YOON HUR
PORTFOLIO
UNIVERSITY OF WATERLOO
2021
re: Yoon Hur
October 15, 2019 I am writing to support Yoon Hur and her ambitions to contribute to, and learn from your team. Yoon was previously my student at the University of Waterloo School of Architecture. I have had the pleasure of observing Yoon’s dedication and investment in her architectural education. I taught Yoon in three courses during her first year, and can attest to her knowledge, skills, and enthusiasm of the subject matter. Yoon has exhibited a keen commitment to learning, and is motivated, organized, punctual, and conscientious. Yoon has always been a diligent participant in studio. She has an astute eye, and draws beautifully whether by hand or by computer. She has always been willing to take calculated risks in her work, and executes with precision, care, and skill. Yoon’s conceptual, technical, graphic, and spatial skills are nicely developed for a student early in her education, but that has never stopped her from constantly striving to improve. I recommend Yoon without reservation. Much like her work, Yoon is thoughtful, driven, and pleasant. She collaborates well with her fellow classmates, and is earnest, kind, and personable. As a student who is early in her architectural education, Yoon has already exhibited promise, and has delivered consistently strong results. She would be an enthusiastic, conscientious, and capable addition to your team. If you have any questions regarding this recommendation, please do not hesitate to contact me for further discussion at flimtung@uwaterloo.ca. Sincerely,
Fiona Lim Tung, BA (Hons) M.Arch LEED AP Lecturer University of Waterloo Faculty of Engineering | School of Architecture Cambridge 7 Melville Street S. Cambridge, Ontario N1S 2H4 Phone: 519 888 4567 Fax: 519 622 3525
Domenico F. Lio, AIA, LEED AP October 15, 2020 To Whom It May Concern: It’s my pleasure to write this letter of recommendation for Yoon Hur. Yoon’s time with us (January to April 2020) was quite memorable for many reasons – the onset of Covid-19, as well as an unfortunate lull in projects. Despite these challenges, Yoon remained optimistic and displayed remarkable leadership qualities which exceeded expectations. Yoon’s flexibility and versatility are a gift, allowing her to contribute to a variety of tasks. It’s certainly not easy to constantly integrate with different teams, but Yoon has a keen ability to execute tasks with minimal direction. She learns and adapts to situations quickly, always knowing the right questions to ask. Yoon is excellent at collaboration. A true team-player in every sense, Yoon can anticipate issues before they arise, and presents options to facilitate resolution and consensus. This highly valuable skill served Yoon well when she worked remotely with us for over a month. Although not working directly with Yoon in this period, I only heard positive comments from colleagues. Yoon is a dedicated and thoughtful individual with talent to spare. My hope for her is to be with a firm that can further mentor her creativity and sensitivity to human experience. Our time with Yoon was slightly cut short; with improved conditions, we would welcome the opportunity to work with her again. Please feel free to contact me if you wish to further discuss any of Yoon’s internship experience at NBBJ. Best Regards,
Domenico F. Lio Senior Associate, NBBJ New York dlio@nbbj.com 917-438-8213 917-902-1548
Yoon Hur
Designer + Architecture Student + Artist 3A Bachelor of Architecture Studies
Hello, my name is Yoon Hur. I am a third year student at the University of Waterloo School of Architecture. I find beauty in human connections made through interactions and engagements. I believe such relationship can be built, not solely between the individuals, but also with works of art, artifacts, and one’s surrounding environment. My passion lies on designing through the exploration of architecture’s affective qualities in human experience; bringing life to a space. I am motivated, passionate, and truly eager to apply my creative ideas and collaborate with others to create new and exciting views of the world through the lens of architecture. Enjoy my collection of selected works!
