

600 FIFTH | WASHINGTON DC ROCKEFELLER GROUP | STONEBRIDGE

ACCENT WALL + FLOOR TILE

ACCENT METAL

TILE KENRIDGE RIBBON GREY WALL + FLOOR APPLICATION

METAL ANODIZED DARK ALUMINUM

WALL TILE

Tile Kenridge Ribbon Grey

WALL COVERING White Stripped-Texture Vinyl

41 Project Meeting 25 | 28PCA September 2021

PICKARD CHILTON | KENDALL HEATON | HYL | OJB | THORNTON TOMASETTI | WSP

BIM ORGANIZATION SET UP SHEET AND TEMPLATE

AREA CALCULATION BOMA CALCULATION Pickard Chilton - Schematic design

Revit Organization Views: - Documentation: 0 - General: - 3d View: Start View - Notes and Abbreviations 1 - Site: - Site Plan 2 - Floor Plan: - Floor Plan: B 2 - Floor Plan: B 1 - Floor Plan: Level 1 - Floor Plan: Level 2 - Floor Plan: Level 3 - Floor Plan: Level 4 - Roof Plan --3 - Elevation: - East Elevation - North Elevation - South Elevation - West Elevation 4 - Section: - E/W Tranverse - N/S Longitudinal 5 - Interiors: - Detail View: XXX - Elevation: Lobby / Egress Stair Vestibule/ Elevator Lobby/Parking Entry/ Restroom/... - Floor Plan: Lobby / Egress Stair Vestibule/ Elevator Lobby/Parking Entry/ Restroom/... - Section:Lobby / Egress Stair Vestibule/ Elevator Lobby/Parking Entry/ Restroom/... 6 - Ceiling: - RCP: Level 1 - RCP: Level 2 - RCP: Level 3 8 - 3D Views: - View 1 - View 2 - View 3

The views under documentation goes to sheet

Views: - Presentation: 0 - General: - 3d View: Start View - Notes and Abbreviations 1 - Site: - Site Plan 2 - Floor Plan: - Floor Plan: B 2 - Floor Plan: B 1 - Floor Plan: Level 1 - Floor Plan: Level 2 - Floor Plan: Level 3 - Floor Plan: Level 4 - Roof Plan --3 - Elevation: - East Elevation - North Elevation - South Elevation - West Elevation 4 - Section: - E/W Tranverse - N/S Longitudinal 5 - Interiors: - Detail View: XXX - Elevation: Lobby / Egress Stair Vestibule/ Elevator Lobby/Parking Entry/ Restroom/... - Floor Plan: Lobby / Egress Stair Vestibule/ Elevator Lobby/Parking Entry/ Restroom/... - Section:Lobby / Egress Stair Vestibule/ Elevator Lobby/Parking Entry/ Restroom/... 6 - Ceiling: - RCP: Level 1 - RCP: Level 2

The views under presentation are used for the meetings.

Views - Area plans

For schedule area calcultions

Sheets: A0 A 0000 - Cover A 0001 - Notes, Mateials, and Sheet index A 0100 - Project Data A 0100A - SE Axon A 0100B - NW Axon A 0100C - SW Axon A1 A 1000 - Design Architect Narrative A 1001 - Context Plan A 1002 - Site Plan

Views - Visulation

For coordination with rendering firms

A3 A 3001 - Level 1 RCP A 3002 - Level 2 RCP

Views - Study

For coordination with each team members

A4 A 4001 - Elevation - East A 4002 - Elevtion - West A 4003 - Elevation - North A 4004 - Elevtion - South A 4011- Enlarged East Retail A 4012- Enlarged West Retail A 4013 - Enlarged South Retail A 4014 - Enlarged North Retail

