MASTERS OF ARCHITECTURE - APPLICATION 2020
Architecture Portfolio
QIN ARGUIN Montreal, QC Canada (514) 909-8144 qin.al@hotmail.com
The pursuit of excellence through travel, research, practice and cooperation is how I am going to bring powerful architecture to the world.
Travel China, Canada, United States, Cuba, France, Poland, Romania, Bulgaria, Austria, Slovenia, Croatia & Japan.
B.SC.IN ARCHITECTURE - ARCHITECTURE INTERN
Hello, I’m Qin Arguin. I consider myself very lucky to have been able to experience a wide variety of activities such as being a member of several sports teams and traveling around the world. It makes me a creative, thoughtful, open-minded, and perseverant person. I believe in the power of good ideas, coupled with a multidisciplinary design process focused on research and collaboration. My goal is to contribute to a healthy environment and inspire the world by creating a sustainable and functional architecture.
Education 2016-2019 I Université de Montréal (UdeM) Bachelor of Science in Architecture Activities & Societies: Member of the Mental Health Committee. 2015-2016 I University of North Carolina at Pembroke (UNCP) Bachelor of Science in Computer Science & Mathematics Activities & Societies: Member of the Women’s Soccer Team. 2014-2015 I Dawson College Diplôme d’Études Collégiales (DEC) in General Social Sciences with Mathematics Activities & Societies: Member of the Women’s Soccer Team. 2009-2014 I Collège Mont-Royal Diplôme d’Études Secondaires (DES) with Sciences Activities & Societies: Member of the Women’s Soccer & Flag football Teams.
Work Experience 2019-Present I Beaupré Michaud et Associés, Architectes (BMAA) Architecture Intern Collaborate on many projects such as churches, schools, a fire station, heritage houses, and a hockey stadium. My role consists of taking a part in the design conception, to make sites surveys, to build the 3D models, to draw the technical drawings, to make presentations, to meet with the clients and to discuss with the consultants about the different products of the construction.
Volunteering 2017-2019 I Architecture Sans Frontières Québec (ASFQ) Student Fundraiser (Representant of the Université de Montréal) Played hockey games for the Architecture Challenge alongside architects from Montreal, Quebec and Toronto at the Bell Center which collected 21 650$ for ASFQ. Architecture Intern Collaborated on the Resilience Montreal Project which is the transformation of an old restaurant into a shelter for the homeless indigenous community in Montreal. My role consisted of taking a part in the restoration conception, to gather volunteers, and to help with the construction.
SKILLS
• • • • • • • •
Adobe Creative Suite AutoCad Grasshopper Maxwell Render Revit Rhinoceros 3D Sketchup SU Podium
CERTIFICATION 2019 I Autodesk Revit - Introduction Architecture
LANGUAGES French
English
Spanish
AWARDS 2018-2019 I UdeM • MP Repro Scholarship • FAÉCUM Architecture Competition, 1st Place 2015-2016 I UNCP • Chancellor’s Commendations • Gold Scholar as a Student-Athlete in the Peach Belt Conference
Preface
Architecture is the dialogue between societal challenges and solutions. The built environments are constantly evolving in parallel with my own progress in life and in my studies. Ultimately, architecture consists of trials and errors which as a result leave new legacy for the future. The six projects selected from the years 2017-2019, represent three of my current interests in architecture and urban design. The first is how we architects, as the intellects of creativity, could make our discipline catch up with the pace of external development, by critically integrating knowledges from our experiences and other fields. The second is how we pursue aesthetic beauty in our buildings, which I believe is a poetic moment when every concern has been composed harmoniously, it is even beyond the juxtaposition between form and content, order and science. The third is how to envision a better society and the future with adaptable strategies in construction. The last project I have been involved with is an architectural experiment in response to the social crisis in regard to the indigenous homeless people and urban context in downtown Montreal, specifically focusing on the potential of underused and neglected spaces of the city.