CONTACT yoonhurr@gmail.com 905-325-0673
CURRICULUM VITAE EDUCATION
VOLUNTEER EXPERIENCES
Founder of Justice League (2015) - Successfully founded an organization with a partner and planned meetings with supervisors through calls and in person - Prepared and served food for South Ridge Homeless Shelter residents with fellow volunteers
University of Waterloo School of Architecture (2018-present) Cambridge, Ontario Laura Secord Secondary School (2014-2018) St. Catharines, Ontario
QUALIFICATIONS
• Reliable with excellent work ethic, and motivated towards achieving set goals and meeting deadlines in a timely manner
WORK EXPERIENCES
• Advanced skills in visual arts. Great experience with various mediums such as watercolour, acrylic, oil paint, pencil, marker and charcoal, along with numerous commissioned works and awards
NBBJ New York Office (H+)-Architectural Intern (2020) - Updated floor plans documents for construction - Prepared presentation materials for meeting with clients - Produced rendered images and diagrams for a variety of projects
• Great adaptability to a changing work schedule/ routine and strong ability to multi-task in a fast paced environment
DIGITAL
FABRICATION
- Rhinoceros - AutoCAD - V-Ray - Autodesk Revit - Vectorworks - Adobe Creative Suite: - Illustrator - InDesign - Photoshop - Microsoft Office: - Word - Excel - PowerPoint
- Hand Drafting - Foam cutting - Wood working - CNC Miling - Laser Cutting - 3-D Printing
A BETTER FEELING-Design Intern (2021) - Assisted with organizing product time lines and communicating with manufacturers - Created original sketches that can be developed into products - Developed product ideas through gathering references and assisting with putting together a collection PLANT Architect Inc-Architectural Intern (2020) - Efficiently prepared RFPs for completed projects - Participated in client meetings and wrote meeting reports - Successfully assisted with schematic design materials through producing renderings
• Very good communication skills, both orally and in writing. Experienced in writing narratives and public presentations of projects. Fluent in English and Korean
SKILLS
Math Tutor (2016) - Taught fellow high school students math concepts - Scheduled and organized meetings with students
American Eagle Outfitters-Brand Ambassador (2019) - Provided excellent customer service through engaging with the guests and clear communication with the coworkers - Handled money with accuracy and precision as a cashier
AWARDS
- Niagara Society of Architects Scholarship - Excellent Academic Standing (year 1-2) - Waterloo International Experience Award - President’s Scholarship of Distinction (average of 95%+) - Robert Kerr Scholarship - McDonald’s Scholarship - Edwin Infante - Ontario Scholar - CFUW Award (math, science & technology) - District of Niagara Academy for the Arts
2020 2020 2019 2018 2018 2018 2018 2018 2018
THE STERLING LIBRARY 2019
THE EVERGLADES CENTRE 2019
BLACK CREEK 2020
THE CYCLE OF LIFE 2019
PROFESSIONAL WORKS 2019-2020
OTHER WORKS 2018-2020
THE STERLING LIBRARY
community
CN
The Sterling Library consists of two programmatic system within the building; a library, as well as a studio for textile artists. There is a strong and close connection between the site and the library. Numerous studios, museums and galleries can be found around the site. The two rail roads create a division, separating the community/residential areas from an industrialized, developing urban district. This division creates a shell-like boundary within. Incorporating such statistics to the project, the main focuses were laid in the idea of a “shell�, and it also working as a circulation for the occupants.
R
school
C N R /C
CN
P R
R
studio/gallery
factory
C N R /C P R
CN R
C
studio/gallery community school N
R
/C
C N
P
R P
R
/C R
CN R
R
C
railroad
CN
factory N R
/
C P R
C N R
CN R
CN R
The books become a source of circulation in the Sterling Library, playing the role of leading and guiding the guests into and around the building. A double height bookshelf sits directly in the middle of the library, with continuous stairs wrapping around the perimeter. This system encourages the users to go to the second floor, exploring the building, and engaging with the community through the lounging areas and the displays of community art. This concept of openness is displayed through the minimum uses of walls, many big opening, atriums, and fixed glass walls. The atirums create a connection, both visual and experiential, between the textile studio and the library. Despite the clear separation of the programs, the staircase/bookshelf works as a threshold, connecting the areas together conceptually.
half-below floor
ground floor
half floor
second floor
CIRCULATION AROUND THE BUILDING
main wheels accessible textile
si
de
IN
MA
do
or
si
de
EAST
E
AC
TR
EN
IN
MA
do
or
NORTH
E
AC
TR
EN
WEST
SOUTH
With the unique design of the bookshelf being combined with the staircase, and moments created through numerous atriums, the Sterling Library provide occupants with a place to learn, experience, and create; a place of development and growth.
A - A section
B - B section
C - C section
Concept model
THE EVERGLADES RESEARCH CENTRE cooperative work: Yoon Hur / Monica Gutierrez
The Everglades Research Centre is an off the grid, low carbon research station. Located in the Florida Everglades, this research station provides an oasis for scientists who research various reptiles. The Everglades Research Centre was designed with the goal of achieving zero net energy, without compromising a comfortable living space for its occupants. With the Everglades being a hot and humid climate, passive cooling design strategies became very important to the design process. Shading devices, ventilation and cooling systems are some examples of this. The trees surrounding our station act as both passive heating and cooling devices, as they block the sun during the summer months, and lose their leaves to allow sun to shine into our building during the winter months. The incorporation of active systems is also key to our design. We provide PV and water collection systems to aid us in the goal of achieving zero net energy.
second floor
WATERTIGHT SOLAR PANEL ROOF - 1x1.67m WHITE METAL ROOFING (24 GUAGE)- 0.00276mm SELF-ADHERED MEMBRANE ROOFING PAPER VAPOUR BARRIER ROOF SHEATHING - 19mm BLOWN-IN INSULATION WOOD RAFTERS GYPSUM BOARD - 12.5mm GUTTER FOR WATER COLLECTION
GUTTER FOR WATER COLLECTION
EXTERIOR FILM WOOD CLADDING - 18mm DRAINAGE SPACE-36mm VAPOUR BARRIER VERTICAL WOOD STRIPPING PRECAST CONCRETE STRUCTURAL WALL PANNEL - 19mm POLYSTYRENE BOARD INSULATION - 38mm (R-VALUE = 4) 38x140 WOOD STUDS AT 4OOmm OC GYPSUM BOARD - 12.5mm
ground floor CONCRETE STRUCTURAL FLOOR SLAB - 400mm WOOD JOISTS - 150 X 150mm (6oo OC)
CROSS BRACING 100mm x 100mm
STEEL COLUMNS 200mm x 200mm
CONCRETE FOUNDATION AND FOOTING
Detailed Wall Section
1st e2 Jun st 21 ch ar M
De cem
be
south elevation
HEED and Climate Consultant was used to analyze the surrounding environment as well as to test how “green” the building was. With a goal of zero net energy, various components were applied that all green buildings need. Trees were added around the perimeter to mimic our site choice, blocking the excessive sun and heat, while also acting as a passive heating strategy because they lose their leaves in the winter months and allow the sun to shine into the building. The orientation of the station faces south. The white steel roofing membrane reflects light away from our building, minimizing heat absorbent and preventing the station from over heating.
