2021_0418_TZU-YI LEI_PORTFOLIO by Tzu-Yi Lei

Tzu-Yi Lei- Portfolio- 2021 PROFESSIONAL WORK STUDIO LINK-ARC HANDEL ARCHITECTS SHU-CHANG & ASSOCIATE ARCHITECTS

ACADEMIC WORK PRATT INSTITUTE TUNGHAI UNIVERSITY

Email address: tzuyi.lei@gmail.com // Selected works

Mobile: 917-348-0863

ContentsArchitectural projects-

// Professional work 01 Case- Winthrop center- 05~09 02 Case- Cornell University Statler Hotel Renovation- 10~11 03 Case- Hualien Train Station- 14~16 04 Case- Taipei MRT Zhongshan Station- 17~18 05 Case- The Third Dormitory National Chiaotung University- 19~21 06 Case- Lanzhou Dongjiao school- 22~23 07 Case- Shenzhen Zhongzhou Kindergarten - 24~26

// Academic work 08

Case- Urban prosthesis- 29~32

Case- A street house- 33~34

Case- 3 neighborhood stations- 35~38

Apendix Resume- 39 Work review- 40 2

New York City is a design city

I was born and raised in Taipei, Taiwan. New York is where I aspire to work as a designer. It’s my ambition to study design in this city after I graduate. The reason is straightforward. There are the most design resources available, as well as the opportunity to meet world-class talents. It is a place where designers can have a big dream. New York differs from my hometown in a few ways. There is no earthquake in this area, and many of the buildings are slender and thin. Every function appears to be vertical. Because of this unique growth environment, public spaces have begun to expand vertically as well. This is an intriguing topic that, like lots of public spaces discussed with various axes and perspectives. I like public issues, especially infrastructure and large design. Because architecture is a traditional industry, the architects will eventually utilize the real space to solve the problem. When this space is larger the more positive energy can be released of course. A well-designed public space building is my heart’s desire as an architect with the sense of urban scale. This is what I have been aiming for. New York is also where I begin my journey. I am fortunate to be able to work with the fascinating talents of the world in the United States, to work on interesting public projects, and to allow myself to grow and thrive. I am going to do what I need to keep things moving forward.

USA // Professional work HANDEL ARCHITECTS ARCHITECTS Oct. 2017~ Jul.2020

Winthrop Center , Massachusetts, USA Work responsibility:

Building type: // Mixed-use building

// Participated in building massing design

Construction budget: // 1.3 Billion

// Generated design options for public space

Site Area: // 47,880 Square feet

// Documented residential lobby design // Designed the monumental column

Located in the Financial District of Boston, Winthrop Center will give a new definition and vitality to this part of the city. The tower’s massing is intended to be a landmark on the skyline of Boston, thus displaying deference for the nearby One Winthrop Square and other surrounding Art Deco-era structures constructed between the 1920s and 1940s. Winthrop Center seeks to update and revamp the current Winthrop Square, providing more open space to support Boston and bringing many other nearby public areas together. A large new civic space called the Connector will anchor the building and cross the site between the streets of Federal and Devonshire. This space is conceived as a year-round gathering place with programmed activities such as art shows or farmer’s markets, as well as more permanent retail establishments and restaurants.

City Bar

Conference Pods

City Kiosk

Office Lounge bar

Portal Steps

The Connector Ceiling

The Monumental Column

THE CONNECTOR It is a unique gathering place active through all seasons activity from morning into the evening. It is a new urban room of shape and size, intended to be inherently civic in scale and function. The public space, a signature space, finished with warm stone-paving, shimmering ceiling metal panels, and transparent glazing. There are rates of dining, café, and market events flanking either side of the room. The market cafes, restaurants, office lobby, and other services open directly onto and flank the critical axis of the building, further energizing the pedestrian domain, close to streets.

4 A03.10

1 C02.04

2 A03.11

4 A03.11

DRAWING NOTES

1. REFER TO DRAWING G00.02.1 FOR ALL GENERAL NOTES.

2. FOR T.O.S. ELEVATIONS REFER TO ARCHITECTURAL "EDGE SLAB FLOOR PLANS"

WARNING LIGHT BOLLARD

7' - 0"

4'x6' LOOP DETECTOR (TYPICAL FOR 4) 20' - 0"

20' - 0"

ENLARGED PLAN - GENERAL NOTES

20' - 0"

1. ALL DIMENSIONS ARE FROM FACE OF GYPSUM WALL BOARD OR CMU PARTITION U.O.N.

EXTERIOR FACE OF MECH ROOM ABOVE

2. FIRESTOP ALL SLAB PENETRATIONS, INCLUDING MECHANICA PLUMBING, ELECTRICAL, TEL DATA. 3. REFER TO STRUCTURAL DRAWINGS FOR ADDITIONAL INFORMATION.

GARAGE DOOR

4. REFER TO MECHANICAL, ELECTRICAL, PLUMBING AND FIRE PROTECTION DRAWINGS FOR ADDITIONAL INFORMATION.

TRENCH DRAIN

5. FIRE STOP ALL PLUMBING SLAB PENETRATIONS. TRENCH DRAIN

STONE CLAD CONCERETE CURB

ID05.40

9. PROVIDE EPOXY WATERPROOFED FLOOR FINISH IN ALL MECHANICAL ROOMS.

10. PROVIDE ADEQUATE FLOOR DRAINS AND 6" HIGH CONCRETE CURBS AROUND ALL DUCT AND PIPE PENETRATIONS INCLUDING BUS DUCTS, ALL STAIR OPENINGS, AND ALL CURTAIN WALL AND EXTERIOR WALLS IN ALL MECHANICAL ROOMS.

2' - 10 1/2"

WARNING LIGHT BOLLARD

20' - 0"

11. PROTECTIVE WAINSCOT 6' HIGH ALONG ALL SERVICE CORRIDORS AND CORNER GUARDS ON ALL CORNERS.

C12.2

3" REVEAL 1"1"METAL

F31.0

0' - 8 1/8"

0' - 6 5/8"

C08.2

0' - 8" F31.0

S42.2h f

1/4"

20' - 0"

1/4"

3" S62.2 a

5' - 9 7/8"

20' - 0"

1/4"

RESIDENTIAL LOBBY PLAN D CORNER 20' - 0"

2' - 0"

2' - 4"

1 1/2" = 1'-0"

18' - 0 3/8"

SLOPE DN

1 1/2"

4 ID02.32

1/8"

2 1/4"

4" 20' - 0"

2' - 1 1/4" 1 1/2"1 1/2"

TAS1 1/2" 3" STONE W/MTL. ANCHORS & SHEATHING AS REQUIRED

6'-6 7/8"

1" METAL REVEAL 3" STONE W/MTL. ANCHORS & ST-6 ST-6 SHEATHING AS REQUIRED

1" METAL REVEAL

6'-6 7/8" TO LINE 7

1" METAL REVEAL

ST-5

2' - 1 1/4" TAS

WALL COVERING

1 1/2"

3" STONE W/MTL. ANCHORS & SHEATHING AS REQUIRED

MOUNTED TELEVISION

3 WALL COVERING

2' - 1 1/4"

1 1/2"

1" METAL REVEAL

3" STONE W/MTL. ANCHORS & ST-6 WALL COVERING SHEATHING AS REQUIRED WALL COVERING

2' - 1 1/4"

1/4"

T.O.F.F. EL. 22' - 6"

3' - 11 1/8"

