ARCHITECTURE
PORTFOLIO 2013-2016 STEPHANIE TUNG
Hi, This portfolio is a compilation of project types and scales, ranging from urban planning, building designs to installations. The selection demonstrates my interests in public/community-based design, as well as my abilities to JUDSKLFDOO\ UHSUHVHQW P\ LGHDV ZLWK GLĚŤHUHQW GLJLWDO WRROV
Stephanie Tung Current Education Status: Bachelor of Architectural Science (4th Year Undergraduate - Graduating in June 2016)
I believe architects as a profession have an obligation to contribute to our societies, especially the public interest, WKURXJK FDUHIXO GHVLJQ DQG LQQRYDWLYH LGHDV 0\ ĚŹUVW participation in public works started with my experience with Red[U]x Lab. I started participating in several projects as a production member in Year 1 and 2, and eventually became a Project Leader for an installation at TODO 2015 - Photokeratitis (p40-45)- in Year 3. Red[U]x Lab is a student-organized group within Ryerson’s Department of Architectural Science that provides design opportunities and hands on experiences for willing students to participate. Although projects involved are mostly smallscale installations; it allows me to experiment and explore D FHUWDLQ DUFKLWHFWXUDO ODQJXDJH LQ D ĚŹQHU VFDOH WKURXJK materiality and form. It is also a powerful medium that can translate complex architectural expression/design ideas into physical experience, in which my audience (i.e. general public) can understand. During my 3rd Year Urban Planning course, I had another opportunity to participate in a professional design project to propose a revitalization plan for the Danforth East Streetcar Yards with Professor Ian Macburnie and 4 other VWXGHQWV 7KLV LQYROYHPHQW ZDV P\ ĚŹUVW UHDO OLIH GHVLJQ collaboration with multi-disciplinary groups from Toronto municipalities and Danforth community members. This opportunity was a fruitful design experience - it was also a very impactful process to see how the public engagement FDQ LQĚXHQFH VRFLDO SROLWLFDO DQG HFRQRPLFDO GHFLVLRQV towards the urban developments, and that it is a very important element towards people-oriented design. With all these positive outcomes from my experiences, I wish to continue pursuing my career in architecture with practices that deal with similar clients, e.g. public community works. I am also eager to be exposed to a greater range of projects and learn new things, in order to become a more well-rounded designer. Therefore, I am YHU\ LQWHUHVWHG WR MRLQ \RXU ĚŹUP LQ RUGHU WR FRQWLQXH WR grow and learn, in hope to eventually make an impact with my work one day. Stephanie Tung
a b o u t m e
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STEPHANIE TUNG stung@ryerson.ca +1 647 929 2855 #3207 - 210 Victoria St., Toronto, ON, M5B 2R3
EDUCATION
Ryerson University Bachelor of Architectural Science Undergraduate (4th Year- Graduating June 2016) Sept 2012 – Present
LEADERSHIP
American Institute of Architecture Students (AIAS) Member September 2013 – Present Digital Fabrication Zone Member Ryerson University September 2013 – Present Tri-Mentorship Program Mentor Ryerson University September 2013 – Present
c u r r i c u l u m v i t a e
325 School Magazine Member Ryerson University September 2013 – April 2014 PUBLICATION & AWARDS
Danforth East StreetCar Yards Revitalization Proposal Presentation Speaker - Imagine the Danforth Conference (May 2015) Participated as Design Team in Master Plan Proposal TODO 2015: People’s Choice Award Project Leader - Photokeratitis (Jan 2015) Window Installation at Toronto Design Offsite (Project on P.51-56) Projexity: Victoria St. Lane Revitalization Design-Built Competition Top 3 Finalist (Feb 2014)
LANGUAGES
English Cantonese Mandarin
SKILLS
Programs Adobe Photoshop, Illustrator, InDesign, Lightroom AutoCAD Revit Rhinoceros 5.0 Grasshopper Digital Tools 3D Printing (Catalyst EX, Maker Bot 2.0) CNC Routing (MasterCam) Laser Cutting
DESIGN-BUILD EXPERIENCE
