ARCHITECTURA PORTFOLIO 2018 TRISHA ARTS
EDUCATION UNIVERSITY OF TORONTO Daniel’s Faculty of Architecture, Landscape and Urban Design
2015-Present
Candidate for Masters of Architecture Degree Cumulative GPA 3.94
CARLETON UNIVERSITY Azrieli School of Architecture & Urbanism
2010-2014
Bachelor of Architectural Studies, Major in Design Cumulative GPA 11.0 2013 Directed Study Abroad in London, England
ACADEMIC WORK EXPERIENCE University of Toronto | Toronto Teaching Assistant
trisha ARTS trishanarts@gmail.com 519-831-8229 Toronto, Ontario www.trisha-arts.com
• • •
2017-Present
Providing undergrad students with desk crits and formal critiques on studio projects Assisting in creating site models for students using digital fabrication Assisting students learning grasshopper programming
PROFESSIONAL WORK EXPERIENCE KPMB Architects | Toronto Intern Architect
April 2016-Sept 2016 April 2017-Sept 2017
• Coordination of SD and DD drawing set for a major Toronto corporate project • Preparing presentations of design studies for client meetings • Assisting with KPMB Lab design for innovative ideas and approaches • Facilitating marketing functions on all levels of new business development and publicity/public relations • Assisting marketing department by providing graphic support in preparation of proposals, award submissions and presentations • Updating internal and external websites and social media • Research for new pursuits, including the analysis of competition • Coordination and development of new company website
Kearns Mancini Architects Inc | Toronto Junior Intern Architect • • • •
April 2014-Sept 2015 Liaising with clients + consultants through the use of Aconex (contract admin software) Supporting Project Lead on Contract Admin items including review of shop drawings, issuing submittal reviews, documenting and recording site visits Developing construction details + working drawings as per OBC standards Collaboration with a small team to produce DD documentation including addendums
ADDITIONAL TRAINING Indigenous Competency Training | Toronto
January 2018
by Michael Etherington, NCCT
LeadingGREEN GA Course | Toronto
TECHNICAL PROFICIENCY Adobe CS6 AutoCad Revit Rhino
Sketchup Grasshopper Microsoft Suite
November 2017 3D Printing CNC Milling Laser Cutting
table of CONTENTS
selected work NEWTOWN COOP
06
FLOATING MUSEUM
14
CREATIVE CITY
24
BOOK
32
THE LOST MUSEUM
38
FIGURE/FABRIC
44
ONE PIECE AT A TIME
50
University of Toronto 2017
University of Toronto 2017
University of Toronto 2016
Carleton University 2014
University of Toronto 2015
Carleton University 2013
University of Toronto 2016
professional work BAY ADELAID CENTRE III KPMB., 2017
DELOITTE TORONTO Kearns Mancini Architects Inc., 2014
54 58
new town coop Community Living + Water Remediation Strategy
6
Located in New York City, between Queens and Brooklyn, Newtown Creek has become an attraction amongst residents and tourist alike. The site is one of the most congested waterways in New York surrounded by industrial manufacturing buildings including some of the highest CO2 readings. Newtown Coop combines the need for an ecological approach to housing with new residents need for a working environment. The project focuses on scales of community, providing intimate units for times of seclusion and large gathering spaces for moments of interaction. This is to help encourage community involvement throughout the coop. The project focuses on providing temporary homes for people in transit - expats, refugees, international students, migrant workers etc. There is an overwhelming amount of data suggesting the increased work ethic in these constituents, which is key for ensuring the coop program works efficiently. Focusing on the idea of “in transit” residents as well as considering the housing shortage in NYC, the units developed in this project are micro units. By decreasing each unit by 30% it allows for extra space. This space is given back with over double the requested number of units as well as extra community space to encourage social situations. Extra community spaces are given back through educational facilities, job centers, work spaces, community gardens, and generous amenity space. 1 and 2 bedroom units are provided and furnished to cater towards the “in transit” lifestyle. The residential areas are designed to encourage interaction by providing excess circulation space. It is in these hallways that social situations will occur. The approach to this project is to develop two groups of towers: community towers and ecological towers. Each tower will act as a social hub, a job opportunity, and/or an energy source. This helps to encourage scales of community involvement. These towers work together to take advantage of heat waste, C02, water, and compost.