8/18/2021

RSF w/Terrace

Ratio RSF/GSF

E+O=T 34,548

E/C=W 95.67%

21,342

19,496

91.35%

1,813

41,139

39,483

95.79%

34,786

39,326

37,560

95.51%

33,719

2,403

40,662

38,896

95.38%

33,719

38,259

36,493

95.38%

31,648

2,564

38,752

36,986

95.12%

31,648

36,188

34,422

95.12%

2,774

32,523

1,064

38,127

36,361

95.23%

35,297

2,774

32,523

37,063

35,297

95.23%

1,767

31,629

2,774

28,855

4,745

38,140

36,374

94.71%

21,496

1,715

19,781 *

3,028

10,760

11,899

33,395

31,680

92.02%

Boundary Area

Rentable Exclusions

Floor Rentable Area

Rentable Area

Terrace GSF

414,015

20,911

393,104

323,260

24,488

L2-8 248,888

L2-8 236,554

L9-11 107,521

L9-11 102,222

Total Office GSF 356,409

Total Office RSF 338,775

Floor Level

Boundary Area

Rentable Exclusions

36,110

1,562

Floor Rentable Area C-D=E 34,548

Rentable Area E-G,H,I,J=M 1,977

Terrace GSF

C+O=Q 36,110

21,342

1,846

19,496

3,286

16,210

39,326

1,656

37,670

2,774

34,896

39,326

1,767

37,560

2,774

38,259

1,767

36,493

2,774

38,259

1,767

36,493

2,774

36,188

1,767

34,422

2,774

36,188

1,767

34,422

2,774

37,063

1,767

35,297

37,063

1,767

33,395

Total

A2 A 2001 - Parking Plan - B2 A 2002 - Parking Plan - B1 A 2011 - Floor Plan - Level 1 A 2012 - Floor Plan - Level 2 A 2013 - Floor Plan - Level 3 A 2014 - Floor Plan - Level 4 A 2015 - Floor Plan - Roof A 2051 - Typical Enlarged Core

SQ 487

Lobby / Floor Building Amenity Circulation Service Area & Service area 6,315

830

12,213

5,993

Retail

Parking

13,213

2,510

GSF w/Terrace

RSF w/Terrace

438,503

417,592

L2-8 216,624

L2-8 255,668

L2-8 243,334

L9-11 93,900

L9-11 113,330

L9-11 108,031

Total Office 310,523

Total Office 368,998

Total Office 351,364

Avg.

94.71%

NOTE: Level 12 areas include both Penthouse and interior/exterior Mechanical space NOTE: Schematic Design BOMA area alculations are based on early DD level documents and are subject to change as the design and value engineering process progresses.

One of the important design factor is the area calculations, which include the gross floor area, net floor area, usable floor area and rentable floor area.

A5 A 5001 - Section - North South A 5002 - Section - East West A6 A 6010 - Enclosure Type Diagram A 6011 - Enclosure Type A A 6010 - Enclosure Type B A 6011 - Enclosure Type C A 6010 - Enclosure Type D A 6061 - Enclosure Detail Spandrel A 6062 - Enclosure Detail Retail A 6063 - Enclosure Detail Parapet Balcony A 6064 - Enclosure Deatil Soffit A 6010 - Enclosure Detail Proscenium A 6061 - Enclosure Detail Sill A7 A 8001 - Elevator Passenger A 5002 - Elevator Garage

A9 A 9001 - Lobby Plan A 9002 - Lobby Section A 9003- Restroom Plan A 9004 - Restroom Secion A 9021 - Lobby Plan Detail A 9002 - Lobby Section Detail

For the efficiency of the teamwork, each drawing should have a Template

PCA

"The aesthetic of structure leads to a new form"

FLOW-IN: AIRPORT DESIGN Date: 2018 Spring Project Type: Airport Terminal Tutor: Masoud Akbarzadeh Location: Philadelphia Software: Rhino Grasshopper V-ray 3D prints Flow-in is a reimagination project for Terminal E of the Philadelphia International Airport. The studio explores form finding through 3d graphic statics and creates unconventional structures that are in equilibrium. The specific structure merit of our module is the absence of vertical members and thus affords a continuous and spacious corridor surrounded by individual pods that are good for boarding. The overall ideas are to increase efficiency at security and baggage claim as well as to create a central axis that is activated both spatially and visually by activities and movement.

3d - Print Model Image: One module

UPENN

MASSING DEVELOPMENT

FORM GENERATION PRINCIPLE

FORCE DIAGRAM One closed polyhedron Each face Area of face

NO.1 Model Starting Point

NO.4 Aggregate

NO.7 Pattern Development

FORM DIAGRAM

= =

Equilibrated single node Each edge Magnitude of force in edge

NO.2 Increase Opening to 3D

NO.3 Transforming

NO.5 Aggregate

NO.6 Pattern Development

NO 8. Final Model Component1

NO. 9 Final Model Component3

FORM EXPLORATION The structure study development goes through from simple to complex, from single module to module aggregation in order to explore the potention 3D space for future airport.

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UPENN NO.1 Model Starting Point

NO.2 Increase Opening to 3D

NO.3 Transforming

PLAN LAYOUT OLD AIRPORT VS NEW AIRPORT

CHECK IN

AIR TRAIN

SECURITY

WAITING AREA

3 4

BOARDING GATE

5 AIRPORT PROGRAMMING 4

4th F Office Airtrain

3rd F

Lounge

ENTERTAINMENT AREA

2nd F Check in Security Boarding Gate Custom

1st F

Baggage Claim Commertical Sports Restroom

SECURITY

CUSTOM

SITE PLAN

BOARDING GATE

ENTERTAINMENT AREA

DOMESTIC DEPARTURE

AIRPORT ISSUE ANALYSIS 48

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3RD FLOOR PLAN

INTERNATIONAL DEPARTURE

D E PA RT U R E F LO O R ( 2 N D ) PLAN UPENN

MASSING DEVELOPMENT Office

Waiting Area

Restroom Retail Waiting Area Entertainment Conveyor

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Mechanical

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AXON VIEW

1 BOARDING GATE ENTRANCE Wood cladding interior.

3 MAIN METAL STRUCTURE

2 AIR TRAIN Connect the international and domestic terminals

4 ALUMINUM ENCLOSURE with curved louvers

3 4 1

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"Erosion creates beauty"