Nuit Blanch 2016: “Nova” Installation - On-going (Toronto, October1-2, 2016) Project Leader Toronto Design Offsite 2015: “Photokeratitis” Window Installation (Toronto, November 2014 - January 2015) Project Leader Sterilization Wall for Operation Rooms: Collaboration w/ Engineering Students (Toronto, March 2014) Designer Team - design and build the sterilization wall prototype Norman Esch Entrepreneurship Award: “BHaptic” Smart Cane Project (Toronto, January 2014) Visuals Design, Production and Modeling (3D Printed Prototype) [R]ed[U]x Lab Projects Best Foot Forward / The Stop’s Night Market Cart / Opticiano (Toronto, April 2013 - August 2013 ) Production Volunteer
PROFESSIONAL INVOLVEMENTS
New Canadian Communal Architectural Group SSG Architecture Inc. (Dec 2015 - Jan 2016) Design Team - participated in Kampus Albertov (Prague) Design Contest Danforth East StreetCar Yards Revitalization Master Plan Proposal Ryerson University Architectural Science Department x Danforth East Community Association (May 2015) Design Team - Participated as Design Team in Master Plan Proposal
EMPLOYMENT
Ryerson Architecture Summer Program Ryerson University Architectural Science Department (June - Aug 2014) Activity Coordinator + Designer - facilitating a youth architecture camp at Ryerson DAS, was in charge of designing and coordinating the camp program, modeling and fabricate components for camp activities with 3D Printer
REFERENCE
Vincent Hui Associate Chair and Experiential Learning Director Associate Professor BES, MArch, Wat., MBA, York (Can.) Ryerson University Architectural Science Department 325 Church St., Toronto, Ontario, M5B 2K3 vincent.hui@ryerson.ca (+1) 416-979-5000 (ext. 7962)
v i t a e
Yew-Thong Leong Associate Professor BTech, BArch, OAA, MRAIC Ryerson University Architectural Science Department 325 Church St., Toronto, Ontario, M5B 2K3 ytleong@ryerson.ca 416 979 5000 (ext. 6498) Chairman + Managing Director SSG Architecture Inc.
c u r r i c u l u m
Reference Letters on request.
Unite
Design Studio (4th Year Architecture Studio) P1-11
Little Portugal Library + Community Center
Design Studio (3rd Year Architecture Studio) P12-19
s e l e c t e d w o r k
The Link
Travel Studio - Frankfurt (4th Year Architecture Studio) P20-31
Warming Nut
Small Building Warming Hut Competition Proposal (4th Year Small Building Course) P32-45
Respire
Small Building Winter Station Competition Proposal (4th Year Digital Tools Course) P36-39
Photokeratitis
Design-Build - Professional Involvement 7RURQWR 'HVLJQ 2̫VLWH People’s Choice Awards 2015 Team Leader P40-45
Nova
Design-Build - Ongoing Nuit Blanche Proposal - Accepted (4th Year Digital Tools Course) P46-53
s e l e c t e d w o r k
UNITE
Concept + Axonometric Diagram
Location: Regent Park, Toronto Studio Type: 4th Year Design Studio - Individual Work Design Program: Incubator Space + community center + live-work units
d e s i g n s t u d i o
01
The topic of this studio is “Happy Cityâ€? - Regent Park was WKH ĚŹ UVW SXEOLF KRXVLQJ SURMHFW LQ 7RURQWR UHVSRQGLQJ WR the immigration upburst in the 1940s. However, due to the inverted design of the neighborhood and the homogeneous population within the community, it created a socially isolated community that was left out of the care of the city, which gradually became a slum. The city started revitalizing Regent Park in 2005 and it has been under construction for almost 15 years. In the midst of this neighborhood scale development getting WR LWV ĚŹ QDO VWDJH P\ SURMHFW TXHVWLRQV ZKHWKHU RU QRW E\ implementing community centers and career aid types of institutional facilities will actually resolve the root problem in Regent Park - community building and re-establishment of social links between residents and outside Regent Park. My proposal is to design a co-working and co-living space that allows not only stronger communities to establish between co-living residents, but also reaching out to the creative communities outside Regent Park to connect, develop and gather with these residence within the complex. Hence creating a socially positive and productive environment to build relationships as well as encourage entrepreneurship opportunities.