AutoCAD Rhino
Photoshop Illustrator
Frank Gehry chair Studio advisor: Dan Wood, WORKac
2017 Option Studio University of Toronto
7
9
17 650 SM
30 SM
40% REQUIRED: of total units
88 units 220 units
2 640 SM 17 650 SM
2 1 bdrm bdrm/studio
45 30 SM
60% 40% of total units
132 units 88 units
5 2 940 640 SM
2 bdrm
45 SM
220 units total 132 units
8 580 SM total 5 940 SM
3
5 3
3
5000
5000
9
5000
220 units
1 bdrm/studio micro units 3
5000
REQUIRED:
3
5000
5000
5000
5000
1:50
5000
5000
5000
5000
micro units
MICRO UNITS
9
5
of total units
60%
of total units
220 units total
therefore increase units by 25%
required units additional units
increase community space by 25%
total
only 50% 8 778 SM of net total required 4 412.5 SM
additional units
4 412.5 SM
required units
25% of 17 650 SM = 4 412.5 SM
only 50%
of net total required 8 580 SM
additional community
therefore increase units by 25% increase community space by 25%
net total
4 412.5 SM 8 17778 650SM SM 4 412.5 SM
additional community
25% of 17 650 SM = 4 412.5 SM
net total
17 650 SM
TOTAL UNITS 3
1 bdrm 1 bdrm 30 sm 30 sm 40% of total untis (317) 40% of total untis (317) 127 units 127 units
2 bdrm 2 bdrm 45 sm 45 sm 60% of total units (317) 60% of total units (317) 190 units 190 units
1 bdrm 1 bdrm 30 sm 30 sm 40% of total untis (317) 40% of total untis (317) 127 units 127 units
2 bdrm 2 bdrm 45 sm 45 sm 60% of total units (317) 60% of total units (317) 190 units 190 units
9
9
3 810 SM 23 000 SM
40% of total units REQUIRED:
127 units 275 units
2 1 bdrm bdrm/studio
45 30 SM
60% 40% of total units
445 127 units
2 bdrm
45 SM
60%
5 3
3
23 000 SM
30 SM
3
3
275 units
1 bdrm/studio
TOTAL UNITS 9
REQUIRED:
of total units
of total units
net total
20 025SM SM 3 810
572 units total 445
units
23 835 SM
total025 SM 20
5
572 units total
1 bdrm 1 bdrm 30 sm 30 sm 40% of total untis (317) 40% of total untis (317) 127 units 127 units
net total
23 835 SM
total
2 bdrm 2 bdrm 45 sm 45 sm 60% of total units (317) 60% of total units (317) 190 units 190 units
view of interior courtyards
CISTERN
RAIN WATER COLLECTION
CISTERN
MUSSEL + OYSTER FARM
TURBINE
PHOTOVOLTAIC PANELS ALGEA + SEAWEED FARM
ENERGY STORAGE TANK FISH FARM POOL
LAUNDRY FACILITIES
POOL
WATER FILTER
TREATMENT TANK
STORAGE TANK
STORAGE TANK
FISH FARM BOILER
8
water tower 1:200
aquaponic tower 1:200
solar tower 1:200
typical plan Level 2
view of farm tower
MARKET
WATER STORAGE
GYMNASIUM
GYMNASIUM RESEARCH LAB
READING ROOMS
CLASSROOMS
CAFE LIBRARY + WORKSPACE
LIBRARY
LOUNGE SPACE
MARKET
JOB CENTER
DAYCARE
farm tower 1:200
kids tower + job tower 1:200
MEETING ROOMS
LANGUAGE LEARNING CENTER
community tower 1:200
9
10
SOLAR TOWER $
WATER TOWER
community farmers market
$
cistern for rain water collection
AQUAPONIC TOWER $
oyster + mussel farm for primary filtration WATER TOWER
AQUAPONIC TOWER
$
$
rain water storage
aquarium SOLAR TOWER $
laundry facilities COMMUNITY COMMUNITY
WATER TOWER $
$
community pool
children’s library
$
meeting rooms + lounge space
COMMUNITY $
library + work spaces COMMUNITY $
playground + gynmasium
SOLAR TOWER $
turbine for steam production
AQUAPONIC TOWER $
fish farm for teriary filtration WATER TOWER $
water filter and storage tank for grey water return system FARM TOWER $
spiral ramp located to encourage social gathering around tower
SOLAR TOWER $
boiler room used for exchanging steam into energy
AQUAPONIC TOWER
COMMUNITY
$
excess circulation space to encourage social interaction
algea farm
COMMUNITY $
COMMUNITY
classrooms
$
fitness center
COMMUNITY $
COMMUNITY $
daycare facility
COMMUNITY $
reading rooms
language learning center
COMMUNITY $
job center
SOLAR TOWER $
facade clad in photovoltaic panels to maximize solar gain
11
12
13
FLOATING MUSEUM Comprehensive Design for a new Museum in Toronto
14
Entitled “Floating Museum,” this proposal for the home of the Toronto Story collection considers the museum within its larger urban context. By bridging into the proposed Rail Deck Park to the south and creating a series of strategic groundlevel pedestrian connections, it functions at an infrastructural scale. With a design informed by Toronto’s existing finegrained urban grid, the project seeks to enrich Toronto’s cultural network, acting as a literal and conceptual threshold to adjacent public amenities, both existing and proposed.
WRAP
VEIL
BRIDGE
The Floating Museum design seeks to free up the ground plane, featuring a “hovering” two-storey museum and archival datum at the height of the Rail Deck with a continuous cantilevered perimeter. A central east-west pedestrian pathway divides the ground level into two campuses: the north exhibitionauditorium campus and south admincommercial campus. This pathway creates a connection between Victoria Memorial Park and the WELL’s proposed pedestrian promenade to the east. Combined with the below-soffit perimeter promenade, these pathways create a rich pedestrian network and interior-block plaza, allowing for animation of the courtyard as well as the commercial street front.