r2
1st
east elevation
SECTION A 1:50
ACTIVE SYSTEM (PV) RESEARCH STATION
SUN PV PANEL
ELECTRICAL PANEL
INVERTER ELECTRON FLOW
+
-
AC ELECTRICITY
DC ELECTRICITY
+ HOLE FLOW
WATER PURIFICATION SYSTEM
RAIN WATER
COAGULANTION
RAW WATER
RESEARCH STATION
pH ADJUSTMENT
DISINFECTANT FLUORIDE
POLYMER
COAGULANTS SEDIMENTATION
FILTER
DISENFECTANT BASIN
FINISHED WATER STORAGE
PASSIVE COOLING
PASSIVE COOLING natural ventilation
direct gain
PASSIVE HEATING natural ventilation
direct gain PASSIVE HEATING
natural ventilation
water cooling
VENTILATION / WATER COOLING
WHITE-METAL MEMBRANE ROOFING
Cool air from the water and wind enters the building through operable windows as it circulates around the house, and the hot air rises and escapes through the solar chimney.
White metal panels installed on the roof to reflect the sunlight, to prevent overheating.
direct gain
SHADING
Shade is provided by the surrounding deciduous trees, and louvered shading device on the South facade.
PASSIVE COOLING
water cooling
al ventilation
PASSIVE HEATING PASSIVE HEATING
PASSIVE COOLING
water cooling direct gain
PASSIVE COOLING
water cooling
DIRECT HEAT GAIN
THERMAL HEAT
DECIDUOUS TREES
PASSIVE COOLING Heat is gained from direct sunlight through the windows
The interior is heated by the radiant concrete flooring.
As the leaves fall in winter, the building gains more heat. shading
BLACKCREEK
layered history of botanical landscape
The Niagara region is one of the most fertile areas in Canada as it benefits from excellent soil and moderate temperature. Evergreen pines, spruce and cedar are some of the most common and dominant native species in Canada. Canadian vegetation became known through traveller’s reports, seeds being exported for cultivation in Europe, and through herbarium specimens being collected and distributed. Through Jacques Cartier’s voyages and his reports, species of eastern Canadian plants can be identified. He also had a significant role in introducing native species to the land of Europe. This project analyzes the different uses of green areas and the layering of environments formed throughout the years. This “disturbed” site consists of a river to the North and a creek flowing through the land. People have mostly resided near the water with bigger communities forming over the years. The Canadian woods are commonly dominated by deciduous species such as oak, maple and beech trees. They are, however, mainly found in maintenced areas in Black Creek by the water, yards, and roadverge where they have been left during the development of the site rather than the nearby woodlands due to the clearcutting and agriculture activities.
water
roads
circulation
mosaic
nearwater roadverge/ grassland woodland maintenanced
Niagara River
ara
ag Ni
Black C
reek Roa
d
nearwater
y wa rk Pa
roadverge/ grassland
kC ac Bl ek re
woodland
Bla ck C
ree k
l
Ro
ai Tr
ad
r ve Ri
Site Plan maintenanced
PA ST
50
0m
Pre-European
PR E
SEN
Legend houses
1954
woodland green space agricultural land road water hyproheic zone
0m
50
Rocks Sand Soil
2018 (present)
T
Road Verge
Residential
Woodland
Blackcreek
Road Verge
Section
Coniferous
500m
White Spruce
White Spruce
Evergreen Pines
Evergreen Pines
White Cedar
Deciduous
Woodland
Residential
Path/Road
Niagara Parkway
Niagara River
White Cedar
Maple
Maple
Trembling Aspen
Golden Weeping Willow
Trembling Aspen
Paper Birch
Wild Cherry
Paper Birch
Wild Cherry Golden Weeping Willow
Flowers
Gypsophila
Hemerocallis
Gypsophila
Hemerocallis
Grasses/ Weed
Garlic Mustard
Common Mugwort
Yellow Rocket
Burdock
Yellow Rocket Palntain Lily
Common Buckthorn
Bush Honeysuckle
Common Buckthorn
Phragmites
Garlic Mustard
Phragmites Plantain Lily Common Mugwort Burdock Bush Honeysuckle
~1500
Classification of Plants
Species
Main Habitats
1600
1700
1800
Timeline - Introduction of Plants to Canada
1900
2000~
invasive native
With Canada’s great soil condition, the agriculture sector contributed greatly to Canada’s gross domestic product. Since the boom of farming in 1915, agricultural activity has been declining over the years with the growth of urban development. Due to this phenomena, many parcels of land have been left abandoned. These disturbed sites, however, also provide a great habitat where numerous species of plants can thrive on.