TA CONTROL BOX & IG RECEPTACLE UNDER FLOOR GRILLE. SEE ID02.52

WALL COVERING

6'-6 7/8" TO LINE 7

2' - 1 1/4"

6'-6 7/8"

TAS

SEE ID.02.40 FOR SOUTH WALL ELEVATION (LED SCREEN + STONE WALL)

TAS

2" 2' - 1 1/4"

1" METAL REVEAL

6'-6 7/8" TO LINE 7

9 1/2"

ID02.40

2' - 1 1/4"

1/8"

2 1/4"

SLOPE DN

4" 1/4"

2' - 1 1/4" 1" METAL REVEAL

6'-6 7/8"

6'-6 7/8" TO LINE 7

1" METAL REVEAL

1/4"

1' - 5 7/8"

4 EQUIPEMENT PIPE ON STEEL COLUMN. REFER TO TA SERIES FOR LOCATION AND MOUNTING HEIG SEE ID02.52.2 FOR CONNECTION DETAIL

W31.0

T.O.F.F. EL. 22' - 6"

WALL COVERING

1' - 7 3/4" 6'-6 7/8" 1/8"

2 1/4"

3" 3"

WOOD

3 PRIVED 1/2" MARINE OR EXTERIOR GRADE PLYWOOD BACKING ON BASE WALL AT GREEN WALL REFER TO PLUMBING DWG FOR IRRIGATION AND DRAIN SYSTEM

7 1/2"

6' - 8 7/8" S42.2 0' - 10"

1-01A

C08.2

F31.0 3' - 6" 4' - 1" FINISHED DIMENSIONS 3' - 6"

4' - 1" 3' - 6"

0' - 9 5/8"

F11.0

2'-5 3/8"

9 1/2" TR

WD-4

RESIDENTIAL LOBBY PLAN DETAIL @ LOBBY RESIDENTIAL LOBBY PLANW D CORNER CORNER 6'-10 1/2" 4 1 1/2" = 1'-0" 1 1/2" = 1'-0" 6'-10 1/2" TO LINE 6 RESIDENTIAL LOBBY PLAN DETAILSC@ J W 4 CORNER

SEE A01.01LB

PORTAL 1-13

PARTITION SCHEDULE - SEE

1 PRECAST TERRAZZO FLOOR WITH METAL SLEEVE. SEE ID02.62 FOR DETAIL

WALL COVERING

FABRIC @ STONE WALL 3" 1" WALL1'END - 1" 3" 1" 1' - 1" PLAN DETAIL 1" METAL REVEAL WALL COVERING 1 1/2" = 1'-0"

1 1/2"

C08.0

1/4" Z-CLIP

SHEET WOOD NOTES WALL WD-4

2 NOT USED

FABRIC WALL REQ'D ENDFABRIC @ STONE WALL DETAILWALL PLAN DETAIL WALL ENDPLAN @ STONE SHIM AND BLOCKING AS7 1 1/2" = 1'-0" 1 1/2" = 1'-0"

1" METAL REVEAL

7/8"

1" FABRIC WRAPPED PANEL WITH SCHEUDLED FABRIC, FABRIC PAD AND 3/4" MDF

6'-10 1/2" TO LINE 6

2'-5 3/8" TO LINE M WALL COVERING

1/8"

2 1/4"

SLOPE DN

1/4" Z-CLIP 1 1/4" STONE FNISH PER SCHEDULE SHIM AND BLOCKING AS REQ'D 1/4" SOLID METAL EDGE PROFILE

20' - 0"

2' - 11 1/2"

19' - 11" 0' - 8"

1' - 6 1/2"

F31.0 9' - 1 3/8"

F31.0

2'-5 3/8"

1' - 7 3/4"

8. DOOR FRAMES DO NOT EXTEND TO CEILING, WHERE CONTR

1 1/2" = 1'-0"

SLOPE DN

1" FABRIC WRAPPED PANEL WITH16' - 61"7/8"FABRIC WRAPPED PANEL WITH CONTROL BOX & IG ST-5 1 1/4" STONE FNISH PER SCHEDULE TA RECEPTACLEPAD UNDER SCHEUDLED FABRIC, FABRIC PAD SCHEUDLED FABRIC, FABRIC SEE A01.01C FLOOR GRILLE. SEE ID02.52 AND MDF 1/4" 3/4" SOLID METAL EDGE PROFILE AND 3/4" MDF 3" STONE W/MTL. ANCHORS ST-6 1/4" Z-CLIP 1/4" Z-CLIP SHEATHING 1" FABRIC WRAPPED&PANEL WITH AS REQUIRED SCHEUDLED PAD SHIM AND BLOCKING AS REQ'DFABRIC, SHIMFABRIC AND BLOCKING AS REQ'D PARTITION PER AND 3/4" MDF SCHEDULE - SEE PLAN

SLOPE DN

7. WINGS OF "L," "U," AND "T" SHAPED CEILING AREAS ARE JOINED.

JOINTS ARE REQUIRED. (LESS THAN CEILING HEIGHT FRAM PAINT PER FINISH SHALL HAVE CONTROL JOINTS EXTENDING TO THE CEILING FROM BOTH CORNERS. CEILING HEIGHT DOOR FRAMES MA SCHEDULE BE USED AS CONTROL JOINTS). PARTITION PER 9. SHOWN ON APPROVED SHOP DRAWINGS. SCHEDULE - SEE PLAN SC

C08.0

S62.2fh

2 ID02.32

TA CONTROL BOX & IG RECEPTACLE UNDER FLOOR GRILLE. SEE ID02.52

TL TA

USB

5 STEEL COLUMNS (C4 TO C15) TO BE FIRE PROOFED PER CODE, SEE ID02.85 FOR FIRE PROOFING DETAILS

SEELINE ID.02.40M FOR NORTH WALL 2'-5 3/8" TO ELEVATION (LED SCREEN + STONE WALL) 1' - 7 3/4" 3"ID02.401" 1' - 7 3/4"

2'-5 3/8"

SLOPE DN

TA TL

1" METAL REVEAL

1' - 2"

1' - 10 3/4"

S42.2

0' - 6 1/2"

F31.0 5' - 5 3/8" F11.0

1 ID02.32

6. CEILING OR SOFFIT ABUTS A STRUCTURAL ELEMENT, DISSIMILAR WALL OR OTHER VERTICAL PENETRATION.

ST-6

RESIDENTIAL LOBBY PLAN DETAIL @ MAI RESIDENTIAL LOBBY PL 1" METAL REVEAL THRESHOLD THRESHOLD 3 1 1/2" = 1'-0" WALL COVERING 1 1/2" = 1'-0" RESIDENTIAL LOBBY PLAN 7 DET THRESHOLD 3 1 1/2" = 1'-0"

1'-2 TO LINE L

MOUNTED TELEVISION

1'-2 TO LINE L "

THEATER BOXES & IG OUTLET BEHIND ACCESS DOOR

1 1/2" = 1'-0"

4. PARTITION, SHAFTWALL OR FURRING ABUTS A STRUCTURA ELEMENT OR DISSIMILAR WALL OR CEILING. 5. CEILING OR SOFFIT DIMENSIONS EXCEED THIRTY (30) FEET EITHER DIRECTION.