Contents
01
Cultural & Poetry Centre
02
Underground Worlds
03
Gatineau Library
04
Mock-Up Solar Mesh
05
FAÉCUM Competition
06
Shelter & Wellness Centre
2018-2019 - Third Year I Université de Montréal (UdeM) Bachelor of Science in Architecture Final Academic Project
2018-2019 - Third Year I Université de Montréal (UdeM) Bachelor of Science in Architecture Academic Project
2017-2018 - Second Year I Université de Montréal (UdeM) Bachelor of Science in Architecture Academic Project
2017-2018 - Second Year I Université de Montréal (UdeM) Bachelor of Science in Architecture Academic Project
2019 I Université de Montréal (UdeM) Bachelor of Science in Architecture Competition Project
2019 I Architecture Sans Frontières Québec (ASFQ) Architecture Intern Professional Project
01
Cultural & Poetry Centre Under the Trees
This is a proposal of the Cultural & Poetry Centre to consolidate the cultural, communal and civic centres of the Plateau Mont-Royal. The project is to be done in respect to the adjacent public space named in honour of the famous Canadian poet Gérald Godin. Also taking into consideration the neighbouring Mont-Royal Park and the well-known artistic nature of the surrounding area, the concept of biophilia came naturally. By enveloping our visitors in a design inspired by the canopy, it will evoke a powerful, peaceful and warm feeling.
Semester I Third Year, Fall 2018 Time I 15 weeks Tutors I Owen Rose (Architect) & Eric Bélanger (Engineer) Studio I Studio 5 - Interdisciplinary Workshop in collaboration with École Polytechnique de Montréal Teammates
I Julien Biarez (B.Mechanical Eng.); Emmie Grégoire-Salmon (B.Industrial Eng.); Stéphanie Ménard (B.Civil Eng.); Isabelle Tarta (B.Sc.Arch.).
My Role I Site surveys, design conception, physical model, plans, sections & renders.
PROJECT INFORMATION Type I Academic Softwares I Sketchup, AutoCad, SU Podium, Photoshop & InDesign. Location I Plateau Mont-Royal, Montreal, QC, CA Area I 1917 m2
Transversal Section
View from the Mont-Royal Street
Longitudinal Section
SITE VISIT
PRELIMINARY STUDIES To begin, we explored the site with a simple walkover survey. We noticed that the site includes a metro station, an empty parking lot that is next to a community centre and the Mount Royal Park which offers an environment conducive to nature. The materiality of the area gives it a heavy ambiance with bricks, stones and concrete. Thus, in order to contrast this mineral atmosphere, the materials used in the project have a lighter and more organic approach.
To contrast the heavy materiality of the adjacent buildings;
Mont-Royal Metro @Qin A.-L.
To bring a sense of community and encourage social interactions;
Community Center @Qin A.-L.
To connect the nature that emerges from the Mount-Royal Park.
Parking Lot next to the metro station @Qin A.-L.
RESEARCH
FORM EXPLORATIONS In order to illustrate our ideas and inspirations, the following iterations explore the lightness, the organic forms as well as the different textures that nature simulates with its leaves, branches and colors.
Design inspired by the Canadian essence of biophilia.
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Plywood
Red Cedar
Limestone
TRANSIT DESIGN
Vegetable Binder
Draining Pavement
Draining Stone
270 spaces
2 spaces Since the Plateau Mont-Royal is one of the neighborhoods with the most cyclists, we allocated 270 new bicycle spaces. In order to accommodate a larger audience, we have installed 2 parking spaces, a loading dock and 2 charging stations for electric vehicles near the cultural center. The circulation on rue Saint-Denis is inspired by the strategy used in Copenhagen. That is to say, pedestrians, cyclists and motorists all travel on different levels of the street.
2 spaces
IMPLEMENTATION
SITE ORGANIZATION Under the Tree is established to create a microclimate that serves as a park, but also as an ecological cycle by its use. As for the program, it is dedicated to art and nature. On the ground floor and upstairs, you can find art pieces from local artists while eating at the coffee shop or heading to the main theater. On the green roof, you can grow a variety of fruits and vegetables for consumption. Then, the left overs can be composted in the assigned areas of the park.