CARVE
PUNCTURE
DIVIDE
Floating Museum’s structural strategy is based on minimum column placement and a structurally free perimeter. The museum level is suspended from a system of floor-height trusses that run through the archival level above. This hanging structural system is visible by means of a continuous atrium on the museum level that corresponds to the pedestrian promenade below. Because of this visibility, the museum and atrium levels function as structurally and curatorially integrated spaces. The integration of Floating Museum’s architectural, structural, curatorial and environmental strategies ensures the comprehensive expression of the proposal’s central themes: ground-level lightness, vertical voids, infrastructural span, and “hovering.” By providing high quality public spaces and park connections, Floating Museum seeks to function as a new cultural hub for the city of Toronto.
AutoCAD Rhino Model (Lasercut + 3D Print)
Photoshop Illustrator Grasshopper
LIFT
F O R M A L
S T R A T E G Y
ARCHIVES
EXHIBITION LOBBY STORAGE AUDITORIUM
ARCHIVES
EXHIBITION LIBRARY PARKING
ADMINISTRATIVE
program distribution >
Work in Collaboration with Eva Sampson
2017 Comprehensive Studio University of Toronto
15
A
LOBBY
B
ADMIN OFFICES
LIBRARY
C
STORAGE
D
SERVICE
E
AUDITORIUM
F
G
L01
S1
A
TICKETING
B
OUTDOOR SCULPTURE GALLERY
COAT CHECK
C
MULTI-PURPOSE ROOM (LG)
LOBBY ATRIUM
D
S2
M+E
AUDIO-VISUAL EXHIBITION SPACE
E
MULTI-PURPOSE ROOM (SM)
MULTI-PURPOSE ROOM (SM)
F
MULTI-PURPOSE ROOM (SM)
G
MULTI-PURPOSE ROOM (SM)
16 15 14 13 8
9
10
11
RESTAURANT
KITCHEN
AUDIO-VISUAL EXHIBITION SPACE
11
5
6
7 RESEARCH + RESTORATION
STORAGE
7
M+E
6
4 RESEARCH + RESTORATION
3 2
4
1
STORAGE
10 CAFE
9 5 3 2
KITCHEN
8
12
14 13
10
1
STORAGE
STORAGE
18
LOBBY ATRIUM
17
MUSEUM GIFT SHOP
18 SERVICE
17
STORAGE
16
RESEARCH + RESTORATION
18 9
12
MULTI-PURPOSE ROOM (LG)
L02
A
B
C
D
ARCHIVE
E
F
G
L03
16
17
15
16 15 14 13 12 11 8 7 6 5 4 3 2 1
17
PAVERS DRAINAGE GRAVEL CORRUGATEDMETAL DECK W/ CONCRETE TOPPING VAPOUR BARRIER DENSE DECK WATERPROOF MEMBRANE
METAL FLASHING
RIGID INSULATION
RIGID INSULATION
DRAINAGE COURSE
WOOD PARAPET SUPPORT
FILTER CLOTH
CONTINUOUS AIR VAPOUR BARRIER
GROWING MEDIUM
SHEATHING
VEGETATION
2 LAYERS OF RIGID INSULATION 2% SLOPE
VAPOUR BARRIER WOOD BLOCK SUPPORT GYPSUM BOARD PERFORATED METAL SCREEN
STEEL BRACING CONNECTION FOR PERFORATED SCREEN STEEL CLIP WITH THERMAL BREAK NEOPRENE GASKET CONTINUOUS AIR BARRIER WELDED STEEL PLATE BETWEEN BEAM AND TRUSS THERMALLY BROKEN MULLION CAP OPERABLE WINDOW SYSTEM STEEL BEAMS TENSION RODS FIRE SPRAYED STEEL TRUSS TENSION RODS MECHANICAL DUCTS - RETURN AIR
TRIPLE GLAZED CURTAIN WALL
HYDRONIC FLOOR HEATING/COOLING CONCRETE ON METAL DECK WITH POLISHED FINISH INTERIOR PARTITION GLAZING WALL INTERIOR PARTITION MULLION
GYPSUM BOARD DROP CEILING MECHANICAL DUCTS - RETURN AIR RECESSED LIGHTING
HYDRONIC FLOOR HEATING/COOLING CONCRETE ON METAL DECK - WITH POLISHED FINISH THERMALLY BROKEN MULLION RIGID
INSULATION
CONTINUOUS AIR VAPOUR BARRIER METAL PANEL SPANDREL
STEEL BRACING CONNECTION FOR PERFORATED SCREEN STEEL CLIP WITH THERMAL BREAK NEOPRENE GASKET WELDED STEEL PLATE BETWEEN BEAM AND TRUSS STEEL BEAMS DRYWALL SHEATING CONTINUOUS AIR VAPOUR BARRIER MECHANICAL DUCT - SUPPLY AIR RIGID INSULATION GYPSUM SHEATHING THERMALLY BROKEN MULLION TRIPLE GLAZED CURTAIN WALL
HYDRONIC FLOOR HEATING/COOLING POLISHED CONCRETE SLAB TRIPLE GLAZED CURTAIN WALL THERMALLY BROKEN MULLION WEEPING TILE PAVING TILES LEVELING SAND GRAVEL 2% SLOPE
EARTH
CONCRETE FOUNDATION SLAB SHEATHING CONTINUOUS AIR BARRIER VAPOUR BARRIER RIGID INSULATION FOUNDATION WALL
CONCRETE FOOTING DRAINAGE GRAVEL DRAINAGE PIPE
18
HEATED PLENUM SPRAY FOAM INSULATION METAL SOFFIT RECESSED LIGHTING
soffit C O N S T U R C T I O N D E T A I L
1. STRUCTURE
2. SECONDARY STRUCTURE
3. FINISHED SLAB
4. HEATED PLENUM
the major structural system of the soffit is a series of beams spanning 9m spaced 2m apart
38mm corrugated metal deck runs north south, opposite of the major structural system to provide additional support.