6'-10 1/2" ALIGN CEILING ABOVE

6'-10 1/2" TO LINE 6

DIMMER ROOM 00-18

3' - 10 3/8"

TA CONTROL BOX & IG RECEPTACLE UNDER FLOOR GRILLE. SEE ID02.52

10'-1/2" T

3. PARTITION, SHAFTWALL OR FURRING RUNS EXCEED 30' WITHOUT INTERRUPTION.

S42.2 a

STONE WALL

RESIDENTIAL LOBBY PLAN DETAIL @ MAIN LOBBY STONE RESIDENTIAL LOBBY PLAN DETAIL @ MAIN LOBBY STONE JAMB JAMB 11 1 1/2" = 1'-0" 1 1/2" = 1'-0" RESIDENTIAL LOBBY PLAN DETAIL @ MAIN LOBBY STONE 11 JAMB

S42.2h f

2. CONSTRUCTION CHANGES WITHIN THE PLANE OF THE PARTITION OR CEILING.

1 1/4" STONE W/MTL. ANCHORS & SHEATHING AS REQUIRED

7/8"

49' - 7 1/2"

6'-10 1/2" WOOD 3/4" FEATURE F31.0 COLUMN COVER 6'-10 1/2" TO LINE 6

T.O.F.F. EL. 22' - 6"

1. EXPANSION, SEISMIC OR CONTROL JOINTS OCCUR IN THE STRUCTURAL ELEMENTS OF THE BUILDING.

1 1/2" STONE RADIATOR ENCLOSURE

7/8"

6'-10 1/2"

LED SCREEN

4 ID02.31

T.O.F.F. EL. 28' - 0"

8' - 9 1/8"

1' - 4 7/8" 8' - 0 1/2" TA

9 1/2"

7/8" S42.2hfh

CMU PER 10'-1/2" TO LINESCHEDULE 6 -S PLAN PAINT PER FINISH 10'-1 SCHEDULE GYPSUM BOARD SURFACES SHALL BE ISOLATED WITH CONTROL JOINTS WHERE:

PAINT PER FINISH SCHEDULE

ALIGN CEILING ABOVE

1 1/2"

3' - 6 1/4"

1 1/2"

ST-5

1/4"

3/4" 3 9/16"

7/8"

1' - 7 5/8"

9 1/2"

1/4" 1' - 0"

STONE WALL

9 1/2"

2 1/4" 3"

7/8"

2'-5 3/8" TO LINE M DETAIL 2'-5 TO LINE M LOBBY PLAN @3/8"COLUMN COVER 8 RESIDENTIAL 1" METAL REVEAL 1 1/2" = 1'-0" 1" METAL REVEAL

There is a centered ceiling space with a soft chandelier lighting fixture. The guest seating area faces Winthrop Square’s greenery, which makes people feel cozy and relaxed.

7/8"

8 ID02.31

LED SA

1/4" = 1'-0"

9' - 1 3/8"

5' - 2 3/8"

PARTITION PER PARTITION PER SCHEDULE - SEE PLAN SCHEDULE - SEE PLAN 3" STONE W/MTL. ANCHORS ST-6 2 3' 3" & SHEATHING AS REQUIRED ID06.31 ST-5 STONE FNISH PER SCHEDULE ST-5 CLEARANCE 3' FROM 1 1/4" STONE FNISH PER SCHEDULE1 1/4" CLEARANCE 3' FROM STONE FINISH TO FINISH PER 3 1/4" SOLID METAL EDGE PROFILE 1/4" PARTITION STONE FINISH TO FINISH SOLID METAL EDGE PROFILE T.O.F.F. ID02.32 SCHEDULE EL. 28' -- 0"SEE PLAN

1 1/4" STONE W/MTL. ANCHORS &

0' - 11 1/2"

LED SA

2'-6 1/8"

2 1/4"

9 1/2"

1/4"

ST-5

3' - 1 1/4"

1' - 2" F31.0 3' - 6" 5' - 8" 3' - 6"

5' - 10 1/2"

VEST 1-06

ENLARGED FLOOR PLAN GROUND LEVEL PART A SHEATHING AS REQUIRED

3/4" FEATURE WOOD COLUMN COVER 3 9/16"

2' - 11 5/8"

1 1/2" = 1'-0"

6" GRILL FRAMELESS

PE 18

F11.0

0' - 9 5/8"

F31.0

3 9/16"

USB

WOOD WALL

STAIR A

1-01 3/4" FEATURE WOOD

COVER 3/4" COLUMN DN

3 9/16"

PLAN BOARD CONTROL JOINT GYPSUM LOCATIONS (REFER TO SPECIFICATIO 10'-1/2" 092900):

6" 6" PAINT PER FINISH STONE RADIATOR ENCLOSURE SCHEDULE 3/4"ALIGN FEATURE WOOD CEILING ABOVE ALIGN CEILING ABOVE COLUMN COVER

PE 17

PE 15

USB

WD-4

RESIDENTIAL LOBBY PLAN DETAIL @ COLUMN COVER

11' - 3 7/16"

ST-5

6 A05.00

3/4"

EGRESS GATE

1' - 10"

S42.2 fr

11 ID07.40

2' - 11 5/8"

30' -9 1/2 ST ON " SE EW E PA ID AL L NE .02 L M .40 OD FO UL R S E TO & DIM NE .

3" 1' - 8 1/2"1' - 8 3/ 1 1/4" STONE W/MTL. ANCHORS & 1 1/4" STONE W/MTL. ANCHORS & ST-5 4" SEE A01.01D 1' - 0" 1/4" 3" 3" 1/4"SHEATHING AS REQUIRED SHEATHING AS REQUIRED 3'

4 ID07.51 3"

S42.2

3/4

CMU PER

CONTROL JOINTS SCHEDULE - SEE

FRAMELESS GRILL STONE RADIATOR ENCLOSURE STONE RADIATOR ENCLOSURE

C08.2

9 ID07.52

4 ID02.52

F31.0

PACKAGE ROOM 1-17

SHEATHING AS REQUIRED SHEATHING AS REQUIRED 1" METAL REVEAL

2 1/4"

1/4" 1' - 0"

PARTITION PER SCHEDULE - SEE PLAN

1 2' -

FRAMELESS GRILL 1' - 8 3/4"

2' - 7 1/4"

F31.0

FRAMELESS GRILL

F31.0

F11.0

9 1/2"

Winthrop residential lobby is situated on the northwest side of the ground level. The high-ceiling room reflects a comfortable environment composed of a soft tone, wood panels with mahogany, limestones, and bronze metal frames. The entrance space was surrounded by a stone portal to enhance the input view.

2' - 4 3/4"

1' - 10 3/4"

5' - 8"

PE 14

6. PROVIDE MOLD RESISTANT WALLBOARD AT ALL LOCATIONS

1-19A

RESIDENTIAL LOBBY PLAN DETAIL @ COLUMN COVER@ COLUMN COVER LOBBY PLAN DETAIL 8 RESIDENTIAL 1 1/2" = 1'-0" 1 1/2" = 1'-0"

1/4"

WOOD WALL

WD-4

1/4"

2 1/4"

A03 4 .13

1/4"

WOOD WALL

WOOD WALL WD-4 PARTITION PER SCHEDULE - SEE PLAN

1' - 5 1/2"

5. WHEN WALL TILE IS SPECIFIED PROVIDE CEMENTITIOUS BACKER BOARD.

SLOP SINK AND FAUCET

4' - 1 1/2"

F31.0

S42.2h f LED RA

1' - 10"

USB

WD-4

2 ID07.52

0' - 7 5/8"

ELEV VEST 1-12

USB

RESIDENTIAL LOBBY

PARTITION PER3" SCHEDULE - SEE PLAN

PARTITION PER SCHEDULE - SEE PLAN

3/4"

1' - 10"PE 16

F31.0

2 3/4"

ALIG EXT

4. WHEN WALL TILE IS NOT SPECIFIED PROVIDE WATER RESISTANT GWB IN ALL AREAS HAVING A WATER SOURCE INCLUDING BUT NOT LIMITED TO BATHROOMS, KITCHENS, WASHER/DRYER CLOSETS, AND LOCKER ROOMS.