Local Market
Retention Pond
Composting Area Site Plan
2m
1.5m
2.5m
3.25m
3.25m
3.25m
3.25m
2.5m
1.5m
2m
Circulation on Saint-Denis Street (Pilot Project)
STRUCTURE & PROGRAM
CANOPY STRUCTURE The trees are essential elements to provide many psychological and physiological benefits from the exposure of nature (biophilia). The beams and columns define the shape of the architectural space. The suspended ceiling acts as the shade trees which are usually dense and contribute to the aesthetically value of the building. The structural system is exposed in a subtle way which has a significant influence on how this heavy building seems light.
Beam 912 x 467 mm Column 380 x 367 mm
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Green Room Dressing Rooms Mechanical Room Rehearsal Room Equipment Shop Storage
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Basement Plan
Lobby Coffee Shop Auditorium
Ground Floor Plan
View of the structure & the mezzanine from the lobby
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10. Entertainment Area 11. Control Booth 12. Balcony
First Floor Plan
Green Roof Studio Administrative Area Terrace
Second Floor Plan
T1
DETAILED SECTION
T1
P2 T1
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P1
R TOTAL 49 1. 2. 3. 4. 5. 6. 7.
Finishing Membrane - 4 mm Underlayment Support Panel - Plywood - 25.4 mm Rigid Insulation - Hemp (R40) - 279.4 mm Vapor Barrier - Polyethylene Sheet - 0.6 mm Wood Decking CLT - 150 mm Structure - Glulam - 912 mm
T2
R TOTAL 18 1. 2. 3.
Slab - Concrete - 200 mm Geotextile Membrane - 10 mm Rigid Insulation - Expanded Polystyrene (R18) - 130 mm
P2
R TOTAL 49
R TOTAL 28
1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12.
1. 2. 3. 4.
Vegetation - Extensive Type - 150 mm Growing Medium - 150 mm Geotextile Membrane - 1 mm Draining Panel - 11.43 mm Anti-Root Membrane - Polyethylene - 0.5 mm Finishing Membrane - 4 mm Underlayment Support Panel - Plywood - 25.4 mm Rigid Insulation - Hemp (R40) - 279.4 mm Vapor Barrier - Polyethylene sheet - 0.6 mm Wood Decking CLT - 150 mm Structure - Glulam - 912 mm
T3 1. 2. 3. 4. 5.
Concrete Topping (Radiant Floor) - 75 mm Rigid Insulation - Hemp (R20) - 139.7 mm Wood Decking CLT - 150 mm Structure - Glulam - 912 mm
V1 1.
Triple Glazing - Argon Low-E - 300 mm
F1 Roof - Prepainted Channel (Marquis) Vapor Barrier - Polyethylene Sheet - 0.6 mm Wood Decking - Plywood - 38 mm Structure - Glulam - 315 mm Soffit - Plywood - 15 mm
1. 2. 3. 4. 5.
Draining Membrane - 15 mm Bituminous Coating - 5 mm Rigid Insulation - Expanded Polystyrene (R18) - 130 mm Vapor Barrier - 10 mm Strip Foundation - Concrete - 721 mm
Why hemp? -
It is said to be “bio-based� Plant, a renewable material Recyclable material Production requires very little chemical material Absorbs CO 2 Contains water (Thermal Capacity of 1)
T3 T1
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Structure Detail Section
02
Underground Worlds Climb in the Deep
This contemporary climbing gym is inspired by the luminous diffusion of the different oceanic areas; the Sunlight Zone, the Twilight Zone and the Midnight Zone. As it is in the wild, the deeper you live, the harder it is to survive, because you are subjected to various constraints such as the lack of sunlight. Thus, the climbing gym is organized along a path that transcends these zones. The climbing walls offer a gradation of difficulty levels leading to an ultimate surface emergence experience in the heart of the city. Semester I Third Year, Winter 2018 Time I 3 weeks Tutor I Christan Delecluse Studio I Studio 6 - Underground Worlds Teammates I Caroline Johnson My Role I Site surveys, design conception, physical model, plans, sections & render.