polished concrete topping sits on top of the steel deck to provide a finished floor slab with radiant floor heating
HVAC supply ducts run beneath the structural system to provide a heated plenum space
7. SPRAY FOAM
6. CONTINUOUS VAPOUR BARRIER
5. SOFFIT the soffit is suspended from cables attached to the structural beams
spray foam insulaion between the cladding and main structural steel ensure sthat hte underside of hte slab stays insulated without penetration of moisture
a continuous vapour barrier wraps around the entire system
8. METAL PANEL CLADDING the cladding of the soffit is conposed of metal panels, punctured by recessed lighting to illuminate the exterior
parapet C O N S T U R C T I O N D E T A I L
1. STRUCTURE
2. SECONDARY STRUCTURE
3. SECONDARY STRUCTURE
large, full height trusses run east west across the building supported by a secondary structure of beams spaced 2m apart. the large truss connects to a suspension rod that acts as the major structure system for the level below.
38mm corrugated metal deck runs north south, opposite of the major truss structural system to provide additional support.
the metal deck is topped with 64mm of concrete topping.
4. PARAPET
5. CONTINUOUS VAPOUR BARRIER
6. INSULATION
the parapet is framed by blocks and studs, located on top of the concrete deck. metal brackets are attached to the steel trusses to support the screening system.
on top of the vapour barrier is dense deck panels, a waterproof membrane and then 2 layers of rigid insulation.
on top of the concrete is a continuous vapour barrier, which wraps around the parapet insulation.
7. VEGETATION
8. FINISHES
9. FACADE
a drainage course and filter cloth sit below a layer of growing medium to support the extensive roof vegetation.
pavers are located along the perimeter, sloping towards the extensive green roof to allow for draining. metal flashing covers the top of the parapet. thermally broken aluminum mullions are located to support the 2 story glazing facade.
triple glazed curtain wall system is introduced with operable windows to allow for natural ventilation.
19
20
SOFFIT C O N S T U R C T I O N D E T A I L 1:25 FACADE thermally broken aluminum mullion cap holds a triple glazed curtain wall system in place. a perforated metal screen provides sun shading.
PARAPE T C O N S T U R C T I O N T D E TAI L 1:25 PERFORATED SCREEN a perforated screen is attached to the building by steel brackets connected to the truss system. these brackets have a neoprene gasket to avoid thermal bridging through the insulation.
21
ELEVATION EAST 1:250
EE
LONGITUDINAL SECTION 1:250
22
S2
2% SLOPE
2% SLOPE
TRANSVERSE SECTION 1:250
ELEVATION NORTH 1:250
S1
NN
23
cre ative city Toronto Urban Plan Strategy for a Rail Deck Park
24
The approach to the design of the rail deck park and the land immediately north of it came out of a shared interest in, as well as a skepticism about the efficacy of Richard Florida’s “Creative Class” theory and related notions of culturebased development. Looking back through a number of proposals put together by the Toronto Arts Council for a “Creative City Planning Framework,” as well as studies on the potential for Toronto to become a global leader in the knowledge industries from the University of Toronto’s Martin Prosperity Institute, an idea was developed about what the city needs right now, and how this park could present the opportunity to deliver it. This proposal is meant to foster and solidify the cultural identity of Toronto by designing a multi-disciplinary, professionally and demographically diverse district in the heart of the city.