VFD RM 1-27

T.O.F.F. EL. 27' - 2"

2' - 11 1/2"

6' - 2 1/2"

FINISHED DIMENSIONS 3' - 6" 8

RF11.02

/4 13

1' - 8 3/4"

" 3/4

sim.

SEE ID02.47 FOR ENTRY VESIBULE

'-1 R 2F31.0

PE 13

3" STONE W/MTL. ANCHORS & 1" 3" PERST-5 3" 1" PARTITION PARTITION PER 1" METAL REVEAL SHEATHING AS REQUIRED SEE ID.02.31 FOR PORTAL SCHEDULE - SEE PLAN SCHEDULE - SEE PLAN STEP & BENCH 2'-6 1/8" TO LINE M WEST HALL 3" WALL COVERING 1-23 2 3/4" THEATER BOXES & IG 1" 3" 3" PARTITION PER OUTLET BEHIND ACCESS 4" DOOR 3' 3' - SEE1"PLAN SCHEDULE 3' METAL REVEAL 3' 6'-10 1/2" SEE ID02.21P FOR FLOOR CLEARANCE 3' FROM CLEARANCE 3' FROM PATTERN CLEARANCE 3' FROM CLEARANCE 3' FROM STONE FINISH TO FINISH 6'-10 STONE3"FINISH FINISHANCHORS & 3" 1/2" TO LINE 6 ST-5 STONETO W/MTL. STONE FINISH TO FINISH STONE1"FINISH FINISH METALTO REVEAL SHEATHING AS REQUIRED 3 4" ID02.31 3' 3' PREFABRICATED BENCH CLEARANCE 3' FROM CLEARANCE 3' FROM STONE FINISH TO FINISH 2 3/4" LIGHTING FIXTURE, TR TR TR 1" 3" STONE FINISH TO FINISH UNDER BENCH. TYP. PARTITION PER 3" STONE W/MTL. ANCHORS ST-63" STONE W/MTL. ANCHORS ST-6 1/4" 1/4" 3" 3" 1/4" 1' - 0" SCHEDULE - SEE PLAN 3" 1/4" & SHEATHING AS REQUIRED & SHEATHING AS REQUIRED

10.00°

F31.0

2'-5 3/8"

A03 4 .13 B

2'-6 1/8"

6'-10 1/2" TO2LINE 3/4" 6

11 ID07.40

WALL COVERING

2'-6 1/8"

6'-10 1/2"

4 ID07.52

ID07.52

1' - 10"

1 1/2"

2'-6 1/8" TO LINE M WALL COVERING

P31.0

F21.0 F31.0

F31.0

5' - 5 3/8"

1-017B

RESIDENTIAL LOBBY PLAN DETAIL @ MAIL HALL WOOD 1" METAL REVEAL 1" METAL REVEAL 6'-10 1/2" 2'-6 1/8" TO LINE M WALL CORNER 01TO LINE 6 6'-10 1/2" ST-5 ST-5 WALL COVERING 3" STONE W/MTL. ANCHORS & 3" STONE W/MTL. ANCHORS &

6'-10 1/2"

6'-10 1/2" TO LINE 6 1 1/2" = 1'-0"

W31.0

METAL FEATURE WALL

10 ID07.52

F62.2

1 1/2" = 1'-0"

2'-6 1/8" TO LINE M

2' - 7 1/2"

1' - 9 1/4" 2' - 5 3/8"

1' - 1" S62.2h f WC-1

F62.2

2' - 11 1/2"

F31.0

S42.2 fr

ELEV VEST 1-11

T.O.F.F. EL. 27' - 2"

F62.2 A03 6 .13 A

2 ID02.52

4 ID07.51

F31.0

1' - 11"

F31.0

1-017A

C26

F31.0 0' - 9 1/2"

6' - 10 5/8"

F62.2

RESIDENTIAL LOBBY PLAN DETAIL @ MAIL HALL WOOD RESIDENTIAL LOBBY PLAN DETAIL @ MAIL HALL WOOD WALL CORNER 01 WALL CORNER 01 12 1 1/2" = 1'-0" 1 1/2" = 1'-0" RESIDENTIAL LOBBY PLAN DETAIL @ MAIL HALL WOOD 12 WALL CORNER 01

/4 13 3

3. ALL ENCLOSING WALLS AT MECHANICAL RISERS AT ELEVATO CORES SHALL BE 2 HOUR RATED SHAFT WALL WITH INSULATION TO MATCH STUD SIZE U.O.N.

1-27A DN

LIMESTONE PORTAL WALL

WC-1

5 ID07.40

F11.0

1-20A

WC-1

C12.2

4 ID07.51

F21.0

4' - 11 5/8"

S62.2h f

T.O.F.F. EL. 28' - 0"

7 ID07.52

5 ID07.52

WC-1

F61.0

10.00°

METAL FEATURE WALL

9' - 10 5/8"

10' - 10 5/8" 6' - 10 1/2"

FIREPLACE OPENING 6' - 8 1/4"

10.00°

F31.0

4 ID07.51 12' - 3 7/8"

F61.0

W61.0

FIREPLACE & MANTLE 10' - 6 1/4"

F31.0

5' - 6 1/8"

9' - 1 3/8"

W61.0

ALIGN WITH EXT MULLION

2. ALL ENCLOSING WALLS AT MECHANICAL RISERS SHALL BE 2 HOUR RATED SHAFT WALL WITH INSULATION TO MATCH STU SIZE U.O.N.

1' - 1 1/8"

1-21A

F31.0 5' - 7 3/4"

WOOD PANEL WALL

USB

1' - 1"

1' - 0 5/8"

° 7.2 9

S62.2h f

1' - 0 5/8"

1' - 1"

1' - 0 5/8"

1' - 1"

10.00°

S42.2h

F11.0

WOOD PANEL WALL

PARTITION NOTES

F31.0 3' - 2 7/8" F31.0

F31.0

DIMPLEX OPTI-MYST PRO 1000 ELECTRIC FIREPLACE (2x 40-1/8" BUILT-IN CASSETTES) WITHIN CUSTOM METAL & F61.0 MARBLE MANTEL 9' - 3 1/4"

1-22A

16. PAINT SUPPORT ANGLES BEFORE PLACING DUCT. PAINT WIT WEATHERPROOFING PAINT BETWEEN DUCT AND STEEL BEFORE SCREWING INTO PLACE.

1. NOT USED

4' - 9 1/2"

SHAFT WALL AS SCHEDULED

STAIR D 1-04

MAIL ROOM14 ID07.40 1-15

W31.0

METAL COLUMN COVER BASE BEYOND

11 ID07.52

9' - 4 5/8"

W31.0

REFER TO ENLARGED DETAIL

T.O.F.F. EL. 28' - 0"

C08.2

BATHROOM 1-22

MECH 1-19

F31.0 C

1' - 10 1/4" 1' - 1 1/8"

REFER TO ID07.20 FOR RESIDENTIAL LOBBY FINISH PLAN

METAL CLAD VESTIBULE

5' - 2 1/8"

WOOD PANEL WALL

RESIDENTIAL LOBBY 1-20

MITRED EDGE

14 ID07.52

PAINT PER SCHEDULE

EL. 27' - 2"

K MITRED EDGE

ID07.40

15. PROVIDE DRAIN AT ALL SERVICE ELEVATOR VESTIBULES THA CONTAIN HUNG TYPE PRV UNITS. REFER TO PLUMBING SHEETS FOR PLUMBING LOOP FLOORS.