B
2
A
A 1
3
B Floor Plan A
B
4
Legend
13 9
11
1. Lookout 2. Seating Area 3. Patio 4. Admin Space 5. Public Washroom 6. Kitchen 7. Entrance 8. Outdoor Eating Area 9. Park 10. Community Garden 11. Tool Storage 12. Food Storage 13. Meadow
10
A
A 5 12 7
8 6
Floor Plan B B
Section A - A
Section B - B
Deep shade:
Legend - Plant Species North
- under evergreen trees - on the north side of walls or in the shadow of buildings - cold and dry - grow shade-loving plants such as ferns, hostas, ivy, daphne and lily of the valley
camellias
magnolias
snowdrops
pulmonaria
East sedums
honeysuckle
hellebores
ivy
hostas
tomatoes
trumpet vine
wine grapes
West
Dappled shade:
clematis alpina
berberis
South fragrant lily
- common under deciduous trees - a patchwork of shade in summer, but full sun from autumn to spring - ideal for woodland plants like anemones and primulas Garden
Partial shade:
strawberry
blueberry
Climbers clematis
- gets sun for only part of the day: between three and six hours in summer - Alchemilla and hardy geraniums relish partial shade
With the analysis of the different green areas and the layering of environments formed throughout the years, the project was designed with the intent of redeveloping these abandoned sites by bringing back the communal act of farming. The community garden encourages the occupants to engage with the surrounding environment, while providing a space for the community to come together to maintain the garden. The decline of urbanization, resulting in thriving botanical forces, re-establishes the relationship between humans and their habitat; the growth of both nature and community occurring simultaneously.
THE CYCLE OF LIFE:
discovering the true meaning and beauty of life and time
The columbarium draws in the occupants into the building with its threshold of columns; transitioning from life into the afterlife. As one walks in unison to the rhythm of the gradual expanding row of columns, they feel the weight of the burden of grief; the reality of the existence of death within life. One prepares to enter through cleansing themselves by washing their feet and hands. At the end of the columns one may choose to walk straight through the tall and heavy wall which opens up to a corridor of urns, while others turn into the sacred place where the souls reside; they are guided by the mellow movement of the water. Through this experience of the spiritual journey, one finds inner peace, enlightenment, and acceptance. The columbarium guides people with nature, and assists them to discover the true meaning and beauty of life and death.
perspective section (A-A)
The place is dark, vast and empty, yet it is filled with emotions and those who are remembered. A field of sand is situated in the middle of the room, and is where one truly understands the unity of the relationship between life, death and time. The souls are visited and celebrated through the solemn ceremony of placing the urns to where the spotlights are created, while one rakes the sand, and creates an art of patterns revolving around the soul. But time is not static, nor are spirits and our existence on land. The location of the lights will change as time passes and the pattern of lines will never be able to be sculpted perfectly. Through this ritual act one begins to learn acceptance and bring comfort to their own spirit. Following the corridor, behind the heavy wall, one walks through a long, deep path with small stones. The sound of their footsteps, across the rocks echo between the tall walls of ashes, escaping to the sky. A moving, blurry wall stands at the end of the path but the noise is mute from here. Whether one chooses to enter the sacred room, or walk the path first, they are presented by a big volume of void and clarity. The light is refracted into the space through the ceiling and wall of water. All one now experience is the dancing light, the ringing sound of droplets hitting the water and the large space leading them back out to life.
C
A
section B-B C
B
B
A
section C-C
Physical Model 1:100
PROFESSIONAL WORKS NBBJ / PLANT Architect Inc
NBBJ New York Office (H+) 2020
PROJECTS: CPMC (Project of the Year) - Competition layout Tish ED Expansion - Floor plan study - Client meeting materials MGH (Massachusetts General Hospital) - Technical Excel spreadsheet - Interiors: diagrams, layout of furnitures, rendered images MSW (Mount Sinai) - Detail/technical drawings - Floor plan mark ups Elizabeth Seton Children’s - Renderings - Idea/concept development Wuhan Yanlord - Parti model making (images on the right)
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B.F.
0.20
LS
3
UNIT 3
UNIT 2 X
B.F.
X
UNIT 7
UNIT 4 X
W
X
Kings Landing - Communicating with the manufacturers - Renovation (fixtures, lights, paint)
X X
HM HM
HAL
3 X
B.F.
X
C.L.F.
Ø
3
OH
Ø
Ø
X
UNIT 8
T
G
0.30
X
HM
X
PLAY AREA
UNIT 5
B.F.
X
Ø
C.L.F.
X
G
3
C.L.F.
X
BB
0.20
X X
XC.L.F.
WRTW
Ø CRTW
X
0.30 B.F.
B.F.
G
G
B.F. X 0.10
X
C.L.F.