Co-living and Co-Working zones are connected with an internal market street
SITE + G/F PLAN 1:500
1
3
2
5
4
d e s i g n
6
7
8
1 WORKING LOUNGE 2 READING STAIR 3 CAFE 4 DIGITAL ZONE 5 WORKSHOP 6 RECEPTION 7 INTERIOR STREET 8 LIVE WORK (WORKSPACE)
s t u d i o
02
2/F PLAN +N-S Section 1:500
12
13
12
10
9
8
8 LIVE WORK (LIVE) 9 COMMUNITY DECK 10 INCUBATOR SPACE 12 CSI RENTABLE WORK SPACE 13 KITCHNETTE + PRINTING
d e s i g n s t u d i o
03
10
2
5
7
11
01
4
10
m
2 READING STAIR 5 WORKSHOP 7 INTERIOR STREET 10 INCUBATOR SPACE 11 MECH ROOM
3/F PLAN +E-W Section 1:500
14 15
14 CSI LOUNGE 15 ACCESSIBLE ROOF GARDEN
9
d e s i g n
7
01
4
10
m
7 INTERIOR STREET 9 community deck
s t u d i o
04
ROOF PLAN 1:500
01
d e s i g n s t u d i o
05
4
10
m
HOUSING CONFIGURATION
d e s i g n s t u d i o
06
d e s i g n s t u d i o
07
SECTIONAL PERSPECTIVE
Selected for detailing
d e s i g n s t u d i o
08
ROOF DECK AND INTERIOR STREET WALL SECTION 1:50 (COMMUNITY SIDE)
WOOD FINISH 150mm ROXUL INSULATION 2X4 STUD FLOOR 190mm 5 PLY-CLT SLAB
d e s i g n s t u d i o
09
WOODEN DECK PEDESTAL BALLAST 150mm ROXUL RIGID INSULATION 190mm 5-PLY CLT SLAB 200 mm GLULAM BEAM
BOOKSHELF GLULAM COLUMN ANCHORED TO SLAB W/ STEEL BOLT & PLATE 400mm CONCRETE FLOOR SLAB
ROOF DECK AND INTERIOR STREET WALL SECTION 1:50 (RESIDENTIAL SIDE)
17mm WOOD VENEER 55mm SUPPORT TRACK 10mm AIR SPACE 150mm ROXUL RIGID INSULATION (COMFORT BATT) 200X200mm GLULAM BEAM 13mm DRY WALL
INSULATED DOUBLE GLAZED WINDOW W/ INTERIOR WOOD FRAME
200mm GREEN ROOF MATERIAL 100mm DRAINAGE DECK 100mm DRAINAGE MEMBRANE LAYER 150mm ROXUL RIGID INSULATION (COMFORT BATT) 190mm 5-PLY CLT SLAB 200 mm GLULAM BEAM
d e s i g n s t u d i o
10
INCUBATOR SPACE WALL SECTION 1:50
BALLAST FILTER FABRIC 150 mm ROXUL RIGID INSULATION (COMFORT BATT) 190mm 5-PLY CLT SLAB 500mm GLULAM BEAM
d e s i g n s t u d i o
11
72mm INSULATED KALWALL PANEL 55mm AIR SPACE + HSS SUB-STRUCTURE 350mm GLULAM COLUMN
LITTLE PORTUGAL LIBRARY+ COMMUNITY CENTER
Translate Concept of Depth through detailing and layering of materials
Location: Little Portugal, Toronto, Canada Studio Type: 3rd Year Design Studio - Individual Work Design Program: Library +Community Center
d e s i g n s t u d i o
12
The site is located at the intersection between an aging DQG D JHQWULĚŹ HG FRPPXQLW\ :KLOH ZDQWLQJ WR FUHDWH D modernized community hub for both communities, rich local cultures and built form would be respected majorly through texture and materiality of the new building. This project is broken up into two portions during the VHPHVWHU ZKLOH WKH ĚŹ UVW VHPHVWHU ZDV IRFXVLQJ RQ conceptual design. During the second semester, i.e. Phase II, the tectonics of brick is further developed into an architectural expression of the building inside and out. The concept of “depthâ€? was D XQLTXH WHFWRQLF IRU EULFNV :KLOH UHPDLQLQJ WKH HVVHQFH of tectonics of bricks as a massive and solid material, wooden elements are introduced to lighten the mass, as well as “intrudeâ€? the massive surface in order to break up the monolithic image. The notion of depth is brought to the facade by setting back and overlaying material palettes; while designing interior partitions as gates (with some aligning with exterior windows), creating a more experiential understanding of “depthâ€? when one travels through the library.
“Gates� are common feature within the building to separate common circulation and rooms, visually it creates the sense of layering of space
Implementing wood veneer to break up large mass of brick facade
SITE ANALYSIS
LEGEND Residential
Commerical
NORTHERN PORTION - AGING
1HLJKERUKRRG LV XQGHU GLĚŤ HUHQW VWDJHV RI GHYHORSPHQW KHQFH GLĚŤ HUHQW typologies that does not exist in harmony exists: condos, co-op, single family houses, etc. This portion of the community is more worn down and lacks central public amenities. People who are living alone, elder people are spotted. LEGEND Public Amenities (Institutions, Recreation)
SOUTHERN PORTION - GENTRIFIED
Retail Park
d e s i g n s t u d i o
LEGEND *HQWULĚŹ LHUV
Existing Residents
Neighborhood is well-maintained with clean and aesthetically pleasing environments and houses, with their own community center. Younger families with kids are spotted within the neighborhood.