F31.0

W31.0

PACKAGE ROOM 1-21

METAL COLUMN 6' - 6 7/8" COVER BASE BEYOND

T.O.F.F. SHAFT WALL AS SCHEDULED

1 ID07.51

8 ID07.52

METAL COLUMN COVER BASE BEYOND

CONCIERGE DESK

10 ID07.45

LIMESTONE WALL PANEL

1' - 0 5/8"

ALIGN CEILIN G

ABOVE

13 ° 7.2 9

C27

1' - 0 5/8"

7.2 9

PAINT PER SCHEDULE

W61.0

REFER TO ENLARGED DETAIL

SHAFT WALL AS SCHEDULED

2° .6

MITRED EDGE

WC-1

REFER TO ENLARGED DETAIL 3

7.2 9ALI ° GN CEILING

2° .6

MITRED EDGE VEST 1-03

1' - 1"

PAINT PER SCHEDULE

12 REFER TO ENLARGED DETAIL ID07.52

METAL COLUMN COVER BASE BEYOND

2° .6

PAINT PER SCHEDULE

MITRED EDGEWALL AS SCHEDULED SHAFT

PARTITION PER SCHEDULE - SEE PLAN MITRED EDGE 1

MITRED EDGE

SEE A03.12 FOR ENTRY VESIBULE

WOOD WALL

WD-4

W61.0

PARTITION PER SCHEDULE - SEE PLAN

MITRED EDGE ALIGN CEILIN G

WOOD WALL

WD-4

3 A03.12

PARTITION PER SCHEDULE - SEE PLAN

ABOVE

WOOD WALL

WD-4

PARTITION PER SCHEDULE - SEE PLAN

ABOVE

ABOVE ALIGN CEILIN G

WOOD WALL

WD-4

6' - 10 1/2"

F61.0 1-21B

F31.0

F21.0

TZ-2

USB

STONE F.T.R. ENCLOSURE

F21.0

TZ-2

S.S. GRILLE

14 PROVIDE CONTINUOUS ACCESS FROM ALL MECHANICAL AND SERVICE AREAS AND BASE BUILDING BACK OF HOUSE SPAC TO TWO MEANS OF EGRESS WITHOUT ACCESS THROUGH ADJACENT TENANT SPACE.

5' - 0 3/8"

6 ID07.52

1 ID07.52

TZ-2

12. PROVIDE A DURABLE SURFACE ON ALL WALLS AND WATERPROOFED FLOOR FINISHES. 13. PROVIDE 3/4" PLYWOOD BACKING AT ELECTRICAL AND TELECOM ROOMS.

3" RIGID INSULATION

W61.0

10' - 0 1/2"

TZ-2

5 A03.12

3" RIGID INSULATION

11' - 9 1/2"

7. SEE 'P' SERIES FOR GARAGE AREA DRAINS

8' - 2 1/2"

ALL FLOOR DRAINS TO BE FLUSH WITH THE FINISHED FLOOR 6. U.O.N.

8. SEE 'P' SERIES FOR ROOF DRAIN LOCATIONS

10' - 2 5/8"

10' - 3 3/8"

2 A03.10

TRENCH DRAIN

6' - 9"

4"4 1/4" 4'1"

DRAIN

C08.2

3 A03.10

12' - 2 1/8"

TILE WALL WITH BUMPER RAIL

20' - 0"

Total 60’ Height

0” Depth 1” Depth

5 0” Depth 1” Depth

3 0” Depth 0” Depth

1” Depth

1st Carve

2nd Carve

1” Depth

3rd Carve

4th Carve

THE MONUMENTAL COLUMN The Monumental column is at the connector ‘s west entrance. The overall height is 60 feet, installed from ground to 4th floor by several fabricated free-form stone panels that cover an original inclined column. The inspiration comes from a fluted wine glass. Suppose the light goes over the column at the bottom. Up to the top of the column, you can see the elegant, lozenge-shaped, and carved spiral pattern—the bottom light up during the nighttime. Representing connector entry is an icon.

5 1

1. 3D Print Birdview 2. 3D Print Birdview 3. West tower curtain wall 1:1 mockup 4. East tower curtain wall 1:1 mockup 5. Fritted glass indoor study 6. Exterior metal panel selection 7. Fritted glass 1:1 mockup

7 3

Cornell University Statler Hotel Renovation

Building type: // Renovation Construction budget: // 3.7 million Site Area: // 22,830 Square feet

, New York, USA

Work responsibility:

In January 2020, we worked on the renovation of the Porte- Cochere and Statler Hotel lobby, the teaching hotel on the Four Diamond campus of Cornell University, which serves as the first floor of the Ithaca campus. Greens are the main feature of this campus. The key concept is to build a whole new welcome entrance that links these greens.

// Coordinated canopy design with the structural engineer and landscape designer

Re-envision the Porte-Cochere, including the drive approach, sidewalks with glycol snow melt system and accessible design, landscaping, site furnishings, lighting, and vestibule entry doors.

// Generated design options for interior layout

Renovate the lobby, lobby ceiling, and reception desk to meet accessibility design criteria Create a friend open area that includes more daylighting and a flexible multi-zoned space that connects to the second-floor public functions

Ives Hall

NEW ENTRANCE In keeping with the project goals, the design of the Porte-cochere and lobby create a new, iconic entrance for guests to Cornell University’s campus and opens a new connection through the lobby to the campus to the West. The canopy design has a simple and elegant arrangement using a single architectural concrete pylon with painted structural framing fritted glass panels that allow light to pass through the lobby and create a column-free driveway area.

Landscape Keynote 1. Granite Curbing 2. Layered Rain Garden 3. Granite Bands 4. Granite Paving 5. Custom Granite Curb 6. Flush Granite Curb 7. Granite Paving 8. Heavy-Duty Concrete Driveway 9. Heavy-Duty Concrete Sideway

Statler Hotel

N Architecture Keynote 1. New Spandrel Glass Panel 2. New Wall Finish 3. New Automatic Sliding Door 4. Glycol Sidewalk Heating 5. Glass Canopy 6. Remove and Replace Existing Panel 7. Fritted glass 8. New landscape 9. Pin Mounted Signage 10. Stainless Steel Downpipe 11. New Work-off Mat Inside

TAIWAN // Professional work SHU-CHANG & ASSOCIATE ARCHITECTS Sep. 2011~ Jun.2014

CHINA // Professional work STUDIO LINK-ARC Aug. 2020- Present

The high density population country: Taiwan

Clearly, urban infrastructure is the most influential force in any city, marking the boundaries of joy and pain, wealth and poverty, life and death. With the high density of an ever-rushing river of people, they directly stimulate the development among blocks, link and divide neighborhoods, and influence commercial development. About fifty years ago, in order to expand the road network and expand developments, some urban plans were rushed and not soundly balanced with the needs of the city. However, with rapid growth of the population, the city more than ever needs better infrastructure to serve more citizens. I consider that infrastructure buildings - such as rail stations, bus terminals, and airports - are the backbone of a city, and where architects make the greatest impact. Both the transport nodes and the infrastructure grids - power, water, sewage - are absolutely indispensable. Architects need to focus on the problems of areas and adjust their architectural functions for the city. In the high density environment of the city, infrastructures - especially transport infrastructures are not only equipped to provide just one function. They are multiple duties, to meet the varied needs of the populace. How to find the most needed infrastructures is a fascinating problem, and what motivates my interest.