PROJECT INFORMATION Type I Academic Softwares I Rhinoceros 3D, AutoCad, Photoshop & InDesign. Location I Place Jean-Paul Riopelle, Montreal, QC, CA Area I 2050 m2
SUNLIGHT ZONE
The Epip and hea like leisu
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Sunlight Zone, Level V0-V4
Twilight Zone, Level V5-V8
Midnight Zone, Level V9-V13
Transversal Section (A-A)
View of the Sunlight Zone
pelagic Zone is known as the surface layer or the Sunlight Zone of the ocean ranging from the surface to 200m. There is plenty of light at within this layer with minimal pressure. This zone tends to be the warmest layer of the ocean. Most oceanic life and human activities ure, fishing, and sea transport occur in the Sunlight Zone.
Longitudinal Section (B-B)
CONCEPT
CLIMBING ZONES The main concept of our climbing center is the deep sea. We are fascinated by the geometry of the rocks and the adaptations required to live in the ocean. Thus, we first proceed by researching the different characteristics of the oceanic zones based on light. Afterwards, we went climbing in a gym to analyze the needs and to understand the gradation of the walls. Following this research and experiments, we drew the key elements of our project.
The sunlight penetrates the oculus. The walls are mostly straight and allow the diffusion of light. This zone is accessible to climbers of all levels.
The walls are more angled to block a certain amount of light. The different slopes and variations require some training to get to the top.
To prevent the light from penetrating, the walls form a cave. The darkness and the geometry make it very challenging to climb.
RESEARCH
LIGHT TESTS The following results are from our render experiments with the 3 different climbing zones in order to explore the amount of natural light that goes underground through our openings.
RESEARCH & PROGRAM
OCULUS DESIGN The natural light breakthroughs are inspired by nature. They refer to rocks that can be climbed outside. Their sizes and complexities promote visual curiosity. Once at the top of a route, the oculus aims to reward the brave climber by giving him a unique view towards the outside of the Place Jean-Paul-Riopelle in downtown, Montreal.
This example contains many faces of different sizes, which has the effect of giving a lot of dynamism to the light.
Climb in the Deep
The second one has a simpler form to avoid a visual discomfort when climbing which could be very dangerous for the climber.
The third and final oculus is the main entrance to the gym. It diffuses the light in a more natural way while keeping an organic form.
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Entrance Resting Area Reception Equipment Shop
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Metro Floor Plan (Floor Level -1)
Storage Restrooms Locker Rooms Gym
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Sunlight Zone Floor Plan (Floor Level -2)
MODEL
OUTDOOR ENTRANCE
The difficulty levels of the walls reflect the conditions and luminous characteristics of the ocean areas. Site Model The oculus act as skylights.
TWILIGHT ZONE
METRO FLOOR
SUNLIGHT ZONE
The Site Connection Climb in the Deep is connected to the underground metro of Montreal.
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TWILIGHT ZONE
MIDNIGHT ZONE
SUNLIGHT ZONE
Inside Climb in the Deep The three zones: Sunlight Zone, Twilight Zone and Midnight Zone.
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9. Resting Area 10. Gym
11. Resting Area
Twilight Zone Floor Plan (Floor Level -3)
Midnight Zone Floor Plan (Floor Level -4)
View of the Twilight Zone
MIDNIGHT ZONE The Bathypelagic layer is found between 1000m and 4000m. This layer is also called the Midnight Zone. No sunlight reaches this zone. Although it is dark, visible light may be observed from sea creatures who commonly have bioluminescent features. This zone’s temperature remains cold, barely above freezing. The pressure from the overlying water column means people require special training and equipment to visit this zone.