13
PLAN G/F 1:400
-0.3
-1.5
CHILDREN’S LIBRA
RY
UP
CIRCULATION
LIBRARY ENTRANCE
NEWSPAPER ROOM
DESK
HVAC
UP
LIBRARY COMMON
S
CAFE DN LOBBY
d e s i g n s t u d i o
14
LIBRARY ENTRANCE
0
0
PLAN 2-5/F 1:800
OTA
HVAC
AHU MECHANICAL PENTHOUSE
UP
ATRIUM
ATRIUM SMOKE VENT
2/F
5/F
COURTYARD
COMMUNITY WOODSHOP
OTB
COMMUNITY CENTER/ RECREATION SPACE HVAC
DN
MECHANCIAL ROOM
UP
ATRIUM
READING STAIRS FOOD PREP ROOM
BASEMENT
3/F
RENTABLE OFFICE
RENTABLE HOT DESK HVAC
4/F
DN
MEETING ROOM/ RENTABLE HOT DESK
OTB
d e s i g n s t u d i o
CSI PATIO
CSI GATHERING SPACE
MULTIPURPOSE SPACE
Selected Detailing Area
15
READING ROOM (EMBEDDED BOOKCASE) PLAN DETAIL 1:10
325
125.9 63.5 215
METAL FLASHING INSULATED DOUBLE GLAZED CURTAIN WALL INTERIOR WOOD FRAME
d e s i g n s t u d i o
16
13 mm COMPOSITE BOARD W/ WOOD VENEER 50mm AIR SPACE 76.2mm RIGID INSULATION 152.4mm DOUBLE STEEEL STUD BACKING W/ ROCKWOOL (O.C. 600mm) 12.7mm PLYWOOD 20 mm WOOD FINISH
90mm BRCIK VENEER 50mm AIR SPACE 76.2mm RIGID INSULATION 152.4mm DOUBLE STEEEL STUD BACKING W/ ROCKWOOL (O.C. 600mm) 12.7mm PLYWOOD 20 mm WOOD FINISH
READING ROOM CORNER DETAIL 1:10 BUILT IN BOOK SHELF
INSULATED DOUBLE GLAZED WINDOW W/ INTERIOR WOOD FRAME
90 mm COMPOSITE BOARD W/ WOOD VENEER 50mm AIR SPACE 76.2mm RIGID INSULATION 152.4mm DOUBLE STEEEL STUD BACKING W/ ROCKWOOL (O.C. 600mm) 12.7mm PLYWOOD 20mm WOOD FINISH
13mm COMPOSITE BOARD W/ WOOD VENEER 50mm AIR SPACE 76.2mm RIGID INSULATION 152.4mm DOUBLE STEEEL STUD BACKING W/ ROCKWOOL (O.C. 600mm) 12.7mm PLYWOOD 20mm WOOD FINISH
d e s i g n
BUILT IN SEATING
s t u d i o
325
125.9 63.5 215
90 mm BRCIK VENEER 50mm AIR SPACE 76.2mm RIGID INSULATION 500 x 500 CONCRETE COLUMN 12.7mm PLYWOOD 63.5mm WOOD FINISH
METAL FLASHING INSULATED DOUBLE GLAZED CURTAIN WALL INTERIOR WOOD FRAME
DETAIL C2b
17
WALL DETAIL (3-4/F) 1:25
G EXTERIOR
INTERIOR
G EXTERIOR
INTERIOR
BALLAST FILTER FABRIC 110 mm RIGIT INSULATION
ROOF 16500
DETAIL S1
4/F 12500
ROOF 16500 3/F 8500
DETAIL S2
2/F 4500
DETAIL S3
G/F 0
ceiling
BASEMENT - 4000
350 x 350 mm Supply Air Duct
90mm BRICK VENEER 50mm AIR SPACE 76.2mm RIGID INSULATION 250mm SUSPENDED STEEL CHANNEL 152.4mm STEEEL STUD BACKING W/ ROCKWOOL (O.C. 600mm) 12.7mm PLYWOOD 20mm WOOD FINISH
d e s i g n s t u d i o
18
INSULATED DOUBLE GLAZED CURTAIN WALL W/ INTERIOR WOOD FRAME
13mm COMPOSITE PANEL WITH WOOD VENEER 50mm AIR SPACE 76.2mm RIGID INSULATION 250mm SUSPENDED STEEL CHANNEL 152.4mm DOUBLE STEEEL STUD BACKING W/ ROCKWOOL (O.C. 600mm) 12.7mm PLYWOOD 20mm WOOD FINISH BUILT IN SEATING
T.O. 3/F 8500
WALL DETAIL (2/F) 1:25 G EXTERIOR
INTERIOR
ROOF 16500
DETAIL S1
4/F 12500
3/F 8500
DETAIL S2
G
2/F 4500
DETAIL S3
G/F 0
EXTERIOR
INTERIOR
BASEMENT - 4000
T.O. 3/F 8500
ceiling 350 x 350 mm Supply Air Duct
90mm BRICK VENEER 50mm AIR SPACE 76.2mm RIGID INSULATION 250mm SUSPENDED STEEL CHANNEL 152.4mm STEEEL STUD BACKING W/ ROCKWOOL (O.C. 600mm) BUILT-IN BOOKSHELF
INSULATED DOUBLE GLAZED WINDOW W/ INTERIOR WOOD FRAME 90mm BRICK VENEER 50mm AIR SPACE 76.2mm RIGID INSULATION 250mm SUSPENDED STEEL CHANNEL 152.4mm STEEEL STUD BACKING W/ ROCKWOOL (O.C. 600mm) BUILT-IN BOOKSHELF