B.F.
X
C.L.F.
C.L.F.
G
X
X G
G X
X
Ø
B.F.
0.20
WRTW
BLOCK
X
X
X CRTW
G
UNIT 3 X
0.20
WRTW
X
X
X 0.30
5
X
IN GROUND HYDRO VAULT
D
BC
X
X
Ø
B.F.
C.L.F.
X
UNIT 1 RAMP
X
C.L.F.
HM
3 X B.F.
SECOND STOREY ONLY
4
X
0.30 Ø
3
BLOCK
C.L.F.
3
ASPHALT
0.30
X
UNIT 6
G
X
B.F.
UNIT 2
HM
RAMP
B.F.
B.F.
3
B.F.
C.L.F.
CRTW
UNIT 7 X
G
X
X
ING
X
X
C.L.F.
C.L.F.
X
X
3
IR
3
X
UNIT 4
ANC
0.20
C.L.F.
X
Ø
Ø
WV
C.L.F.
SAPL ING
Ø
X
Ø
X
X
X
X
B.F.
X
C.L.F.
0.20
0.20
X
X
Ø
X
UNIT 3
HM
C.L.F.
UNIT 1
BB
Ø
4
X
3
G
B.F.
SAPL
0.20
EP B.F.
B.F.
C.L.F.
C.L.F.
X
0.30
B.F.
X
HM
3
UNIT 5 Ø
X
WV
X
X
B.F.
3
X
ASPHALT
HM
G G X
1811
1809
X
UNIT 6 X
B.F.
C.L.F.
HM
3 X
UNIT 4
Ø
0.10
WV
X
X
X
G
X
C.L.F.
X
0.20
3
0.10
ASP
C.L.F.
UNIT 9
G
X
ASPHALT
UNIT 5
Ø
Ø
WRTW
WRTW 0.30 Ø
WV
C.L.F.
UNIT 2 3 X
0.10
UNIT 8 C.L.F.
X
X
G
3
X
TLCB
Humberside - Landscape design - Garage restoration/renovation
X
BB
B.F.
X
LS
B.F.
X
LS
TLCB
C.L.F.
C.L.F.
LS
BB
G
C.L.F.
X
X
B.F.
3
TLP
C
X
UNIT 3
HM
HM
X
CURB & GUTTER
CENTRELINE
EDGE OF ASPHALT
CONCRETE SIDEWALK
UNIT 5 3 UNIT 4
LS
BB 0.40
UNIT 7
B.F.
X
0.20
X
0.30
Ø
B.F.
IR
X
X
C.L.F.
X
WV
X
BB
UNIT 4 3
HM
0.20
5
X
X
X
BB
4
X
C.L.F.
B.F.
X
X
X
B.F.
X
C.L.F.
X
TLCB
C.L.F.
X
B.F.
15Ø
WV
UNIT 10
X
G
BB
UNIT 8 C.L.F.
X
3
X
3
UNIT 09 3
X
B.F.
Ø
X
UNIT 10 X
B.F.
X
0.20
HM
G
X
C.L.F.
C.L.F.
X
BLOCK
X
X
UNIT 6
5
B.F.
X
Ø
X
Ø
BLOCK
C.L.F.
X
C.L.F.
X
Ø
C.L.F.
G
UNIT 11 0.20
0.10
0.20
CRTW X
X
B.F.
G
G
CRTW
WV
X
B.F.
SHED
B.F.
X
PARKING CURBS
HM
MARTIN GROVE ROAD
CURB
3
UNIT 5 3
CURB
SECOND STOREY ONLY
VAULT
HYDRO BOX
X C.L.F.
UNIT 6
X
ASP OF
EDG
LS
0.20
1823
X
IN GROUND HYDRO
PARKING CURBS
X
BB
X X
IR
X
OHW
CURB CUT
B.F B.F.
X
WV
ASPHALT
X
C.L.F.
X
X
5
CRTW
T
X
C.L.F.
X
C.L.F.
G
HAL
B.F.
B.F.
UNIT 1
LS
E
3
UNIT 7 3
BB
HM
4
X
C.L.F.
X
X
C.L.F.
X
C.L.F.
C.L.F.
X
X X
X
PARKING CURBS
UNIT 8 HM
X
C.L.F.
C.L.F. C.L.F.
X X
X
4
15Ø
X
B.F.
0.10 CUR Ø B
Ø
1825
X
ASPHALT
B.F.
BB
0.40
UNIT 3
3
HM
X
X
CRTW
X
B.F.
B.F.
IR
X
X
C.L.F.
X
X
X
IN GROUND HYDRO VAULT C.L.F. X
C.L.F. X B.F. X
ASPHALT IR
ASPHALT
Ø
X LS
UNIT 9
1825
5
IR
0.20
G
Ø
X
Ø
X
X Ø
Ø
C.L.F.
X
C.L.F.X
0.30
0.20
B.F.
0.30
BLOCK
C.L.F.
X
UNIT 10 3 HM
CONCRETE SIDEWALK
RB
B.F.