TWILIGHT ZONE The second layer of the ocean is called the Mesopelagic layer or the Twilight Zone. It lies between 200m and 1000m. Water temperature in this zone doesn’t change much with the seasons, but ranges from 21 °C to near freezing. This zone is also home to some of the strangest sea animals such as the swordfish and the wolf eel. Some organisms exhibit bioluminescence. In the Mesopelagic Zone, food is scarce and only faint sun rays penetrate this layer.
View of the Midnight Zone
03
Gatineau Library Bibliothèque du Plateau
The library sits on a vacant lot in the city of Gatineau. It is close to a public square, communal gardens, a playground, a skatepark and a forest. Therefore, given this variety of activities in the surrounding area, it is a wise choice to add a library that highlights free access to ideas and information that are contributing to building the community of tomorrow. The main intentions are the transmission of knowledge, the efficient use of energy as well as promoting exchanges between different generations.
Semester I Second Year, Winter 2017-18 Time I 15 weeks Tutor I Morgan Carter Studio I Studio 4 - Library Teammates I Sandrine Lessard-Aubin My Role I Design conception, sustainable energy development strategies, plans, diagrams, sections & renders.
PROJECT INFORMATION Type I Academic Softwares I Sketchup, AutoCad, Maxwell Render, Seifara, Matchbox Energy, Photoshop & InDesign. Site I Plateau Village, Gatineau, QC, CA Area I 1830 m2
View of the Youth Zone with the park
View of the Atrium
CONCEPT + IMPLEMENTATION
CONCEPTUAL DRAWING This drawing expresses the desire to integrate nature as much as possible inside with the transparence of the materials. Moreover, since the ground is very flat, the architectural route adds a dynamic effect to the whole with its slopes as well as its roof which gives different perspectives. The geometry goes from the lowest zone towards the highest zone. This ascension reflects the cycle of life; as at birth we are without wisdom, but as we age we grow.
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Alignment The guideline of the library shares the alignment with the eastern facade of the home for the elderly.
Model Entrance from the public park
Relationship with the site The volumetry oers views of the surroudings and an ascent that starts from the park where the children can play all the way to where the elderly live.
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LEGEND A
Public Place
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Community Gardens
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Playground
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Skatepark
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Sports Equipments
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Forest of Ash
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Cedar Grove Prevaling Winds
Library Program Distribution of spaces according to the orientation of the sun
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Lobby Administration Kids Zone Services Atrium Area Teen Zone Multifunctional Room Mechanical Room Restrooms Terrace Parking
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Ground Floor Plan
Longitudinal Section
This new institution includes community spaces that promote intergenerational interactions and universal accessibility.
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Main Zone Outdoor Balcony Study Rooms Outdoor Mezzanine
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Mezzanine Floor Plan
ROOF Louvers and sunshades.
MEZZANINE FLOOR Two balconies; one towards the forest and the other towards the public square.
BALCONIES
PARKING
GROUND FLOOR The library is designed to meet standards of the universal accessibility. It offers many services such as a coffee shop and teaching assistance.
MAIN ZONE
TEEN ZONE
ATRIUM
SERVICES
ADMINISTRATION KIDS ZONE
Shelves and study rooms.
10 places. Shelves and computer desks. Mechanical room, restrooms, elevator/stairs and a multifunctional room. Offices, storage and staff room. Shelves and entertainment room.
Spatial Organization
BIOCLIMATIC DESIGN & DETAILED SECTION
SUSTAINABLE STRATEGIES The choice of a bioclimatic design approach promotes energy savings and reduces heating and cooling costs, while benefiting from a very pleasant living environment. The main objective is to obtain the desired atmospheric comfort in the most natural way possible by using architectural means, renewable energy and the least amount of mechanized technology.
The louvers are a horizontal exterior shading device that is kept away from the glass to allow air circulation to eliminate the heat captured. Then, increased vegetation was considered such as trees to allow even more diffuse light and shaded areas to promote reading.