T.O. 2/F 4500
d e s i g n s t u d i o
19
THE LINK Location: Frankfurt am Main, Germany Studio Type: 4th Year Travel Studio - Individual Work Design Program: Ferry Terminal + Amenities
d e s i g n s t u d i o
20
The form of the proposal was inspired from the history RI )UDQNIXUW LQ ZKHQ LW ĚŹ UVW HVWDEOLVKHG LWV IRUW IRU defense. The fort has gradually evolved into a star shaped fort, creating points of overseeing and defending around the inner city. In 1808, the city was expanding rapidly, the government at that time decided the city no longer needed forts and city walls, so they replaced them with garden plots. Not until 1991 when the Frankfurt government decided to set up laws to protect and regulate the green EHOW 7KH JUHHQ EHOW QRW RQO\ DFW DV D EXĚŤ HU EHWZHHQ the old and new town area but also facilitates as an underground rainwater collection system. However, even though the green belt was a very prominent feature of the city, its relationship with River Am Main is very weak - upon site visits, it is also noticed that the ends of the green belt are disconnected (just a few meters away!) visually and SK\VLFDOO\ E\ WUDĚŽ F IURP WKH ULYHU :LWK WKLV VLWXDWLRQ D visible and grand entrance/ link between the two elements has to be established in order to invite more Frankfurters and visitors to realize this amazing connection. When one approaches an entrance, there are often two LPSUHVVLRQV JLYHQ RĚŤ WR LWV YLVLWRUV D SUHYLHZ RI ZKDW LV to expect or an interior that completely contrasts from the exterior. However, for this particular site, it is believed that a gradual transitional path is the most suitable approach to link the two distinct features. This transition can been seen as two competing forces that needs a common ground, through physical approach (circulation and W\SRORJLFDO GLĚŤ HUHQFHV DQG PDWHULDOLW\
(man-made vs. natural). With this said, the proposal focuses mainly on how one experiences transitional moments between destinations, e.g. path from street to river, river edge to restaurant on river, path between how the land meets the water. The selection of materials and way of constructing the major design component, footbridges, also emphasizes heavily on two-way relationships - how elements/ features relate to each other (e.g. man made features being habitable by nature, and vice versa), hence creating a bold linkage between the blue and green for City of Frankfurt.
HISTORIC REFERENCE
)UDQNIXUW )RUWL̬ FDWLRQ *UHHQ %HOW What about the link to the river?
d e s i g n s t u d i o
21
ACCESSIBILITY AND CONNECTIVITY BETWEEN STREET & GREEN BELT TO RIVER The diagram below demonstrated a LACK of direct entrances and programs WR GUDZ WKH SHGHVWULDQ Ě RZ GRZQ WR WKH ULYHU LACK of visual connectivity IURP VWUHHW WR ULYHU EHFDXVH RI HOHYDWLRQ GLĚŤ HUHQFHV Therefore there is a need to reestablish a Link between the city, green belt and the river by an architectural intervention.
