F IONA L U SE L E CT E D WOR K S SPR ING 2 0 1 9
TA BL E O F C O NT E NT S
6
10
14
18
20
26
30
36
40
3
4
C V
EDUCATION Toronto, Canada 2018 - Present Cambridge, Canada 2012 - 2017
University of Toronto, Candidate for Master of Architecture
University of Waterloo, Honours Bachelors of Architectural Studies
WORK EXPERIENCES New York 09/2017 - 09/2018
BJARKE INGELS GROUP , Design assistant - Worked on large scale commercial building in initial concept design phase - Worked on small scale outdoor theatre pavilion for a competition. - Worked on East River Coastal Resiliency project designing the landscape for a flood resiliency park along the Lower Manhattan East Coast.
Paris 01/2017 - 04/2017
ECDM ARCHITECTS , Architecture intern - Worked on schematic design phase of 40,000 m2 commercial building in Clichy on the outskirts of Paris. Created photo collages as a design tool to test out iterations and client presentations.
Toronto 01/2016 - 08/2016
DIAMOND SCHMITT ARCHITECTS , Architecture intern - Worked on a $20 million research facility for the National Research Council of Canada. Worked with a design principal and project architect from programming to schematic design, during which we met with the user groups to better understand the space and equipment requirement. - Worked on the University of British Columbia Life Science building helping with putting together a tender drawing set.
Hong Kong 05/2015 - 09/2015
DAVIDCLOVERS , Architecture intern - Worked on a competition submission for the Kwun Tong Town Redevelopment, a old industrial district located in Hong Kong. - Assisted in the design process of Liger Patterson, a fashion boutique in the commercial centre of Hong Kong. The space measured 150m2 and the entire renovation of the interior from the start of conception to end of construction took place within two months.
New York 09/2014 - 12/2014
Studio V Architecture , Architecture intern - Worked with the senior designers and the principal at the firm on Morimoto Asia, a 22,000 restaurant with a budget of $13 million that took over an existing structure in Orlando Florida. - Creating drawings for the DD set, participating in client meetings, and detailing the interior design.
5
SP O NGE C I T Y A site which acts as a sponge that absorbs, filters and redistributes water
M.ARCH 2 STUDIO FINAL PROJECT COMPLETED: Dec 2018 PROJECT LOCATION: Golden Mile, Toronto COLLABORATORS: Jennifer Bai, Chris Lam, Likun Liu Our project is located on the site of the Golden Mile, known for its heavily industrial/commercial low rise it is the site of many future developments Looking at the site with its abundance in hardscape, the main idea is
to use the existing open spaces like parking lots as a starting point, transforming them into rain/water catching ravines and public spaces. Using above ground collection methods and porous surfaces our site is a sponge that absorbs, filters and redistributes water. With a series of channels and spaces, the entire underground is transformed into a sequence of experiential moments, flowing with the water through the hidden stormwater network.
Golden Mile
Model of Moments in the Site
6
Above Ground Site Plan
Underground Site Plan
7
Section through the site showing the underground water filtration process
Rainwater Collection Reservoir
Kinetic Coagulation
Filtration Screen
Sedimentation Pools
8
Sand Filtration Volleyball Courts
Underground Retention Tank
Recycled Grey Water Pool
Chemical Mixing Chapel
Water Tank and Reservoir
9
NATAT O RI U M A project which channels the history of the site to create a warm refuge with good food and company
M.ARCH 2 COMPREHENSIVE STUDIO COMPLETED: On going PROJECT LOCATION: Golden Mile, Toronto COLLABORATOR: Jun Tan Historically the Brough of Birsay has been used as a refuge from dangers due to its unique geographical location. The Stronghold Lodge is a continuity of the history of the island as a fortress, however rather than providing protection from
enemy invasions the Stronghold is a refuge for explores seeking shelter. The Lighthouse’s piercing light guides weary travelers towards the island. The design of the Stronghold Lodge is centred around its role in providing hospitality, and emphasizing the experiences of eating and relaxing. Site Circulation
Building Entrance
10
Building morphology
11
Site Plan
Site Model
12
pool INTERIOR
13
E A S T SI D E C O A STA L RE SI L I E NC Y A 2.4 mile long coastal protection and social infrastructure system for the Lower East Side community.
DEC 2017 - JUNE 2018: BIG Architecture PROJECT LOCATION: Manhattan, New York East Side Coastal Resiliency Project is part of a $355 million proposal to build a resilient floor protection along the Lower East Side neighbourhood of Manhattan following the devastating effects of Hurricane Sandy in 2013. ESCR aims to build a flood resistant infrastructure that also provides residents with public spaces to relax, socialize, and sightsee.