Outdoor shading devices & Vegetation
Heat gains in areas further south are redistributed across the building where there is no direct sunlight. Transfer of the heat to colder areas
The skylights act as ventilation chimneys by evacuating the air and renewing it. They create a cooling effect. Stack eect
Atrium @Qin A.-L.
Outdoor mezzanine towards the forest @Qin A.-L.
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1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. 22. 23. 24. 25. 26. 27.
Wood Column - Larch Louver - Larch Aluminum Coating Air Barrier Structure - Aluminum Sprayed Urethane Insulation - 30mm Ventilation Cavity Steel Angle Vapor Barrier - Polyethylene Aluminum Flashing Aluminum Glazing Bar with Recovery Strip Triple Glazing - Argon Low-E - 300 mm Structure - Steel Exterior Wood Decking Slab - Concrete - 50 mm Crushed Gravel Geotextile Membrane Draining Membrane Bituminous Coating Rigid insulation - 100 mm Strip Foundation - Concrete - 250 mm French Drainer Mechanical Space - 350mm Support - 350 mm Slab - CLT Steel Grid - 2.5 mm Heating Duct
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Atrium Wall Section of the louvers
04
Mock-Up Solar Mesh Double Algorithmic Constellations
This solar mesh embodies a visual and spatial experience thanks to its punctuation of elements varied in size and depth, but also by its double frame. They are distributed in a metallic grid gradient which serves as the structure. The materials reflect the spirit of the cosmos to create a tectonic order with punctuated wood extrusions that are reminiscent of nature. Finally, these three-dimensional variations filter the light inflow during summer, reduce it during the equinoxes and welcome it during winter.
Semester I Second Year, Winter 2017 Time I 2.5 weeks Tutor I Morgan Carter Studio I Studio 4 - Solar Mesh Teammates I Sandrine Lessard Aubin; Olivier Jarry; Amélie St-Amand. My Role I Design conception, light experiments, photography & physical model.
PROJECT INFORMATION Type I Academic Softwares I Rhinoceros 3D, AutoCad, Grasshopper, Photoshop & InDesign. Location I Mock-Up dimensions I 1 m x 2.5 m
Mock-Up Model @Qin A.-L.
RESEARCH
LIGHT TESTS
With the assistance of the Natural Lighting Laboratory, we explored the different variations of lights and shadows in our architecture. The following results are from our experiments with our 3 main iterations of solar meshes.
SKY LABORATORY It simulates a clear sky. It allows us to get an idea of what the facade of the mesh looks like.
SUN LABORATORY It stimulates the sun at 45o. It allows us to see how light is difused on the walls in the building.
SUN LABORATORY It stimulates the sun at 45o. It allows us to see how light is difused on the floor in the building.
Iteration 1 - Elevation
Iteration 1 - Light projection at 45o
Iteration 1 - Light projection on the ground
Iteration 2 - Elevation
Iteration 2 - Light projection at 45o
Iteration 2 - Light projection on the ground
Iteration 3 - Elevation
Iteration 3 - Light projection at 45o
Iteration 3 - Light projection on the ground
Solar Mesh - Elevation
The algorithm of the solar mesh is inspired by the cosmos. The light is diffused in many ways that look like constellations in space.
The junction of the structure @Qin A.-L.
The light through the mesh creates a constellation @Qin A.-L.
DOUBLE STEEL GRID
WOOD EXTRUSIONS
MATERIALITY
The double grid takes the spirit of the twin frame. It is the first rhythm of the mesh, it also serves as a support for the wood extrusions.
The extrusions alternate their depth and size from small to large to refer to a constellation. They follow the design of the grid.
Sometimes closed, made of frosted glass or completely open. The materiality of the extrusions creates dynamic light diffusion both day and night.