Hualian Train Station

Building type: // Train station Construction budget: // NT$28 million Site area: // 11,315 m²

,Hualian, Taiwan

Hualian train station is located on the east side of Taiwan. The terrain is a narrow plain. The left side is near the Central Mountain range and the right side is near the Pacific Ocean. Work responsibility: // Develop the design and construction drawings for C area (the concrete part) // Develop the design for the city canopies

The ridership of train is increasing, so it is important to promote the development of the elevated railway. In Taiwan, all urban development started from the train stations, because people are only active in front of the train station, causing these developments to be uneven between the two sides. This project keeps the original train station and builds a new elevated train station. Through the design of the air bridge, shops and canopies, the new station attempts to stitch the two different sides of the railway and can accommodate more passengers in the future.

3 4 -

Wood grain aluminum plate joints

1 -

Steel pipe joints

2 -

Steel pipes joints

3 -

Canopy drainage details

4 -

City Canopy Detail drawing The material of the umbrella consists of wood grain aluminum plates and painted steel pipes. The main structure is comprised of four painted steel pipes that branch out to combine with the second structure. The wood grain aluminum plates provide shade effects. The top of the canopy is responsible for rain protection and there are water holes in the corner for drainage.

2 -

Design steps

Concrete façade plans

1 -

Unit perspective

3 -

Frontal concrete façadeOn the right side of the city canopy, there are fairfaced concrete design. In order to make the left and right façade look consistent, the right side of the concrete facade also has the grille design. The unit of concrete grille is from a square that folds at the bottom and top in the opposite direction, and then is assembled together. 16 concrete grilles are controlled by two arcs that represent transformation and rhythm. Behind the concrete façade, there are retail stores and exhibition spaces. The façade is also an important entrance symbol.

Concrete façade axon

4 16

MRT Zhongshan Station ,Taipei, Taiwan

Building type: // Mixed- use building Construction budget: // NT$19 million Site Area: // : 1,470 m² Taipei MRT Zhongshan station is located in downtown Taipei. In order to make the development efficiently, the 19-story building combines mixed use programs. The underground part is for subway use, and the 1st to 3rd floors are for commercial use, and the rest is for residential use. In Taiwan, there is an urban law that makes commercial activity happen in the lower floors. On the design part, the “big white S” links the canopy, commercial spaces and neighboring structures.

Work responsibility: // Responsible for directions for the operation of urban design review. // Responsible for construction permit // Integrate the meeting and design of architecture, landscape, electrical, water pipe line and construction

1 -

3 Cooling tower

1 -

Shopping mall terrace

2 -

City Facade-

Community terrace

3 -

The front side of Taipei MRT Zhongshan station faces the main street of the city. On the back side, it connects with a narrower lane. The total height of the building is limited under the line- 1:3.6 and 1:2. Because the building mixes commercial spaces with subway use, it can be built higher. The front of the façade features a different design than the back side, because more activity usually happens on the main street.

National Chiaotung University The Third Dormitory ,Hsinchu, Taiwan

Building type: // : Dormitory Construction budget: // NT$80 million Site Area: // 7,400 m²

Work responsibility: // Develop the design and construction drawings for the Student Activity Center, the corridor, and the restaurant, which are all located in the north dormitory. // Develop the design for the city canopies

The third dormitory is designed for graduate students to use. This is a 10-story tall dormitory. If we read from the plan, the entrance matches the buildings on the left and right sides. The north-west side of the building features the student restaurant, and the north-east side houses the student activity center. The middle of the project has a wind corridor that allows natural light and wind to reach both the north and south dormitories. In the plan, there are at least two rooms that are designed for public use. Especially for the design of the north-east side, the big stair way is linked with the landscape to bring comfort to the students in the dormitory.

1 -

Site boundary

2 -

Student restaurant

Student activity center

North elevation

Student corridor

North dormitoryLinked public activities and Naturally ventilated roomsIn the design of the north dormitory, from the first floor to the third floor, the program consists of a student corridor, activity center and restaurant. It links the street activity of the campus. At the higher level, the window of student living units also keeps the nature ventilation. Wind can pass through from the doors to the windows.

Units sections

1 -

Units sections

2 -

3 -

South Elevation

South dormitoryConcrete sunshade

1 -

Typically, on a summer afternoon in Taiwan, there is a serious problem with the western exposure. The concrete sunshades, which hang outside of dormitory balconies, can efficiently reduce the amount of sunlight that enters the rooms.

Sunshade section

2 -

Sunshade axon

3 -

Dongjiao school ,Lanzhou, China

Building type: // : Elementory + Junior high school

Work responsibility:

Site Area: // 15,400 m²

// Integrated design ideas with principal architect, and cooperated the workflow with the Shanghai team // Provided brick wall cladding drawings

Lanzhou Dongjiao School is a school used by primary and middle school for nine years. The geographical location is around the Yellow River in front of it and the hills behind it. In the overall school shape, the south is low and the north is high echoes the relationship between the terrain and the city. On the other hand, it provides Maximum daylight guaranteed by sunshine. Local cultural bricks are used on the facade, which expresses the combination of traditional materials and modern craftsmanship. The primary and middle school are divided into east and west. The primary school is in the east, and the middle school is in the west. Therefore, the public space is the central axis of the design and connects the various public teaching areas (multifunctional hall, school history exhibition, library, etc.) In the meantime, the offices surround the public circulation line that allow teachers and students can enjoy creative public space and ensure the safety of student activities in the yards.

Performance Courtyard

Music Classroom

5th Grade Classroom

6th Grade Classroom

3rd Grade Classroom

5th Grade Classroom

6th Grade Classroom

2nd Grade Classroom

4th Grade Classroom

Natural science lab

1st Grade Classroom

Courtyard Grade 1 to 3

1st Grade Classroom

Entry court yard

4th Grade Classroom

Courtyard Grade 4 to 6

Labor skill classroom

Long section

1 -

Multi-layered courtyard with vibrant facadeDifferent from traditional teaching buildings, Lanzhou Dongjiao School has created a multi-level courtyard for students to have the green and natural learning space. The strip-shaped building divides the school base into six courtyards, and the public central axis is connected to each courtyard. The middle school and the primary school courtyards have its own theme: game courtyard, performance courtyard, distribution courtyard, etc. Also, the use of bricks is divided into two types: general bricks and modeling bricks, providing empty parts for necessary air conditioning and lighting.

Classroom Units section

2 -

Zhongzhou Kindergarten

,Shenzhen, China

Building type: // : Kindergarten

Work responsibility:

Site Area: // 6,000 m²

// In charge of presenting to clients and arranging project schedule // Developed design intent on the wood structure roof and layout of classroom units on plans

Zhongzhou Kindergarten is in downtown Shenzhen. The main entrance is near Shenzhen North Railway Station. Its main design feature is an infinite shaped roof, which provides a large outdoor space for children to play. There are total 18 classrooms, including grade 01, grade 02 and grade 03. The shape of the volume forms two courtyards, and the classroom is composed of sliding doors, so that children can get close to the natural environment while studying. In terms of detailed design, the material of the wooden roof is glulam planks, and the overall slope is 1:12 gentle slope design. The surrounding guardrail is also provided with more than 1m3 to protect children from climbing over the fence. The combination of wooden beams and steel columns provides a length of 12M wide Unit modulus of 10M. The classroom units are arranged in an infinite shape under the entire large roof.