17%
16%
21% 3175
2900
20% 2530
18%
21% 20%
3050 16%
2130
21%
20%
2590
2105 2850
21%
40655
9135 25%
CULTURAL WORKERS Top Places of Work and Residence
11%
4450
4060
Top Places of Work for Cultural Workers Top Places of Residence for Cultural Workers
%
% #
Percentage of Cultural Occupations Other Occupations
#
Total Occupations few
many %
% #
Percentage of Cultural Occupations Other Occupations
#
Total Occupations
EXISTING CULTURAL WORKERS
investment fund incubators/accelerators services
AutoCAD Rhino Model (Lasercut + 3D Print)
Photoshop Illustrator Grasshopper
51
TECH START-UPS
41
18
29
37
5
21
Adapting a three-part formula for attracting culture-based development in the area, the project recognizes that an area needs to have a cultural hub or incubator, spaces to showcase various expressions of creative production, and “sites of memory” that create strong geographic identity. These overlapping lists of imperatives led to the decision about 4 primary constituencies that would direct the ideas about development on the site. The site is a unique situation where the park is located overtop of the raildeck, creating an issue in grade change with the existing infrastructure and a specific landscaping strategy
2205
16%
The process began by accepting information from research in the first stage of this project, regarding the economic benefits of talent clustering– or bringing educated, highly talented workers in what Florida calls the creative class into close proximity to one another near city centers. This includes creatives in the sense of artists, designers, and musicians, but it also includes engineers, entrepreneurs, technology workers, and other people with ideas and generally progressive values. Our methodology for this project leaned heavily on four common values and goals. Those requirements are for an amenity rich environment, a strong support network, distinctive experiences, and a concentration of cultural institutions and facilities.
18%
2490
4555
26
2
42 53 50 11 22
47 4
23 12
49
27
26 17
55 52
48 14
43
8
15
10
32 40 39 24
16
35 6
54
25 1
38
7
45
20 44
34
9 36 46
30
33 19 31
13 3
TOURISTS Work in Collaboration with Nicholas Reddon + Graham Schwitzer
2016 Superstudio University of Toronto
25
VALUES AND GOALS
amenity rich environment> Cafes, restaurants, galleries, theaters, festivals, shops, music venues, bars, grocery stores, fruit stands, convenience stores, hardware stores, daycare centres, hairstylists and clothing shops
distinctive expereincces > Vital scenes give a sense of drama, authenticity, and ethical significance to a city’s streets and strips. A neighbourhood with a vibrant scene can be a theatrical place to see and be seen, an authentic place to explore and affirm local, ethnic, and national identity, an ethical place to debate common values, traditions, and ideals.
26
support network > Artists, local businesses, audiences, community groups, residents’ associations and politicians
cultural concentration> The culture-based development goals of these schemes will, according to the standard Floridian argument, attract creative class workers and in so doing, benefit the city of Toronto economically.
gy. These facilities often have regional, national or international directed to be artist-run to more than a local community and are key tourist ods. ractions. eatres as the he Artsuch Gallery of Ontario and Black Creek Pioneer Village. showcases are not owned by the City of Toronto. he City of Toronto.
showcases
memory sites
hubs + incubators
e support for culture as a heritage resource, and they include ’s Economicand Development collections, historic buildings. , national or international York and the heritage residences of Draper Street. ty and areownership key touristcan be seen with cultural memory sites than in e of City categories. eek Pioneer Village. REQUIREMENTS FOR TALENT CLUSTERING of Toronto.
transportation anchors >
cultural central node >
urce, and they include
aper Street. ultural memory sites than in
site axis >
27
28
LANDSCAPE STRATEGY RULE: RULE: zone zone 3 3 landscape landscape strategy strategy should should rise rise from from low low retaining retaining walls walls to to aa maximum maximum height height at at center center to to allow allow for for deep deep soil soil and and planting planting 5m 5m
1m 1m
1m 1m
planting area should slope to site periphery
RULE: paths paths between between the the planter planter boxes boxes should should be be wide wide to to allow allow for for potential potential program program in in the the space, space, and and to to maximize maximize sunlight sunlight on on paths paths RULE:
8m 8m
8m 8m
8m 8m 8m 8m
planting area should be divided by wide paths
section section drawing drawing of of possible possible configuration configuration
plant and tree types should be chosen by available depth
possible arrangement of features
guidelines for programming the park relative to retaining wall height
possible features for < 2 m retaining wall height
possible features for 2 - 3 m retaining wall height
possible features for 3 - 5 m retaining wall height
29
high rise condos + hotels
tech campus
museum
student residence
market
affordable housing
artist residence
live/work
office buildings
retail
30
NON - RESIDENTIAL: HOTEL RETAIL MARKET OFFICE MUSEUM TECH CAMPUS
RESIDENTIAL: MEWS ARTISTS RESIDENCE AFFORDABLE HOUSING LIVE / WORK HOUSING STUDENT RESIDENCE CONDOS
31
Dubai
public li brary Dubai`s Central Library and Cultural Node
32
Amongst a city of skyscrapers, the proposed Dubai Central Library provides cultural character that is rare in the tourist-oriented city. Located in the business district of one of the Worldâ&#x20AC;&#x2122;s largest cities, the library acts as a beacon, drawing in members of the community and introducing them to an environment that contributes to the civic identity of a foreign culture and place. The design of the library takes inspiration from various traditional components of Dubai architecture. The elevation was designed to mimic an open book and the decision to raise one end of the mass was derived from the original Arabic Library: introducing a spire to act as a visual focal point. Located at the base of the Worldâ&#x20AC;&#x2122;s tallest building, this focal point is necessary to encourage traffic through the site. Screens also feature traditional Dubai architecture, utilizing the 3 essential shapes in the construction of a minaret: the circle, the square, and the hexagon. These screens provide a cultural aspect to the building, while working congruently as a passive cooling system.