Structure Compenents
05
FAÉCUM Competition Service Counters
This is a proposal for the development of the FAÉCUM service counter at the Pavilion Marie-Victorin. The four important key points are the visual identity, the ergonomics of the workspaces, the transmission of information and the ecological footprint. These aspects are found in particular in the chosen colours as well as the furniture made according to the limited space of the room. The main intention was to make them as easy to access as possible with an emphasis on disabled individuals.
Opening Date I Fall Semester 2019 Time I 1 week Teammate I Isabelle Tarta Prize I 1st Place + Money + Construction in 2019 My Role I Design conception & drawings.
PROJECT INFORMATION Type I Architecture Competition, Education Softwares I Sketchup, AutoCad, Photoshop & InDesign. Location I Marie-Victorin Pavilion (UdeM), Montreal, QC, CA
PLAN
ÉCHELLE 1/2''=1'-0''
ÉCHELLE 1/2''=1'-0''
PRISE RELOCALISÉE
3'-6"
PLAN
12'-5"
Verde Smeraldo Interior storage and exterior facade
F-01 | RANGEMENT INTÉRIEUR ET FAÇADE EXTÉRIEURE 1854 - VERDE SMERALDO ABET LAMINATI
1'-3"
4'-6"
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PRISE RELOCALISÉE SUR LE MUR DU FOND
4'-6"
1'-3"
7'-5"
1'-9"
E-03 PRISE RELOCALISÉE
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PRÉVOIR FILAGE DANS LE PLAFOND PRISEPOUR RELOCALISÉE TÉLÉVISEUR SUR LE MUR DU FOND
4'-6"
P-01 | PLAN
1'-9"
F-02 | FAÇADE EXTÉRIEURE F5374 - ELEGANT OAKET COMPTOIR F-03 | RANGEMENTS FORMICA F1093 - AERIES *CERTIFIÉ FORMICA GREENGUARD *CERTIFIÉ GREENGUARD
12'-5"
AVANT DU
1'-3"
Elegant Oak Greenguard Certified Exterior facade
7'-5"
F-01 | RANGEMENT INTÉRIEUR ET FAÇADE EXTÉRIEURE F-02 | FAÇADE EXTÉRIEURE 1854 - VERDE SMERALDO F5374 -RANGEMENTS ELEGANT OAKET COMPTOIR F-03 |LAMINATI ABET FORMICA F1093 - AERIES *CERTIFIÉ FORMICA GREENGUARD *CERTIFIÉ GREENGUARD
12'-5"
PRISE RELOCALISÉE
E-03
1
7'-5"
ÉCHELLE 1/2''=1'-0''
1'-9"
3'-6"
PLAN
F-01 | RANGEMENT INTÉRIEUR ET FAÇADE EXTÉRIEURE F-02 | FAÇADE EXTÉRIEURE 1854 - VERDE SMERALDO F5374 - ELEGANT OAK ABET LAMINATI FORMICA *CERTIFIÉ GREENGUARD
3'-6"
Area I 12 m2
P-01 | PLAN
Aeries Greenguard Certified Storage and counters
F-03 | RANGEMENTS ET COMPTOIR F1093 - AERIES FORMICA *CERTIFIÉ GREENGUARD
PRÉVOIR FILAGE DANS LE PLAFOND PRISEPOUR RELOCALISÉE TÉLÉVISEUR SUR LE MUR DU FOND
AVANT DU
1 PRÉVOIR FILAGE DANS LE PLAFOND POUR TÉLÉVISEUR
P-01 | PLAN
AVANT DU
New FAÉCUM’s service counter @Qin A.-L.
Vinyl wall Library with fixed shelves and storage
Repliable table
Glasses and pens chute
Books chute Employees Storage Garbage can
Spatial Organization
SOLUTION TO THE 3 CURRENT ISSUES OF THE COUNTERS
1. VISUAL IDENTITY PICTOGRAMS AND MURALS
LOGO FAÉCUM VERSION COMPLÈTE HORIZONTALE
The counters lack of uniformity and incompatibility with the visual identity of the FAÉCUM. So we used the colors of the FAÉCUM : turquoise, pale gray, white and black to create an eye-catching visual with the logo front and centre. Thus, it is easily recognizable.