While I was working on the project I had the opportunity to attend meetings with the various agencies of New York City including the departments of Design and Construction (DDC), Environmental Protection (DEP), Park and Rec, and Transportation (DOT). I also prepared presentation material for community board meetings, as well as attending local community events which gave me a better understanding of the people who we were designing for. Project Scope Plan
All images and drawings are courtesy of BIG Architecture. I was a part of a larger team and contributed to creating and editing renderings, diagrams, and drawings or presentations. All images I contributed to will be indicated with (*), otherwise the images were created by the ESCR team.
The Park Under Normal and Flooded Conditions 14
A floodwall which protects the city but leaves the park vulnerable to flood damage
A bermed wall integrates a part of the park into the infrastructure
Raising more of the topography creates a larger, more resilient, and integrated park space
15
Overall ESCR Park Rendering
Delancey Lawn Rendering*
Delancey Waterscape Rendering*
Picnic Grove Rendering*
Nature Play Rendering*
16
We designed a concrete sidewalk with an aggregate topping to indicate the topography levels of the park, however we could not find contractors in New York who has had experience with this type of finish, so we resorted to building our own mock-ups to test the feasibility of the construction method and finished effect. We bought 720lbs of concrete that we mixed and poured into 1sqft box form works. The aggregate was sprinkled on top and then the concrete was screed to ensure the aggregate was well embedded. The concrete was allowed to harden overnight before we scrubbed off the top layer of screed to reveal the aggregate finish below.
17
N ATI O N A L RE SE A RC H C O U NC I L A research facility for the National Research Council of Canada. Explores the modularity of laboratory design to achieve efficient use of space.
WINTER+SPRING 2016 CO-OP: Diamond Schmitt Architects COMPLETED: Aug 2016 PROJECT LOCATION: Mississauga, Canada NRC CCAMM is a research facility for disruptive technology development. The project is located in Sheridan Park, a designated research and development district near a trans-provincial highway. The research park was first designated in the 1970s but
has fallen short of its vision of attracting a large crowd of research and development companies. In a new masterplan the vision of a research park was revived. Diamond Schmitt was asked to develop the schematic design for a 4500m2 office and laboratory space for researchers at the National Research Council of Canada involved in the disruptive technologies. Site Plan*
All images and drawings are courtesy of Diamond Schmitt Architects. I was a part of a larger team and contributed to creating and editing renderings, diagrams, and drawings or presentations. All images I contributed to are indicated with (*), otherwise the images were created by other members of the team.
Rendering of the Building* 18
Level 1 Blocking Diagram*
I was involved heavily in the project from the very beginning. I worked with a principal of the firm who specialized in laboratory design. Together we developed various options for the layout of the offices and laboratories. The blocking diagrams above illustrates abstractly the option which we presented the stakeholders as the optimal option due to the rationality of the plan which reduces construction and maintenance costs. The stakeholders agreed with our opinion, following the meeting we developed the blocking diagrams into plans to show the layout of the lab casework, equipment, and office workstations.
Level 1 Ground Floor Plan*
19
ST RO NGH O L D A project which channels the history of the site to create a warm refuge with good food and company
4B STUDIO FINAL PROJECT COMPLETED: Aug 2017 PROJECT LOCATION: Brough of Birsay, Scotland Historically the Brough of Birsay has been used as a refuge from dangers due to its unique geographical location. The Stronghold Lodge is a continuity of the history of the island as a fortress, however rather than providing protection from enemy
invasions the Stronghold is a refuge for explores seeking shelter. The Lighthouse’s piercing light guides weary travelers towards the island. The design of the Stronghold Lodge is centred around its role in providing hospitality, and emphasizing the experiences of eating and relaxing.
Project Parti
Site Plan
Exterior Rendering 20
INTERIOR RENDERINGS
Canning and Smokehouse
Pantry Gallery
Dining Hall
Plunge Pool and Hot Tub
Rain Collecting Pond 21
1 2
3 4
5 6
7
8
9 10
1. Greenhouse 2. Artist’s Studio 3. Smokehouse and Prep 4. Pantry Gallery 5. Water Filter and Storage 6. Storage 7. Waste Management 8. Kitchen 9. Dining Hall 10. Dry Vestibule 11. Lighthouse 22
11
13 12
14
21
16
19
15 18
17
20
Building Plan 12. 13. 14. 15. 16. 17. 18. 19. 20. 21.