CEILING SCREEN To provide shade, the glass canopy is covered with a screen. The design of the screen is based off of the 3 shapes used in original Dubai libraries: the minaret.
GLASS CANOPY the glass canopy covers the courtyard and continues into the library connecting to the structure of the entrance
FOLDED ROOF the varying wall heights create folds in the roof structure, with the glass canopy protruding through
The strategy of the project was to divide the building into two parts, separating the major programs: the auditorium and the library. To bridge the two programs a covered courtyard is introduced, providing a social platform for the public. Inside the main program, a central atrium allows natural light to flood the public library stacks, creating circulation around the delicate glass structure. The main literary collection is located on level 2 and as the user ascends, the program becomes more specific. Meeting rooms, study rooms, and work tables surround the perimeter allowing for desired views into the atrium. This project provides relief from the consumerism typically found in Dubai by creating a social environment that celebrates traditional architecture while fostering education and research.
Revit Rhino AutoCAD
Photoshop Illustrator inDesign
VARYING WALLS the height of the walls vary, creating an elegant elevation with the highest point acting as a beacon at the NE entrance
GLASS ATRIUM the building incorporates 2 masses - 1 interior, 1 exterior - into a fluid glazing system that allows light into the building
PROTECTIVE SCREEN to provide protection from the sun, screens are introduced over the exterior glass facade
Nominated for Terron Scholarship Award
2014 Studio Carleton University, B.A.S
33
<library atrium
<library stacks
34
< library entrance
PUBLIC PLAZA LIBRARY ATRIUM LIBRARY STACKS PUBLIC COURTYARD AUDITORIUM
N
site plan >
ELEVATION PROFILE The section of the building was inspired by the shape of an open book. The program is composted of 3 major components: the auditorium, the courtyard and the library. Together these 3 programs combine in section to create the illusion of an open book.
<library stacks
1
+
2
+
3
35
auditorium
36
office + meeting rooms
prayer rooms
public courtyard
library stacks
library atrium
kids zone
library admin
library lobby
public plaza
37
the lost mu seum A museum for the Lost Village Society
38
The town of Long Sault, Ontario experienced a displacement when the St. Lawrence River was flooded to allow easier boat access. This resulted in several houses having to be buried, moved or destroyed. This site became known as the Lost Villages, containing a collection of houses from 8 towns that were displaced. The site, located along the St. Lawrence River currently consists of 10 heritage buildings that were moved and restored. However, these buildings are spread over the large site, with no obvious reasoning or arrangement. The proposed museum provides more organization and rhythm to the site, curating an experience under one roof. By rearranging the buildings into chronological order, it allows visitors to understand the timeline of the different architypes. Each building on the site has its own unique architectural typology. Each individual building is framed by the museum, mimicking the existing roofline. This creates a visual and literal connection between the historic buildings and the new proposed museum. The back facades are removed on each building to allow for them to act as exhibition rooms within the museum. These removed facades are then re purposed throughout the museum. In addition to the museum program, 5 residences are proposed on site to house artists. The typology of these houses are live-work units, with their design parti being a mirror of the museum. Similarly to the museum program, the focus of the residences was on the roof shape. This shape was derived from mirroring and inverting the roofline of the museum. < building structure
Revit Rhino AutoCAD
Photoshop Illustrator inDesign
2015 Studio University of Toronto
39
< rearranged building location
< original building location
1901
1950 1910
40
1860
1869 1893
1860
1810
1850 1840
ADMIN
site plan
north-south section >
41
/ // / / / / / / / / / RESIDENCE / / / / // / / / / // / / / / /
42
/ / / / / / / / / / / / / / / / / MUSEUM / / / / / / / / / / / / /
43
fig ure fab ric A tower in the park
44
To encourage use of the green spaces provided, pedestrian pathways are introduced. These pathways allow for access through the site from both the x and y-axis. A large social platform is introduced at the base of the condo in the form of a public plaza. The project emphasizes the integration of nature and residential living while encouraging social activity amongst green areas.