SITE

SHAPE COURTYARDS

ARRANGE CLASSROOM

INTRODUCE THE BIG ROOF

CREATE COURTYARDS

CREATE INFINITE ROOF PLAYGROUND

Infinite shaped roof-

At the beginning of the design, we first arranged the necessary classroom space, enclosing the two courtyards, and then softened the boundary. The courtyard space in the middle is outlined by the intertwined form, which also provides plenty of sunlight and air ventilation to provide a comfortable learning environment for the children.

Learning environment in the inner courtyardThe kindergarten classrooms are divided into upper and lower floors. The classroom doors are sliding doors, which can be fully opened and directly face the courtyard. The classroom units are equipped with high windows, and the arc-shaped design connects the design units together.

Classroom Units plan

1 -

Classroom Wall Section

2 -

// Academic work Graduate_ PRATT INSTITUTE Jun. 2016 ~ May. 2017

Architecture is a prosthesis to nature

What is a prosthesis? The definition of a prosthesis is a specific device that can focus on the subject’s injury and provided a synthetic part to remedy or reinforce it. When the prosthesis was worn, then it can restore the original function of the lost part, or even become more robust. For me, nature is an existing, innate and irresistible force that we must successfully and wisely reckon with. Constantly, architecture should be designed and built with nature constantly in mind. Unfortunately, In the twenty-first century, people know how to destroy nature, but do not know how to repair nature. Thanks to the new technology, today’s technology is no longer difficult to create a 100-storey skyscraper. Nowadays, architects need to think further on how to use advanced technology to find the balance between architecture and nature. I believe that in the next century, architecture for our city will play the role of prosthesis, merging man and nature to grant new abilities to both. For a city’s prosthesis, there are basically three major characteristics: An architectural body can be reformed according to the environment need. Architectures can convert natural resources to satisfy human needs. Architecture will be a prototype that can be mass-produced and applied by modern technology. The new multi-functional architecture, which connects nature and human beings that is able to restore natural damage, and then supplies it to mankind. Through industrial production, the new architectures will be tightly placed into human life. This is not only an ideal built by my imagination, but a reality I want to bring to life. I believe that as long as we discuss the use of space, the topic can be a part of architecture. As a young aspiring architect of a new century, I believe that discovering how architecture can heal the wounds of the environment can help strike a new, healthier balance between man and nature. This is why we need to think carefully about the subject.

Urban Prosthesis Terminal //Trains

My thesis story is set in the near future- 20 years from now. When people cannot adapt to their original living environment, people need an “Urban Prosthesis” to balance between human and nature. A prosthesis is able to be taken on and off. It is an automatic design without human operations.

Instructor: Jason Vigneri-Beane Thomas Leeser

Terminal Prosthesis

I assume the design is built after climate changes. (The subway system already lost it original functions). Therefore, the terminals and vehicles are able to be the role as a repairer. Basically, the new structure of the subway station should have the function of, charge electricity, maintenance, pump and defend water. The end of these lines will be my sites- the repair start points.

Train Prosthesis Support cars have a lot of potential to be a role to repair our city, because trains are moveable vehicles that can go with an existing track system from places to place. However, in the climate change, when the next disaster comes, can they still carry out task normally? In the natural world, animal’s physical structure are more durable than human beings. As a prosthesis, it can also be combined with robotic vehicles. If we combine these features with support cars, they can be the main repair-roles in our city.

Urban Prosthesis Train Prosthesis A.D. 2040 //

The climate change hits the New York city again. The subway system cannot be used anymore. Humans only can use the ground area.

A.D. 2042 //

These animal-shaped prosthesis is repairing our city. The flooded level is reducing.

A.D. 2045 //

The underground parts gradually restore to be original situation. People can use these areas again. On the ground parts, these animal-shaped prostheses still keep maintenance for our city. Because of these terminal prosthesis, the city is repaired. The original function of the terminal is not existed. The new prosthesis continuously keeps balance between human and nature.

A.D. 2050 //

// Academic work Undergraduate_TUNGHAI UNIVERSITY Sep. 2005 ~ Jun. 2010

A street house Undergraduate project

Street houses are a special type of building in Taiwan. The width versus length has inharmonious proportion. In order to give sufficient sunlight to the build type, the program train students to think the relationship between lights and programs. In the design, we can decide the landlord. My setting is that when I am 30 years old, I live in a street house and work with my partner together, who also studied architecture. The street house mixes useful living and working spaces.

Instructor: Chang-Hsiu Lin

The atmosphere of lighting environment The idea is from crack that can make light pass into the house naturally. In the third floor. The brightest floor consists of many planes and open areas that are suitable places to work efficiently. In the second floor, large windows at the front and rear of the building light the kitchen and living room. Finally, the ground floor are private rooms that do not have many windows. The sole function of the ground floor is to provide a place to sleep.

3 neighborhood stations Undergraduate thesis

In 2015, the aging railway network of the city of Taichung was scheduled to be completely elevated in the following year. However the old ground network has already distorted the layout of the surrounding neighborhood. The rebuilt train station will play a new role, not only by improving land use and removing site difficulties, but also linking both sides of the tracks into one unified community.

Instructor: Chang-Hsiu Lin

Station01The Green platform

Above the green blanket, it has an automatic checking machine that serves as the passengers’ gateway to the welcoming greenery. The green blanket is also a vast courtyard, perfect for a stroll and for viewing the neighborhood.

Station02The bicycle bridge The bicycle bridge connects with the eastside block, allowing bikers to ride along river’s path. There are bushes planted at the entrance of the bridge, to welcome the riders.

1. Bicycle 1. bridge Bicycle bridge 2. BMX arena (1f) arena (1f) 2. BMX 3. Automatic checking machine 3. Automatic checking machine 4. Bicycle 4. platform Bicycle platform

5. Ticketing 5. hall Ticketing hall 6. Station 6. hall Station hall 7. Citizens’ 7.park Citizens’ park 8. Community park 8. Community park

Station03Citizens’ plaza and students’ activity sites With the large number of passengers, the student can hold many types of activities easily. The inviting new entrance represents the city gate, and a LED board provide useful information. The new venue of students would be the public space and a friendly arena for the urban.