Reception Office Artist Studio Laundry Room Rain Collection Pond Lodgings Sauna Change-rooms Sauna Plunge Pool Hot Tub 23
Physical Model
North Section
South Section
The traveler follows the path up the winding ramp along the edge of the island. The lighthouse disappears from view, but the traveler can still see the pulsing light in the fog. Peaking over the edge of the island the terrain flattens to a green meadow dotted with grazing sheep. A stone wall peeks over the horizon as the traveler continues on the path towards the light of the lighthouse. As the traveler approaches the lighthouse, the heavy and weather wore wall emerges from the landscape. The wall grows bigger and bigger until it towers over the traveler who stands under its imposing presence realizes it is two overlapping planes that create the illusion of an impenetrable solid wall. Slipping between the two planes the traveler reaches safety from the howling winds and pelting rain. A warm meal of cured and smoked meats seasoned with fresh herbs grown from the greenhouse awaits the hungry and weary traveler. 24
540mm
3500mm
430mm
1200mm
Slate Shingles Horizontal Strapping Vertical Strapping Water Membrane 13mm Plywood Sheathing 2 x 3” XPS Insulation (R 30) Air/Vapor Barrier 3 1/2”CLT Timber Truss
1850mm
1 Roof Counstruation:
2 Wall Construction 2:
150mm Gabion Wall 5/8” Plywood Sheathing 2 x 3” XPS Insulation (R30) Air/Vapor Barrier 200mm Cast-In-Place Concrete
3 Wall Construction 1:
Slate Panels Horizontal Strapping Profiles Vertical Channels 2 x 3” XPS Insulation Air/Vapor Barrier 5/8” Plywood Sheathing 200mm Cast-In-Place Concrete
3
4600mm
4
Floor and Foundation Construction: Hard Wood Floor Finish 5/8” Plywood Sheathing 6” Raised Floor Blocking 200mm Reinforced Concrete Structure 2 x 75mm XPS Insulation Gravel
2
5 Decking Construction
5/4” Cedar Decking 2”x6” Pressure Treated Lumber Deck Joists 2x8 Pressure Treated Lumber Deck Beams 4”x4” Pressure Treated Lumber Post Concrete Footing
1
2
3
4
5
Building Construction Detail 25
CLICHY Using diagrams and collages to communicate to the client the design intent for an office building near Paris
WINTER 2017 CO-OP: ECDM Architects COMPLETED: Aug 2016 PROJECT LOCATION: Paris, France Clichy is a 40,000 m2 commercial building located just outside the periphery north of Paris. The site is adjacent to an existing park, and the landscaping on the ground floor aims to connect the city to the park. To accommodate for the drop in typography a smooth hill was designed
with paths weaving between the patches of greenscape. This connection to nature is repeated throughout the building through landscaped atriums, and accessible rooftop terraces. The floor plate dimensions and modular facade is designed for to maximize the efficiency and flexibility of office spaces for tenants. Amenities such as restaurants, outdoor spaces, and space for exercise are also provided for the users of the building. Site Plan*
All images and drawings are courtesy of ECDM Architecture. I was a part of a larger team and contributed to creating and editing renderings, diagrams, and drawings or presentations. All images I contributed to will be indicated with a (*), otherwise the images were created by other members of the team.
Collage depicting ground floor landscaping* 26
Landscaping axonmetry*
Restaurant Terrace*
Office Terrace* 27
The vertical circulation of the building is located along the three atriums of the building. Feature stairs and glass elevators allow for opportunities of interaction between the users of the building. The bright public spaces encourage collaboration and socialization. The collages depicting interior spaces is a design tool which we used to experiment with the architectural elements and provides a general atmosphere of what the space should feel like.
A
B
A
B
Key Plan
Section A - A
Section B - B 28
Courtyard
Bar
Lobby
Restaurant 29
3X 3 RE SI D E NC E A project exploring the use of steel construction in components and modules to create an affordable housing project in West Toronto.
3B OPTION STUDIO FINAL PROJECT COMPLETED: DEC 2016 PROJECT LOCATION: Pelham Ave, Toronto The 3x3 Residence was inspired by the Maison DĂŠmontable by Jean Prouve in which the entire house was made with a modular kit of parts that was flatly packed, and assembled on site. The modularity of the Maison DĂŠmontable allowed it to be customizable, thus able to be modified according to site conditions without much hassle. The 3x3 Residence was an
experiment in a creating modularity both within each unit, as well as the structure as a whole. By establishing a basic kit of parts of the most basic building elements - walls, floors, ceilings - and stacking it like building blocks to create a mid-density housing complex. Located on the boarder between Carleton Village and the up-and-coming Junction Triangle in Toronto, this building acts not only as a residence, but also a point of convergence for the community. Site Plan Street View Rendering
30
Morphology
Extrusion of the site was taken.