X
ASPHALT PARKING AREA
WV
X
X
CU
3
Ø
BLOCK
IR
X
BLOCK
X
PARKING
GARBAGE
X
HM
X
EDGE OF ASPHALT
PROJECTS:
FlyOver - Light addition diagram - Building outline edit
B.F.
X
G
Ø
X
BB
EDGE OF ASPHALT
2020
TCHC (Toronto Community Housing: 1801-1827 Martin Grove Road) - Architectural, mechanical and electrical upgrade drawings (drawings on the right) - New building facade ideas/design
IR
UNIT 2
UNIT 1
OHW
IR
UNIT 1
X
X
B
C.L.F.
X
B.F.
.W. O.H
C.L.F.
X
0.30
WV
LS
T
0.20
X
BB
IR
X
C.L.F.
3
X
Ø
Ø
X
CU
X
B.F.
X
1821
X B.F. CRTW
AL
LS
B.F.
3
0.10
X
X
TW
G
HM
C.L.F.
C.L.F.
4
PH
WR
Ø X
C.L.F.
WRTW
Ø
0.30
X
C.L.F.
Ø
HM
PARKING CURBS
PLANT Architect Inc.
G
UNIT 3
WRTW
UNIT 1 X
0.20
G
X
B.F.
3
X
0.20
B.F.
RB
Ø
0.20
UNIT 2 B.F.
X
X
0.20
AS
TW
EB
G
B.F.
CRTW
Ø
IR WV
WR
3
X
X
Ø
Ø
C.L.F.
UNIT 11 CRTW X
C.L.F.
C.L.F.
X
3
WRTW
X
CENTRELINE
CURB & GUTTER
EDGE OF ASPHALT
G G
0.20
B.F.
X
X
UNIT 12 5
WV
HM
WRTW
BB
Ø
CRTW B.F.
5
TW
3 0.40
FL
X
SECOND STOREY ONLY
FL
X
1817
C.L.F.
X
0.30
B.F.
X
WR
B.F.
BB
UNIT 3
Ø
Ø
IR
HM
X
3
X
3
B.F.
0.20 WRTW
B.F.
X
3 HM
UNIT 5
0.30
BLOCK
C.L.F.
X G
0.20
IR HM
B.F.
VAULT
3
X G
Ø
3 4
WV
SECOND STOREY ONLY
X
0.20
SHR
Ø
HM
X
3
LS
X
UNIT 4 0.20
3 UB
UNIT 6
HM
IN GROUND HYDRO
UNIT 5
B.F.
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3
B.F. X
UNIT 4
X
C.L.F.
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3
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UNIT 6
X
UNIT 3
C.L.F. X G
Ø
C.L .F.
HM
0.20
X
X
HM
Ø
UNIT 2
X G
0.20
B.F.
X
0.30
HM
UNIT 7
UNIT 1
C.L.F. X
BLOCK 1819
HM
CRTW
BLOCK
X
Ø
3
BB
LS
X
CRTW
B.F. X
X
BF
X
B.F.
UNIT 2
C.L.F.
X
3
G
0.20
HM
Ø
UNIT 3
G
LING
HR
UNIT 8
3
SAP
X
X
B.F.
3
HM
X
C.L.F.
X
X
25Ø C.L.
UNIT 4
C.L.F.
X
X F.
3
Ø
G
.F. C.L
X
BB
C.L.F.
0.20
X
X G
IR LS
UNIT 9
Ø
X
27
B.F.
B.F.
HM
SHED
0.20
C.L.F.
C.L.F.
X
X
G
0.20
SIB (P4)
3
3
B.F.
X
Ø25
UNIT 5
X
C.L .F. Ø
18
B.F.
X
X G
X
K
UNIT 6
3
HM
UNIT 10
X
CLF
WV
Ø
Ø
HM
X
B.F.
0.30
ING
X
0.20 0.20
C.L.F.
CRTW
X
C.L.F. SAPL
AL T
X
X
Ø
X
PH
X
X
Ø 0.20
Ø
AS
RB
Ø
X
IR
0.20
0.30
OC
B.F.
UNIT 7
3
HM
WRTW
UNIT 8
EDGE OF ASPHALT
Ø
OF
BL
B.F.
X
OHW
UNIT 9
WV
0.20
GE
CU
X
3
HM
C.L.F.
UNIT 10
UNIT 11 3
LS
Ø ED
A
0.20
0.20
X
X
B.F.
B.F.
CRTW
ASPHALT PARKING AREA
C.L.F.
G
PARKING
CURB CUT
Ø
X
EDGE OF ASPHALT
Ø
C.L.F.
C.L.F.