About Me About Me

Contact

PROFESSIONAL EXPERIENCE PROFESSIONAL EXPERIENCE STUDIO LINK-ARC STUDIO LINK-ARC

/ Aug. 2020 – Present USA, New York USA, / Aug.New 2020York – Present

& ASSOCIATE ARCHITECTS SHU-CHANGSHU-CHANG & ASSOCIATE ARCHITECTS Taiwan / Sep. 2011 – Jun. 2014 Taipei, Taiwan / Taipei, Sep. 2011 – Jun. 2014

designer ArchitecturalArchitectural designer

Project Architect Project Architect

・Lanzhou Dongjaio Element Junior High (Site area: sq ft/ 5 stories) ・Lanzhou Dongjaio Element + Junior High+School (Site School area: 576,430 sq ft/576,430 5 stories) ・Hualien (Site area: sq elevated ft/ 2 stories/ ・Hualien Train Station-Train (SiteStationarea: 157,700 sq ft/157,700 2 stories/ trainelevated station) train station) Integrated ideas with principal andthe cooperated - Integrated -design ideasdesign with principal architect, andarchitect, cooperated workflow the workflow - Documented - Documented on construction drawing, stair and on construction drawing, including wallincluding section, wall stairsection, and with the Shanghai team with the Shanghai team - Provided brick wall cladding and onfacade the exterior facade - Provided brick wall cladding drawings anddrawings details on thedetails exterior

LEI, TZU-YI LEI, TZU-YI

・ShenzhenKindergarten Zhongzhou Kindergarten (Site area: sq ft/ 2 stories) ・Shenzhen Zhongzhou (Site area: 64,000 sq ft/ 64,000 2 stories) In charge oftopresenting clients and arranging project schedule - In charge of- presenting clients andtoarranging project schedule Developed the wood roofofand layout of classroom - Developed -design intentdesign on the intent wood on structure roofstructure and layout classroom units on plans units on plans HANDEL ARCHITECTS HANDEL ARCHITECTS

canopy details canopy details Taipei MRTStationZhongshan (Site area: sq ft/ 19 stories) ・Taipei MRT・ Zhongshan (SiteStationarea: 15,800 sq ft/ 15,800 19 stories) - Applied laws andtoregulations to the for government for a construction license - Applied laws and regulations the government a construction license and user permit and user permit Assisted on design to competition ・Assisted on・design competition win cases to win cases

・Award, Hsinchu NTCU StudentDesign Residence Design Competition, ・Award, Hsinchu NTCU Student Residence Competition, Oct. 2012 Oct. 2012 ・Award, Taitung Public PoolDesign and Library Design Competition, ・Award, Taitung Public Pool and Library Competition, Mar. 2013 Mar. 2013 ・Award, New Construction DesignChin-Chine for NTNU’sBuilding, Chin-Chine Building, ・Award, New Construction Design for NTNU’s Dec. 2013 Dec. 2013 ・Winthrop CenterMA47,300 (Site area: sq ft/ 53 stories) ・Winthrop CenterMA (Site area: sq ft/ 47,300 53 stories) ・Award, TaipeiAirport SongShan AirportDevelopment, Surrounds Development, ・Award, Taipei SongShan Surrounds May 2014 May 2014 Thebuilding mixed-use building includingcommercial, residential, commercial, retailspace and public space The mixed-use including residential, retail and public Participated in tower and facade design for significant Boston - Participated- in tower massing andmassing facade design for significant Boston government review government review EDUCATION EDUCATION Generated design options to and worked tothe coordinate the design with - Generated -design options and worked coordinate design with technical team the technicalthe team / Jun. 2016 – Jun. 2017 USA, New York USA, / Jun. New 2016York – Jun. 2017 PRATT INSTITUTE PRATT INSTITUTE Developed design of "The a Connector"a 3-story high, public - Developed -design of "The Connector"3-story high, public space and space and Master of Science in Architecture (Post-Professional) coordinated technical details, including MEP and structure, with the project Master of Science in Architecture (Post-Professional) coordinated technical details, including MEP and structure, with the project ・ Honored graduate presentation for Thesis DesignUrban2017 Prosthesis, 2017 ・ Honored graduate presentation for Thesis DesignUrban Prosthesis, architect. Integrated smoke system and into the design architect. Integrated atrium smokeatrium system and kitchen/ kioskkitchen/ into thekiosk design - Designed the monumental 60 feet tall,assembled fabricated, assembled - Designed the monumental column- a 60columnfeet tall,afabricated, TUNGHAI UNIVERSITY Taichung, Taiwan / Sep. 2005 – Jun. 2010 TUNGHAI UNIVERSITY Taichung, Taiwan / Sep. 2005 – Jun. 2010 and column free-formed column and free-formed Bachelor of Architecture, of Architecture Bachelor of Architecture, Department Department of Architecture - Responsible residential lobby drawings including - Responsible for residentialforlobby drawings including floor finishedfloor plan,finished plan, ・Award for Outstanding Thesis Design - 3 neighborhood stations, 2010 ・Award for Outstanding Thesis Design - 3 neighborhood stations, 2010 and detail drawings millwork and millwork detail drawings ・Excellent Award, Academic Design Competition of Wen-Hsiung ・Excellent Award, Academic Design Competition of Wen-Hsiung Hung, 2005 Hung, 2005 - Instructed internand designers, provided design critique - Instructed intern designers, providedand design critique for their workfor their work ・Excellent Award, Academic Design Competition of Wen-Hsiung ・Excellent Award, Academic Design Competition of Wen-Hsiung Hung, 2009 Hung, 2009

Associate

/ Oct. USA, New York USA, / Oct. New 2017York – Jul. 20202017 – Jul. 2020

Associate

・Peachtree Atlantatower, mixed-use tower, GA47,400 (Site area: sq ft/ 50 stories) ・Peachtree Atlanta mixed-use GA (Site area: sq ft/ 47,400 50 stories) - Designed 3D print models and lobbyfor renderings for competition - Designed diagrams, 3Ddiagrams, print models and lobby renderings competition presentation presentation - Optimized visualization withtoVR to awin a 3D pdf to let client - Optimized visualization with VR device windevice project3Dprojectpdf to let client closelydesign experience design intention closely experience intention

Address: 2322F, E4th street 2F, Address: 232 E4th street Brooklyn, NYBrooklyn, 11218 NY 11218 Mob: 917- 348 - 0863 Mob: 917348 - 0863 Email: tzuyi.lei@gmail.com Email: tzuyi.lei@gmail.com

EXTRACURRICULAR ACTIVITIES EXTRACURRICULAR ACTIVITIES

UNION GRADUATE DESIGN EXHIBITION Taichung, Taiwan Taichung, Taiwan / Oct. 2010 DESIGN EXHIBITION / Oct. 2010 ・Cornell University HotelNY renovation, NY22,830 (Site area: ・Cornell University Statler Hotel Statler renovation, (Site area: sq ft/ 22,830 1 story)sq ft/ 1 story)UNION GRADUATE Chief Coordinator Chief Coordinator - Coordinated marquee design with structural andconsultant landscape consultant - Coordinated marquee design with structural engineer andengineer landscape ・Prepared exhibition venue and proposed plan in coordination ・Prepared exhibition venue and proposed detailed plandetailed in coordination with three universities with three universities ・Buzzard Point, Plan) DC (Master Plan) ・Buzzard Point, DC (Master ・ Organized andopinions coordinate opinions provided three chief coordinators, ・ Organized and coordinate provided by three chiefbycoordinators, - Recordedmeeting conference meeting notes with HOK, MA Architects - Recorded conference notes with HOK, MA Architects and Genser and Genser - Involved guideline design on and master plan based and section based on a principal - Involved guideline design on master plan section on a principal architect instruction architect instruction

including exhibition board purchase, truck suppliers, power including exhibition layout, boardlayout, purchase, delivery truckdelivery suppliers, power generators, etc. generators, etc.

Work

Review

Winthrop Center 08. 2017 USA, Boston

Cornell University Statler Hotel Renovation 08. 2019 USA, New York

Hualian train station 08. 2011 Taiwan, Hualien

MRT Zhongshan Station 07. 2012 Taiwan, Taipei

Dongjiao school 08. 2020 China, Lanzhou

Zhongzhou Kindergarten 01. 2021 China, Shenzhen

Chiaotung University Dormitory 06. 2013 Taiwan, Hsinchu 41