A courtyard was created to make a public space within the site.
Large garage doors on the ground floor create permeability between the exterior and the courtyard
A wall is raised along the train track to provide sound separation.
An undulating facade is added to create a contrast between the modular and whole.
31
Structure of the Maison Demountable
Maison Demountable Exploded Axonmetry
32
Side beams (x4)
Gable (x2)
Roof Panels (x12)
Wall Panels (x19)
Ridge beam covers (x2)
Winter Garden (x1) Wooden Floor Panels (x12)
Base (x3)
Floor Joists (x18)
Axial Portal Frame (x1)
Ridge Beams (x2)
Building Components of the Maison Demountable
Construction of the Maison Demountable
33
Structure of the 3x3 Residence
3x3 Residence Exploded Axonmetry
34
Unit Typology Matrix
Components of the Structure
35
C RO SSRO A D S A project creating commercial and public space in Downtown Toronto with a focus on bridging a transport hub and the rest of the city.
3A STUDIO FINAL PROJECT COMPLETED: April 2015 PROJECT LOCATION: Liberty Village, Toronto Located in the developing Liberty Village in Toronto, beside a newly built commuter train line serving the Downtown, Crossroads is a project which serves as an extension of the train connecting the suburbs, the Village and the Downtown. In addition, Crossroads is a commercial
building to serve the growing, young working population in the area. On the ground floor are public gathering spaces such as a market, plaza, and waterworks. The public space is extended to the higher floors through a series of large ramps that is also intersecting the building at points to connect the exterior of the interior. Within spaces for small business start-ups are provided with the addition of traditional office spaces. Site Plan
Aerial Rendering of the Site
36
Morphology Circulation from the GO train station to the site and main road is established
The site is extruded allowing the main circulation to bisect the two masses
The massing is re-distributed to create podium and tower typology
Circulation in the form of a ramp is created between the ground floor to the podium
“Caves� are cut out from the tower to create interconnecting public spaces that also frame views of the city
37
Elements of the building The Shading System
The Building Envelope
The Floor Plates
The Vertical Circulation
The Site
38
Building Section
Building and Site Model
39
A CHAI R F O R MA RK T WA I N A design-build project; designing a chair inspired by Mark Twain, and realizing the design by constructing a physical chair from scratch
FALL 2015: ARCH 345 DESIGN-BUILD COMPLETED: Dec 2015 IN COLLABORATION WITH: Kevin Park
The chair which we designed for Twain is to reflect his love of being a pilot on the Mississippi for he loved the profession far better than any that have followed since. He could sit on this chair on a sunny day while For this course we were asked to bathing under the sun, rocking gently on the chose a well known person and design a chair chair with his eye closed. He could imagine for them as if they were our client. We chose himself on a steamboat once again, sailing along the gentle current of the Mississippi. the witty American author Mark Twain.
In addition to designing the chair we also had to build it. Limitations in time, skill, and budget all contributed to the design of the chair. In tandem with the design-build process we also had to do a structural analysis of the chair to learn about how the human load acts upon the object as if it was a structure.
The Chair in Motion
40
Chair Assembly Process
41
Initial Design Sketches
For our client, we imagined a rocking chair which he could sit on and reminisce about his days aboard the Mississippi river steamboats. Mark Twin’s relaxed and easy-going personality translated well into a lounge chair. We also wanted to incorporate a sounding rope into the chair, as it
is symbolic of his name, which is derived from the depth which would be determined by such a rope. We went through many iterations of the design, but at the idea of a reclined rocking chair always stuck. The design sketches show an evolution of design; eventually we came to the final design which
is composed of a frame that suspended the seat in the middle with a rope. The seat was designed as stretch canvas between the two seat frames to create a hammocklike structure. This added a certain southern appeal to the chair, and further comfort as you sink into the canvas when sitting in it.
Design Precedents
42
Templates used to map out how best to maximize the cuts on pieces of ash wood.
Connection detail on the rocking chair frame. A mitred lap held together by a Chicago screw.
The band-saw was one of the most used tool to rough cut the curved components that was then sanded down.
Detail showing the joint connection of the seat, and a mortise joint for the lateral support.
The pre-assembled, completed parks in the work shop.
The fully assembled chair.
43
Thank you!