X
0.30
0.20
2
3
4
X
1
Site Plan BLOCK T 1:500
18'-8"
A
± 6"
6'-8"
2
5'-6"
1
A
MaryAnn’s House - Facade paint study
3'-6"
2'-7"
D1
1825 MARTIN GROVE RD EXISTING REAR ELEVATION Scale: 1:100
18'-9"
3'-5"
B
3'-0"
B
4'-4"
12
1825 MARTIN GROVE RD EXISTING FRONT ELEVATION Scale: 1:100
6
2020-10-27 Issued for Costing
1
2020.09.29
NO.: DATE:
1825
18'-9"
3'-6" 5'-6" 6'-8"
C
Consultant Coordination ISSUE/REVISION:
All Work shall conform to the applicable local Building Code latest issue, and all other relevant authorities with jurisdiction. Do not use these drawings for construction unless they have been signed and sealed by the Architect. The Contractor shall verify all dimensions and report any discrepancies to the Architect prior to start of construction. DO NOT SCALE DRAWINGS. Copyright © 2020
C
6"
RFPs - Request for Apporval
5'-5"
2'-7"
11
ARCHITECT SEAL:
1
2
3
4
TCHC (Martin Grove Road):
architectural, mechanical and electrical upgrades PLANT Architect Inc Top of Roof 2'-7"
0
W2
5'-6"
W2
D2
2'-2"
6'-8"
5'-0"
W6
18'-9"
The TCHC housing project is located on Martin Grove Road, Etobicoke. This residential community was first built in 1968. The residents’ values of the property which grew with the buildings’ long history was heavily influential in the planning of a facade upgrade. By meeting with numerous engineers, electricians and the program manager of Toronto Community Housing, PLANT Architect worked to provide the community the best and most appropriate design options along with planning technical upgrading of the buildings.
Remove cedar shakes
3'-6"
A
6"
Existing Grade 0
6"
During my 4months with the firm, I participated in the schematic design process of the TCHC project. The tasks included producing floor plans and elevations of the 1801-1827 Martin Grove Road, assisting with design ideation and participating in client meetings. B
7'-6"
W3
Roles: examining the existing conditions of the community, producing floor plans, elevations, paint diagrams renders, product research, SD meeting materials, client meeting reports
1
REAR ELEVATION Scale: 1:50
Top of Roof 2'-7"
0
W4
W2
W2
5'-4" 4'-4"
8'-5 1/4"
6'-10"
3'-0"
2'-3 3/4" 8'-5 1/4"
W6
D1
18'-9"
5'-5"
W4
3'-6"
W1
C
Remove cedar shakes
6"
6"
Existing Grade 0
7'-6"
W3
D
D1
EXISTING SIDE ELEVATION Scale: 1:50
1
D2
EXISTING BRIDGE CONNECTING LINK ELEVATION 1:50
2
D34
EXISTING FRONT ELEVATION 1:50
3
4
1
2
3
4
21'-5 1/2" 8"
13'-1"
3'-0"
4'-0 1/2"
8" PARKING LOT
Window well
ASPHALT PATHWAY
A
YARD
8'-10 7/8"
PAVERS
A
21'-6 1/2" 8 1/2"
3'-11"
4'-6"
3'-4"
4'-6"
3'-10 1/2"
8 1/2"
9'-6"
CL
Wire fencing
BEDROOM 2
34'-5"
BEDROOM 1
12'-0"
13'-5"
BEDROOM 1
BATHROOM
CL
12'-0"
CL
BEDROOM 2 LIN
DN
BEDROOM 5
CL
CL
B
7'-1 1/2"
4'-0"
19
5'-4"
4'-0"
18 13
9'-4 1/2"
BEDROOM 3
LIN
16'-6"
BEDROOM 5
BEDROOM 4
4
CL
1
8 1/2"
8 1/2" 2'-1"
CL
BATHROOM
CL
8 1/2"
11 1/2" 8 1/2"
CL
CL
8"
EXISTING BASEMENT PLAN Scale: 1:50
B1
BEDROOM 4
2'-1 1/4"
8 1/2"
CL
8 1/2"
8 1/2" 3'-11" 3'-0"
3'-10 1/2"
15'-0 1/4"
CL
DN
CORRIDOR
4'-6"
B
3'-4"
21'-6 1/2"
4'-6"
UP
8"
BEDROOM 3 CL
34'-5"
BASEMENT
NO.:
All W Code jurisd unless The C discre DO N Copyr
34'-5" 21'-6 1/2"
3'-8 1/2"
2'-7 1/2"
9'-6"
4'-3 1/2"
8 1/2"
8 1/2" 2'-1"
B3
C
EXISTING SECOND FLOOR PLAN TYPE A Scale: 1:50
7'-4 5/8"
8 1/2"
4'-6"
6'-11 1/2"
4'-6"
2'-1" 8 1/2"
PAVERS
C
LIVING ROOM
ARCHI
34'-5"
ASPHALT PATHWAY
21'-6 1/2"
DN
BACKYARD
PROJE
Mart Thist
DINING
ADDRE
1801 Etob
PAI PR
UP
CL
Wood fencing
2002
SHEET
KITCHEN
WASHROOM CL
5 BD
FOYER
D
D
8 1/2"
13'-6 1/2"
4'-6"
2'-1" 8 1/2"
SHEET
B2
EXISTING FIRST FLOOR PLAN TYPE A Scale: 1:50
1
B4
2
3
EXISTING SECOND FLOOR PLAN TYPE B Scale: 1:50
4
SCHEMATIC DESIGN: Facade Upgrade Paint Study
Asphalt
HUMBERSIDE:
landscape upgrade PLANT Architect Inc
LANEWAY GUY
Ø0.15x2
Gate
The Humberside is a landscape project of upgrading a residential house. The project building is located on Humberside Avenue off of Medland Avenue, in the midst of a busy residential neighborhood in Toronto. With the clients’ request to keep the original garage door, the renovation of the garage was done while maintaining the original state of the structure and the environment by reusing the old architectural elements. The upgrade also includes planting, addition of a patio/lounge area and pavement installation.