Revit Rhino AutoCAD
Photoshop Illustrator inDesign
Work in Collaboration with Darby Ace
ACCESS TYPOLOGY
This project, designed individually after the completion of the master plan, focuses on the high-rise condo and concept of integration between the built form and the site. The project explores the idea of bringing green space to residential areas by incorporating green terraces in the high-rise condo. The organic terraces create a seamless transition from built form to nature. The form, reflecting the concept of the site, begins with orthogonal lines and transitions from figure to fabric integrating the natural form into the building.
the site is unique with 4 different zones, it was necessary to re zone part of the site to gain more height <
ZONES
Working in pairs, the project scope was to design a multi-unit residential building in an urban context of Old Ottawa East. After a 2-week site and neighbourhood analysis, an overall site strategy was developed accommodating the diverse range of typologies, lifestyles, and income found in the area. Both mixed-use dwellings targeting families and a high-rise condo targeting young professionals were developed. Our focus quickly became the revival of existing green spaces into socially active spaces. A master plan that transitions from fabric to figure as you enter the site allows for the integration of the buildings into the existing urban form.
there are 4 separate buildings located on the site , each serving a different typology <
the design objective is to transition from figure to fabric as you enter into the site <
STRATEGY
with amenities located on all sides of the site, access through the site was necessary <
2013 Studio Carleton University, B.A.S
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1 2
5 6 7 < site plan 1. 2. 3. 4. 5. 6. 7. 8.
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A
RESIDENTIAL UNITS 4 units/floor
B
LOBBY + EVENT SPACE
C
UNDERGROUND PARKING
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senior apartments grocery + retail townhouses midrise apartments public space high-rise condo public plaza athletic complex
< east-west section
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1
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5 6
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5. 6. 7. 8.
pavers stone dust crushed stone backfill
head + sill flashing parging foundation wall footing
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1 2 3 4 5 6 7 8
074.
gasket 5. glazing
1. base sill 2. sealant 3. mullion
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gypsum metal studs batt insulation sheathing
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5. vapour barrier 6. semi-rigid inslation 7. moisture barrier
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1. two way concrete slab 2. plywood underlayment 3. hardwood flooring (glued + screwed)
1. 2. 3. 4.
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aluminum cap planter boxes (drainage system) drainage pipe window wall detail
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2 3 8
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9
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4 m
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12 00
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600m
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03 reinforced concrete two way slab located on a 6 x 6 grid system.
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1. concrete slab 2. wire strap 3. wire cable
01 4. aluminum frame 5. ceiling tile
1. 2. 3. 4. 5.
cap flashing cant strip parapet ballast filter cloth
6. 7. 8. 9.
rigid insulation roof membrane roof deck drop ceiling panels
roof detail
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ceiling detail
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structural system
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wall detail
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floor detail
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floor + window detail
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glazing detail
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terrace detail
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one piece at a time An algorithmic set design
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< contour sections through form
Based on Richard Wagner’s 1856 opera, Die Walkure, we composed a set design responding to Act 1 Scene 1 focusing on the symbolism of the ash tree. The scene begins with Siegmund, wounded and weaponless, taking shelter from a storm in a stranger’s home. The home has a large ash tree located precisely in the middle of the house, with a sword stuck in it. The sword was placed there on Hunding and Sieflinde’s wedding day and no one has been able to remove it. Tension arises in the house between Siegmund and Hunding, resulting in a fight over Hundings wife. Siegmund, overcome with love, vows to protect Sieflinde and removes the sword from the tree, naming it Notung (Need). Siegmund and Sieflinde run off into the forest together.
< worms eye form was derived from base image of tree brances
Seeing the tree as an important symbol of the opera’s narrative of adventure, family love, death and revenge, we decided to highlight the element. By creating a forest of trees, it introduces voids and gaps in the structure, allowing for every angle to have a different perspective of the set.
Processing Rhino 3Ds Max
AutoCAD Photoshop Illustrator inDesign
Work in Collaboration with Bradley Dunn + Jeremy Keyzer
2016 Intermediate Computer Applications University of Toronto
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sections through form >
sectionA_A a _ a SECTION 1:100 1:100
SECTION sectionB_B b _ b 1:100 1:100
section a _ a 1:100
section cC_C _ c SECTION 1:100 1:100
section b _ b 1:100
front elevation 1:100
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bay ad elaide centre
III
study exercises for Torontoâ&#x20AC;&#x2122;s largest corporate developer
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Podium Terrace Detail of Canopy Trellis Option 2 Trellis - Spaced Members
Members
Bay Adelaide North Tower 07/05/17
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Bay Adelaide North Tower 07/05/
Podium Terrace Podium Terrace Optiontower 2 Trellisof- the Bay Adelaide As the third and final Spaced Members Centre project, located downtown Toronto, the main task for this project was to improve the design flaws from the past towers. This involved developing numerous studies to present to the client. My role included producing renders of the Level 11 roof terrace to show options of seating, canopy structure, and layout. The studies included canopy size + perforation size, canopy bay sizes, west screen wall material study and furniture studies. I was also tasked with developing washroom plans. This was especially difficult because the client wanted to have more fixtures in a smaller space than the past towers included. Images < render of L11 terrace study options right page (top, left to right) 1. canopy option 1 2. terrace perspective section 3. canopy option 1 4. terrace with metal screen wall 5. terrace with wooden screen wall
Detail of Canopy Trellis Option 1 Trellis - Rectangular Members
Bay Adelaide North Tower 07/05/17
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Bay Adelaide North Tower 07/05/17
6. canopy
Revit AutoCAD
Photoshop Illustrator inDesign
KPMB Project Team: Goran Milosevic, Mark Jaffar, Camille Mitchell, Lilly Huang
KPMB Architects
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Summary of Base Building Elements BASE BUILDING SCOPE:
BASE BUILDING SCOPE:
3. Glass guard rail
1. 1. Canopy/Trelis at west Canopy / Trellis at elevation west of tower for wind mitigation elevation of tower for wind mitigation
6. Planter edge along west side
2. Wall at west side of terrace length of wall to match core
2. 2. Design andand cladding of Exit Design cladding of Stair/ of ExitWall Stairat/west Wallside at west side of Terrace Terrace 1. Wind Canopy / Trellis at west face of tower
F.F.