LOGO FAÉCUM CONCEPTUALISATION
LOGO FAÉCUM CONCEPTUALISATION
LOGO FAÉCUM CONCEPTUALISATION
MES ET
groupes - échanges - associations - solidarité - collaboration
bouclier - protection - défense des droits
cible - but - objectif
FAÉCUM, Guide de normes / AVRIL 2014
FAÉCUM, Guide de normes / AVRIL 2014
FAÉCUM, Guide de normes / AVRIL 2014
06/07
The logo symbolizes the defense of student rights, the goals they ET have set, PICTOGRAMMES and the convergence toMURALES ward a common goal.
2. TRANSMISSION OF INFORMATION LOGOS & DIGITAL DISPLAY
Utilisation sur fond blanc
The FAÉCUM offers a lot of services, but they are poorly identified. So the permanent and temporary information is now visible at a glance through the logos and television.
FAÉCUM, Guide de normes / AVRIL 2014
PICTOGRAMMES ET MURALES PICTOGRAMMES ET MURALES PICTOGRAMMES ET MURALES
Television Pamphlets Storage Bench Shop window Acrylic for semi-permanent display
PICTOGRAMMES ET MURALES
Lighted FAÉCUM logo Services logos
Functional Design
The ecological footprint is also part of the design through the use of local spruce because of its many ecological characteristics including its durability. In order to protect this material, linseed oil is a natural solution for wood finishing.
Former FAÉCUM’s service counter @FAÉCUM
Former Interior @FAÉCUM
3. ERGONOMICS AND WORKSPACES UNIVERSAL ACCESSIBILITY The space is poorly used and is not effective for the different services offered. Therefore, larger work spaces have been developed as well as more organized storage for the employees. Plus, a specific area is dedicated and accessible to people in wheelchairs.
Facade Elevation
Floor Plan
06
Shelter & Wellness Centre Resilience Montreal
Resilience Montreal was established in response to what community members and outreach workers described as a crisis following the Open Door shelter’s move to a new location last year. The new shelter is in Westmount, in a shuttered restaurant across from Cabot Square which is an important gathering place for the indigenous population. Open to everyone, the center will provide food and shelter as well as mental health and medical support services for those in need. Architecture Sans Frontières Québec helped to build and design the new space.
Opening Date I November 14th 2019 Time I 2 weeks Team I David Chapman (Project Co-Ordinator); Claire Davenport (Architect); Bruno Demers (Director of Architecture Sans Frontières Québec); Nakuset (Director of Native Women’s Shelter); Sheila Woodhouse (Executive Director of Nazareth Community). My Role I Architecture Intern Volunteer. Conception and construction.
PROJECT INFORMATION Type I Municipal Software I AutoCad Location I Westmount, Montreal, QC, CA Area I 650 m2
*All pictures are from @ASFQ*
“ Is it possible to transform a dilapidated restaurant into a homeless wellness center, all in less than a month, with no budget and design quality worthy of a modern spa? To ask the question, is to answer it. It was impossible. So we did it. ” - ASFQ
Celebration of the opening of Resilience Montreal with the First Nations and the community of Montreal
IMAGES SPEAK LOUDER THAN WORDS...
BEFORE SHUTTERED RESTAURANT Only a month ago, the place was a mess: chipped paint, holes in the wall and a carpet that looked like it dated back to the 1970s.
PROCESS COLLABORATION It took nearly four weeks of work, 150 volunteers, thousands of hours of work and many donations of materials to make it happen.
AFTER SAFE AND HAPPY PLACE Just in time for winter, Resilience Montreal was inaugurated on November 14 in the presence of the Mayor of Montreal and 150 people gathered for the occasion. The shelter will be open 7 days / week, from 8AM-8PM, to both men and women.
*All pictures are from @ASFQ*
Thank you. Merci.