BP
Ø0.10
O/ H
O/ H
O/H
My tasks working with PLANT Architect on the Humberside project included transferring hand sketches to digital architectural drawings. The site plan drawings were modified throughout accordingly to the client meetings in order to achieve the most satisfying and beautiful landscape.
Ø0.15
BBQ
Ø0.12x2
Ø0.15
DN
MEDLAND AVENUE
Roles: producing site plans, landscape plans, architectural element detail elevations, property analysis
MEDLAND AVENUE
Ø0.40
A/C
Ø0.02
Planter
DN
e
Ston Gate
Ø0.15
Ø0.05
1
DOOR 1 Scale: 1:20
2
DOOR 2 Scale: 1:20
WHP/LS
95
3
150
POST Scale: 1:20
HUMBERSIDE AVENUE Reason
HUMBERSIDE AVENUE
ISSUED:
ISSUED:
RAFT
Reason
DATE:
2020.xx.xx
DRAWING TITLE:
ELEVATIONS Sheet Title Line 2
DRAWING SCALE: DATE:
As Noted 2020.xx.xx
DRAWING TITLE:
Site Plan Existing
PROJECT TITLE:
204 Humberside Avenue
DRAWING SCALE: DATE:
FT
2020.xx.xx DATE:
1:100 2020.11.25
Main Existing Concrete Curb
Main Existing Concrete Curb
Ø0.10
7395
5085
Shrubs 5085
NEW GARAGE (PH1)
Area: 26.64 sq.m. Max permitted: 26.99 sq.m.
3606
New Asphalt
BP
Ø0.10
7395
NEW GARAGE (PH1)
Van length: 5.085m
GUY
Ø0.15x2
1000
BP
Area: 26.64 sq.m. Max permitted: 26.99 sq.m.
Van length: 5.085m
New Asphalt
3606
Shrubs
1188.86
LANEWAY GUY
Ø0.15x2
1000
1188.86
LANEWAY
905.73
Dining
Hedge
Perennial Bed
Perennial Bed
Shade Tree OR Canopy New Tree
O/H
O/H
New Tree
Vines
Perennial Bed
Shade Tree OR Canopy
1500 Wood Screen
Dining
New Shrub
Vines Perennial Bed
Hedge
New Shrub
Stepping Stone
H
H
New Pathway
O/
O/
905.73
Gate
New Pathway
1500 Wood Screen
1082.4 1209.31
O/ H
O/ H
1082.4 1209.31 Overhead Wires
Overhead Wires
Ø0.15
Low Wood Wall 860 .14
Low Wood Wall
New Wood Stair New Tree
Ø0.15
Sitting
Perennial Bed
New Guardrail
DN
Reconstruct Existing Curb
BBQ
Reconstruct Existing Curb
BBQ
Hedge
Perennial Bed
New Guardrail
DN
Exist Drain Remains
Existing Porch
Exist Drain Remains
Existing Porch
Resurface Existing Porch Floor
Ø0.40
Resurface Existing Porch Floor
Ø0.40
MEDLAND AVENUE
MEDLAND AVENUE
New Wood Stair
Ø0.12x2
New Tree
Existing Lawn
Existing Lawn
A/C
A/C
1500 Wood Fence
1500 Wood Fence
Ø0.02
Planter
Existing Porch+Stair Perennial Bed
Existing Porch+Stair Perennial Bed
DN
DN
e
Ston Gate
Ø0.15
Ø0.15
New Shrub
New Shrub Ø0.05
New Pathway
New Pathway
Existing Perennial Bed
Hedge
Existing Perennial Bed
Hedge
WHP/LS
WHP/LS
Perennial Bed
HP
Metal Edge
Raised Stone Curb
Perennial Bed
Metal Edge
Raised Stone Curb
1200
1200
HUMBERSIDE AVENUE
HUMBERSIDE AVENUE
DRAWING TITLE:
Site Plan Proposed
PROJECT TITLE:
204 Humberside Avenue
Reason
2020.xx.xx
Reason
ISSUED:
DATE:
ISSUED:
DRAWING SCALE: DATE:
FT
1:100 2020.11.25
DRAWING TITLE:
Site Plan Proposed - Curved
PROJECT TITLE:
204 Humberside Avenue
DRAWING SCALE: DATE:
FT
2020.xx.xx DATE:
1:100 2020.11.25
OTHER WORKS
hand drafting / drawing / model study
elevation
plan
section
CONTACT yoonhurr@gmail.com 905-325-0673
THANK YOU
YOON HUR
PORTFOLIO
UNIVERSITY OF WATERLOO
2021