3. Glass guard rails 3. Glass guard rails 4. Terrace paving - concrete pavers 4. Terrace paving - concrete pavers 5. Services - power, water and gas connections
7. Lighting incorporated into Wind Canopy / Trellis
5. Planter in lieu of glass guard 6. Planter in lieu of glass along westalong side of Terrace guard west side at of Terracewit atneighbouring interface with interface neighbouring buildings buildings to the west - limit to the west - limit views to views to neighbouring roof tops neighbouring roof tops 7. Lighting 6. Lighting - Wind Canopy / Trellis - West Wall -wind canopy/trellis -Minimum required by -west wall Code for safety and access to exits
4. Terrace paving 6. Planter edge along west side
3. Glass guard rail Bay Adelaide North Tower 07/05/17
Podium Terrace
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East-West Section Looking North
137290 LEVEL 14
4000
133290 LEVEL 12
<east west section through terrace
129290 LEVEL 11 (PODIUM ROOF)
Bay Adelaide North Tower 07/05/17
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1019.6
1022
Podium Terrace Detailed Plan Option 2 Trellis - Spaced Members
FALL ARREST
1019.6
19mm WIDE STEEL PLATE
1022 <Option 2 Terrlis: Spaced members
Podium Terrace Detailed Plan Option 2 Trellis - Spaced Members
19mm WIDE STEEL PLATE
section A
FALL ARREST
25mm ALUMINUM BAR
49mm GAP
25mm ALUMINUM BAR
12mm GAP
section B 75mm X 13mm PERIMETER STEEL BAR WELDED TO TOP OF STEEL BEAM
LIFELINE FALL PROTECTION SYSTEM ANCHOR AT COLUMN LINE
49mm GAP
150
150mm X 19mm STEEL BAR WELDED TO TOP OF STEEL BEAM
25mm ALUMINUM BAR
12mm GAP
200
25mm ALUMINUM BAR
PREFINISHED ALUMINUM TUBES - 25mm X 50mmm X 3mm
100 50
175
13
section C
300
PREFINISHED ALUMINUM TUBES - 25mm X 50mmm X 3mm
LIFELINE FALL PROTECTION SYSTEM ANCHOR AT COLUMN LINE
Adelaide North Tower 07/05/17
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<section A
200
Podium Terrace
150mm X 19mm STEEL BAR WELDED TO TOP OF STEEL BEAMBay
150
100 50
75mm X 13mm PERIMETER STEEL BAR WELDED TO TOP OF STEEL BEAM
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300
Section Detail Option 2 Trellis - Spaced Members 19
Bay Adelaide North Tower 07/05/17
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Prefinished Aluminum Members - 25mm x 25mm x 3mm 13
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13 50
150
<section B
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200
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Prefinished Aluminum Members - 25mm x 25mm x 3mm
13 50
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75
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<section C
200
100
Bay Adelaide North Tower 07/05/17
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delot tie toron to of fice interior fit out for Bay Adelaide III
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Working with a small team, we coordinated with Deloitte’s in-house interiors team for the production of an interior fit-out at the new downtown Toronto headquarters. The project consisted of 19 floors of flexible communal work spaces, designed to encourage collaboration and social interaction. The 7-storey atrium is a focal point of design, with a large, LED-illuminated, feature stair. The stairwell connects office space to Deloitte University, a space dedicated to for employees and clients to learn from each other through seminars and workshops. The intention was to design the space as a welcoming lounge that does not have the feeling of a corporate office. This was achieved by continuing a “Canadian theme” throughout the lounge, introducing warm, wooden floors and fireplaces. The building has 18 types variations of flexible workspace, from treadmill spaces, to a rooftop patio.
Images courtesy of: Toronto Life (left, right top and middle) The Globe and Mail (right, bottom) Detail Section (left) drawing property of KMAI
AutoCAD Revit
Photoshop Illustrator inDesign
KMAI Project Team: Peter Ng, Alice Gibson, Carmen Rotundo, Negaar Fathi
Kearns Mancini Architects Inc + FKA Architects. 2014
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THANK YOU x
trishanarts@gmail.com 519-831-8229 ww.trisha-arts.com