EROSION-CLIMBING GYM Date: 2017 Spring Project Type: Civic Building Tutor: Kutan Ayata Location: Canal St. NYC Software: Rhino,Grasshopper V-ray, 3D printsl As our cities grow, the demands of contemporary urban life diminish the chance to explore outdoors on a regular basis. Many buildings provide specific physical conditions as determined the activity, enabling a variety of challenges to be “tackled” by users. While the degrees of difficulty and thirst for fitness can be satisfied in a utilitarian manner in these artificial terrains, what typically cannot be experienced in them are the totality, sublimity, and majestic qualities of grand outdoors. This studio explores an indoor and outdoor rock climbing facilities in the Canal Park at the western end of Canal St on the west side of Manhattan to explore the aesthetics of such an artificial construction。

3d - Print Model Image

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MASSING DEVELOPMENT BOOLEAN DIFFERENCE The idea is inspired by the donut shape. The various interlocking relationship can generate interesting continious surface.

3 2 1

2. Boolean different the massing for a curved surface.

1. Build up the massing according to program.

3. Develop the donut cluster for interlocking climbing surface.

4. Final Object.

1 Service program 2 Main climing hall 3 Roof cafe & yoga room

CLIMBING TEXTURES & GESTURES Strip panel: Each concrete panel is fixed by a steel or cooper frame back to the load-bearing concrete structure. Circle packing pattern: is inspired by the concrete construction process. The concrete wall will generate the holes due to the assembly process.

Strip panel climbing gesture

SITE ANALYSIS 56

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The entire block will build up the walls due to the heavy traffic and strong noise.

The original green park will be lifted to the seondary floor.

Central courtyard introduce lighting and air to the building; Corner stairs are designed for the upper park.

Concrete cast model

Strip panel texture rendering

Circle packing pattern climbing gesture

Concrete cast model

Hole patter texture rendering

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SECTION & DETAIL 8 3

Mechnical Space

3 4

Cafe

5 1

Core

1. LoadDetail Bearing Concrete A 2. Laminated Glass 3. Aluminum Window Frame 4. Insulation 5. Water Resistent Membrane 6. Metal Cover

7 8 9 10 11 12

Boulder

Roping Climbing Roping Climbing

1. Load Bearing Concrete 2. Laminated Glass 3. Aluminum Window Frame 4. Insulation 5. Water Resistent Membrane 6. Metal Cover

Detail B 6 5 2 3 4 3

Gym Training Space

Detail C

SECTION B-B' The section shows a complex relationship of the interior and exterior, The interior becomes exterior. The continuous extensive interior surface will be used for roping climbing and the circular surface will be used as boulder.

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1 Load-bearing Concrete 2 Laminated Glass 3 Aluminum Window 4 Insulation 5 Water Resistent Membrane 6 Metal Cover 7 Concrete Panel 8 L Shape Steel 9 T Shape Steel 10 Bolt 11 Concrete Tie Hole 12 Z Shape Steel 13 Stud 14 Concrete Paver 15 Load Bearing Concrete UPENN

CUT AWAY AXONOMETRIC IMAGE Interior climbing journey 1 Entrance 2 Reception 3 Gear Rental 4 Gear Store 5 Cafe 6 Female Change Room 7 Male Change Room 8 Locker Room 9 Security Room 10 Office 11 Gym 12 Yoga Room 13 Storage 14 First Aid 15 Escalator 16 Classroom

Exterior climbing journey

5 16 15 13 14

9 8 3

11 2 1 6

5 6

FIRST FLOOR PLAN The program circulation travels from the lobby, changing room, gym, yoga space and the main circular indoor climbing space. The program distribution follows the overall form, cental circular open space is designed as the vertical climbing hall and other programs are attached around the central circular area. The small circular space in the center incorporates climbing training space and the vertical circulation. Circular elevator and stairs shaft stands in the center are inspired by Louis Kahn's Yale art museum, they also provide structural support. The courtyard as the media introducing the exterior view and the lighting. People can go outside and roof garden through the courtyard.

CLIMBING JOURNEY 60

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THANK YOU! Yiwei Gao AIA, LEED AP BD+C Gyw1214@gmail.com Architecture Work Collection