Direct accessible entrances only at mid way along the river
d e s i g n s t u d i o
22
Restaurant at the Green Belt’s WEST END is a connection between street level to river, but
only accessible by stairs
Entrances at the Green Belt’s EAST END is disconnected by elevation, only accessible by stairs
Pedestrian is seperated from the river edge Entrances at the Green Belt’s EAST END is disconnected by elevation, fenced off
TE I S
d e s i g n s t u d i o
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SITE PLAN
15 CAFE
13
OL
G PO SEATIN
d e s i g n
E STORAG
BAR
OL
AL PO
NORM
12
E STORAG
11
TAL/ S REN SPORT VENDOR K SNAC
E STORAG
VENDOR TICKET
INER SOUV STORE
10
9
s t u d i o
24
TRASH ROOM
CUZZI HOT JA
RIVE 0
5
10
R
R I 20 V E R m
15
AM
MAIN
PROGRAMS 1 2 3 4 5 6 7
Entrance from Lange Street Viewing decks on Elevated Walkway Beer Garden Entrance to Floated Walkway Washroom Terminal 1 Restaurant Kitchen
Schone Aus
8 9 10 11 12 13 14
Frankfurt Am Main Floating Restaurant Main Terminal Ticketing Area + Souvenir Store 8QGXODWLQJ $TXDWLF 'HFN Beach Deck Swimming Pools and Bar Cafe
15
Washroom
sicht
2
ng
La et
tre
eS
1
d e s i g n
DEN GAR BEER
3
2 COOKIN DRY FO OD STORAG E STORAG E
G ZONE
RESTAU RA KITCHEN NT’S
TRASH ROOM
7
PREP-ZO
NE
4
LOADIN G
8 U RAN RESTA
WAS HRO OM
T
6
5
s t u d i o
25
1
d e s i g n s t u d i o
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PROGRAM AXONOMETRIC 1:500 0
10
20 m
2
d e s i g n s t u d i o 3
27
a
FLOATING FOOTBRIDGE PANEL
FLEXIBLE TENSION STABALIZING ROD
FLOATING FOOT BRIDGE
STEEL ROD STRUCTURE WOODEN FINISH FLOATING BOARD FLOARING BOARD ANCHOR
The design of the FLOATING FOOTBRIDGE creates an experience of walking on water by the undulation of waves that initiates rocking motion of footbridges. FLOATING ECOPLATFORMS
b
d e s i g n s t u d i o
28
These platforms are designed an extended “land” for humans to interact with water in a “safe” zone DQG DTXDWLF KDELWDWLRQ WR RFFXU 7KHVH DTXDWLF SODQWV DQG UDLVHG river beds are made of gabion structures that would create habitable environment for potential DTXDWLF OLIH
ELEVATED WALKWAY This walkway not only provides a grand entrance from street to the river, it also create a man made structure for vines and mosses to grow on it. Other than its functionality, it acts a s a sculpture on its own that changes its appearance throughout the seasons.
summer
autumn
c
PATHWAY DETAILS “the architecture focuses mainly on how one experiences transitional moments between destinations.�
d e s i g n s t u d i o
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2
1
d e s i g n s t u d i o
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SECTION 1:1200 0
10
1
20 m
3
RENDERS 1 2 3 4 5 6 7
Entrance from Lange Street Viewing decks looking into ramp Elevated Walkway looking down to Beer Garden Beer Garden + Bar Exit of walkway to river edge Undulating Eco-platforms + Main Terminal Floating Deck
3
4
d e s i g n
5
s t u d i o 4
5
6
31
WARMING NUT s m a l l b u i l d i n g s
32
Location: the Fork, Winnipeg Studio Type: 4th Year Small Buildings - Group Work Team Members (4): Stephanie Tung, Catalina Ardila, Benjamin Luong, Jessica Hoang Chen Design Program: Warming Hut Competition Proposal Proudction: Concept Design + 3D Modelling + Diagrams + Rendering Warming Nut is a pocket of warmth and retreat in the chilly surrounding landscape of Winnipeg. This shelter constitutes a bulbous, budding form with a crafted shell of strung veneer strips – reminiscent of woven bird nests and historical Native huts in the context of The Forks, Winnipeg, Manitoba. The small, seemingly randomized intervals of space in between veneer strips create an intricately protected, yet visually porous environment inside. The spiralling curvature of the form delicately folds towards the centre. This movement creates a single aperture skylight by which the interior is brightly lit. The structure is a set of prefabricated steel frames with wood veneer weaving which creates the curved-petal formation, to be assembled and bolted on site. A passerby may step up and into the 2.5 metre diameter space inside, furnished ZLWK D ZRRGHQ Ě RRU FXVKLRQV DQG EODQNHWV 1HVWOHG within the warm dĂŠcor, one experiences a comfortable and intimate pocket of warmth.
CONCEPT + ORIENTATION
N
W
RA M P
CR
2500mm m 2’’ THICK PLY WOOD W DECK
EN TR Y
E
S
WIND DIRECTION DISTRIBUTION (YEAR)
Plan (1:50) - Overlaid on Wind Distribution Diagram
N
E
10A
W
s m a l l
S
W
6SHFLDO :HDYLQJ =RQH )ROORZV WKH VXQ SDWK FUHDWHV GLÌ« HUHQW OLJKW SHUPHDELOLW\ LQWR WKH KXW
b u i l d i n g s
33
500 mm
3000 mm
MATERIALITY
2500 mm
EW Section - Facing South (1:50) - Materiality and components VERTICAL STEEL ROD SPACING 50mm
b u i l d i n g s
34
TTERN B
TTERN C
North Elevation (1:50) - General Weaving Pattern
25.4mm
50.8mm
76.2mm
WEAVE PATTERN SPACING
s m a l l
TTERN A
ASSEMBLY - Exploded Axonometric
Exploded Axonometric 1:50
WEAVED WOOD VENEER TAPE
WELDING
BOLTING
BOLTING
PRE - FABRICATION STEP 1. WELDING 23 STRUCTURAL FRAMES WELDED INDIVIDUALLY WITH ITS VERTICAL COMPONENTS STEP 2. WEAVING WEAVING VENEER TAPE OVER INDIVIDUAL FRAMES
ON SITE FABRICATION STEP 3. BOLTING CONNECT INDIVIDUAL FRAMES TOGETHER WITH BOLTS STEP 4. TOUCH UP WEAVE VENEER TAPE OVER CONNECTED PORTIONS
s m a l l b u i l d i n g s
35
RESPIRE s m a l l b u i l d i n g s
36
Location: Waterfront, Toronto Studio Type: 4th Year Digital Tools - Group Work Team Members (2): Stephanie Tung, Nineveh Rashidzadeh Design Program: Winter Station Competition Proposal Production: Concept Design + 3D Modeling + Diagrams + Rendering RESPIRE is an installation that transforms one of the many lifeguard stands found along the Toronto beaches, rendered obsolete during the frigid winter months, into a warming station to be utilized by the passing public. Representing the theme of freeze-thaw, the station mimics the change of state experienced by organisms during FKDQJLQJ ZHDWKHU FRQGLWLRQV DV LWV ODUJH ĚŹ QV ZRYHQ DORQJ its structure move between a neutral/relaxed and cold/ FORVHG RĚŤ VWDWH &RQVWUXFWHG XVLQJ D WUDQVOXFHQW PDWHULDO WKH ĚŹ QV EHFRPH G\QDPLF HOHPHQWV DV WKH\ IROG GRZQ LQ response to the cold winds, creating a solid/shrunken form from its once porous/exposed structure, acting to retain heat within. Utilizing its structural skeleton as a larger UHSUHVHQWDWLRQ RI WKH FRQFHSW PHWDO SLSHV DUH ĚŹ WWHG WR create a rocking frame, generating further movement for the elements it supports, creating an installation with parts that are responsive, like a living organism.
Reaction of Fins mimic reaction of living organism to the cold
Structure - Pivot Diagram
ASSEMBLY - Exploded Axonometric 1:50 Skin:
4
4 Tongue in groove P\ODU ĚŹQV
Substructure:
3 Fins zip attach to 1" dia. PVC Pipes
Structure: Substructure
2 inserted into 2"
dia. pre-formed Steel Pipes reinforced by aircraft cable bracing
Lifeguard Stand:
1 Structure
anchored to stand using 1/8" dia. aircraft cables and turnbuckles
s m a l l b u i l d i n g s
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Elevations 1:100
6000 mm
5600 mm
Plan 1:100
3000 mm
5700 mm
5700 mm
2400 mm
6000mm
38
SW Wind
2400mm
b u i l d i n g s
5600mm
s m a l l
Wind (SW)
Connection Details 1:5 Steel angle anchors (structure lifeguard stand)
Aircraft cable with turnbuckle (ground - structure)
1
2
Kee Klamp 90o three-socket tee (structure - ribbed pipes)
3
Fin Type Diagram
Kee Klamp 30o elbow (steel structure)
Kee Klamp 60o elbow (steel structure)
4
5
Fin Detail 1:20 300 mm
1
2
1300 mm
Type A Fin - Moving (Mylar)
970 mm
3
1. Zip-tied to structure 330 mm
2. Fold over structure 3. Tongue in groove slip
Type B Fin - Fixed (Acetate)
4
4. Zip-tied to structure
70 mm
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PHOTOKERATITIS Location: Cornerstone Fine Furnitures, 2886 Dundas West Work Type: Window Installation @ TODO 2015 Position: Project Leader Production: 3D Modeling + Diagram + Photographer
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Photokeratitis is a window installation done for a furniture storefront. The idea of the installation was to accentuate the textility of furnitures displayed and sold from this company. Using a MDF skeletal structure coated ZLWK SDSHU ̏QV ZLWK HOHFWULF IDQV LQVWDOOHG DURXQG WKH installation, creating an illusion of a living, breathing wall at the storefront. Drawing the pass-byer’s attention towards the installation as well as the furnitures displayed at the two oculuses. Through this project, a lot of prototyping was done before PDNLQJ D ̏QDO GHVLJQ GHFLVLRQ 'XULQJ WKH GHVLJQ SURFHVV I am also exposed to an extensive variety of digital tools (e.g. grasshopper in Rhino modeling) and workshop experiences (e.g. access to tools to build prototypes). This installation was also one of the stops during the 7RURQWR 'HVLJQ 2̍VLWH )HVWLYDO DQG ZDV DOVR DZDUGHG People’s Choice Award 2015.
OVERALL ASSEMBLY 1:20
1
3
5
4 2
1 Hang the mega-structure 2 Attach skeleton onto mega-strcuture 3 &RQQHFW 8 ̬QV 4 Reinforce frame with aircraft cable 5 $WWDFK SDSHU ̬QV RQWR VNHOHWRQ
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PROCESS + FINAL PHOTOS
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More Videos + Information: http://ryearchdesignlab.blogspot.ca/search/label/Photokeratitis
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NOVA Location: 325 Church Street, Ryerson Architectural Science Department Studio Type : 4th Year Digital Tools - Group Work Team Member (6): Stephanie Tung, Jessica Hoang Chen, Thy Vo, Ishan Patel, Shiva Suresh, Nineveh Rashidzadeh Design Program: Nuit Blanche Proposal Position: Team Leader Production: Design + Build + 3D Modeling + Photographer + Renders
d e s i g n
NOVA is an installation inspired by the natural phenomenon itself. A star that suddenly increases in brightness and then slowly returns to its natural state over time. The hanging structure proposed increases in brightness as people approach it; the closer the person is, the brighter the structure becomes. The use becomes engulfed by a bright space, surrounded by tessellating tetrahedrons. Each surface of the tessellation contains a UHĚHFWLYH VXUIDFH WKH FORVHVW RI ZKLFK LV DQ LQĚŹQLW\ PLUURU WKDW UHVRQDWHV WKH EULJKW VSDFH 7KHVH PLUURUV UHĚHFW DOO RI WKH OLJKW RQ WKH VWUXFWXUH LQĚŹQLWHO\ SURYLGLQJ WKH experience of being in the cosmos themselves.
b u i l d
Through this project, Arduino is used to program the LED light strips, in which when one approaches the installation, he or she will trigger a sensor, and the installation will increase or decrease brightness and changes color as programed.
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DESIGN CONCEPT 7R FUHDWH DQ LOOXVLRQ RI ZDONLQJ LQWR DQ H[WHULRU VHHPLQJO\ VROLG PDVV WKDW WXUQV LQWR DQ LQ̬QLW\ RI VSDFH ZKHQ RQH DSSURDFKHV WRZDUGV WKH LQWHULRU LQ ZKLFK /(' OLJKWV ZLOO EH UHIUDFWHG ZLWKLQ SDQHOV RI LQ̬QLW\ PLUURUV FUHDWLQJ D VSDFH WKDW IHHOV PXFK PRUH spacious and massive.
1650 mm
1640 mm
d e s i g n
+0.81 m a
a
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HOW DOES IT WORK? When one approaches the installation, it will glow and changes color depending on one’s proximity to the interior panels
SECTION 1:40
1530 mm
b u i l d
3000 mm
d e s i g n
1200 mm
48
1150 mm
1150 mm
HOW DOES IT WORK? 7KH LQ̬QLW\ PLUURU SDQHO PRGXOH LV PDGH RI D FDUGERDUG ERG\ ZLWK LWV SHULPHWHU ZUDSSHG ZLWK PLUURU SDSHU DQG LWV WRS DQG ERWWRP FRYHUHG ZLWK DFU\OLF SDQHO ZLWK D UHÌHFWLYH ̬OP DQG D PLUURU SDQHO UHVSHFWLYHO\
8 7
6 5
4 3 2 1
Reflectivity Diagram
1. One-Way Mirror 2. Holographic Film 3. 3mm Cardboard 4. Adhesive Reflective Film 5. LED Wiring 6. Adhesive Reflective Film 5mm 7. 5mm Cardboard Panel 8. 5mm Cardboard Shell
Module Components
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PROTOTYPE PHOTOS
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PROCESS + FINAL VIDEO Prototype Construction - https://youtu.be/A1QjpvUikvI Final Demonstration - https://youtu.be/ZiW1vZRH7mQ
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Stephanie Tung stung@ryerson.ca +1 647 929 2855 #3207 - 210 Victoria St., Toronto, ON, M5B 2R3