SCOTT DUILLET ARCHITECTURE
SCOTT DUILLET 2018 CAN : +1 (514) 571 1805 FR : +33 7 82 87 79 18 scott.duillet@gmail.com scottduilletarchitecture.com
TABLE OF CONTENT 2017
01
RESEARCH COMPLEXE // OVNI
2016
02
DRIA 2016 COMPETITION // PAGHABI
2015
03
M.B.A.M. EXTENSION // THE BLACK BOX
04
SOLAR FACADE // THE NEST
05
RESEARCH CENTER // THE WEB
07
COLLECTIVE HOUSING // THE CROSSING
2014
WINTER + FALL 2017
RESEARCH COMPLEXE // OVNI
Located in the forest of Cape Saint Jacques, on the island of Montreal this project aims to host a research center on climate and environmental change. The aim of the project is not only to provide the infrastructure needed for climate studies but also to use it’s immediate environment wisely in order to be self-sufficient in energy and develop new methods of climate appropriation. The challenge resided in finding the balance between environmental form-finding and the strict code the labs, and infrastructures needed, had to obey.
Studio of Alessandra Ponte & Fabrizio Galanti & Son Nguyen University of Montreal
Preliminary Research Team : Pascale Nadeau & Maria Azcarate
Exterior Air Exhausted Air Outlet
Fresh Air Entry
N-E Facade
The envelope is designed to guide the wind and use it as a source of fresh air and to create the suction needed to extract exhausted air. Furthermore, it’s density is set accroding to solar exposition
Standard laboratory in accordance with building and safety regulations Wind Vector testing was used to find the most efficient form possible.
Forest Cover, Solar and Wind analysis were done to determine the orientation and the curvature of the entire project.
Air Exchanger Allowing Heat Economy during Winter
Plumbing / Gas / Electricity Within the Strips
Secondary Solar Mesh for Precise Control
Evacuation of the Exhausted Air
100
500
1000
5000
In addition to acting as a regulator of air and sunlight, the strips contain the piping and cabling necessary for each laboratory. This is necessary because of the different conditions and the specific level of control needed for each lab. 100
500
1000
5000
Local
20 X
WINTER
-
2016
THANK YOU ! DRIA 2016 COMPETITION PAGHABI : WEAVING THE COMMUNITY TO ITS TERRITORY
// PAGHABI
DRIA is an annual competition highlighting resilient architecture and design, as well as implementing sustainable strategies in Asia. In 2016 the site was in the city of Valenzuela, Philippines, bordering the polo river. The challenge resides as much in the design of local, inexpensive and sustainable architecture, as in the communication and presentation of our ideas for the competition. Paghabi means weaving, an image that we pushed throughout our project, in order to weave the community to its territory, offering the means to create a stable and self sufficient symbiosis between the two.
Studio of Daniel Pearl & Céline Mertenat University of Montreal
Polo River
Brownfield for new constructions
Fishpond
FORMER fishpond NOW retention pool
Embankment
Barangay limits
Safe road
Taxi-boat stop
Teamed with Lolita Leblanc & Yohann Hubert & Samuël Langlois MASTERPLAN & Étienne Chaussé SMOOTH INTEGRATION
BAMBOO EVER-CHANGING LANDSCAPE BAMBOO EVER-CHANGING LANDSCAPE MANGROVE
QUAY
COCONUT TREE
FLOODGATE
HIGH-PITCHED ROOF Bamboo tiles A NEW EMBANKMENT ALONG RIVER POLO FOR FLOOD PROTECTION OO-TILED ROOFING ROOF SUBSTRUCTURE BAMBOO
OTHERS
OUTER ENVELOPE Wood / metal / woven panels ROAD
PRODUCTIVE GREEN SPACE SUBSTRUCTURE
HOUSE FLOORING TRANSPORTATION & WATER MANAGEMENT
TRANSPORTATION & WATER MANAGEMENT & PRODUCTIVE GREEN SPACES Bamboo slats
TO FRAME
OO TO ETE PILE
HIGH-PITCHED ROOF
BAMBOO-TILED ROOFING
tiles HOUSEBamboo FRAME ROOF SUBSTRUCTURE Bamboo poles OUTER ENVELOPE Wood / metal / woven panels
ROOF SUBSTRUCTURE
INNER ENVELOPE Bamboo woven panels HOUSE FLOORING Bamboo slats
CUBE CEILING FLOOR TO FRAME
OO TO CONCRETE BAMBOO TO CTION CONCRETE PILE
HOUSE FRAME Bamboo poles
BAMBOO CUBE
INNER ENVELOPE CONCRETE PILES Bamboo woven panels AND STEEL RE-BARS CUBE CEILING BAMBOO CUBE
BAMBOO TO CONCRETE CONNECTION
BASED CONSTRUCTION SYSTEM
CONCRETE PILES AND STEEL RE-BARS
FOOTBRIDGE PUMP
HIGH-PITCHED ROOF Bamboo tiles
Local prod.
Import
Bamboo up to 168 000 sqm
OO-TILED ROOFING
ROOF SUBSTRUCTURE
Time
OUTER ENVELOPE Wood / metal / woven panels HOUSE FLOORING Bamboo slats
SUBSTRUCTURE
Pieces know YMORaw NOmaterials CE LAavailable COL HOUSE GN ORmade TFRAME S GonNsite IHSIPeople LBtoArepair TSEhow NI ETAPICITRAP SMROFTAL Bamboo poles CHEAP, QUICK & EASY REPAIRS TO FRAME Lighter houses, stronger together
INNER ENVELOPE SHARED HOUSE Bamboo woven panels
OO TO ETE PILE
CUBE CEILING BAMBOO CUBE CONCRETE PILES AND STEEL RE-BARS
OO TO CONCRETE CTION FLOATING GARDENS
WORKSHOP
STORAGE BASED CONSTRUCTION SYSTEM COURTYARD
CUSTOMIZABLE PLATFORM Brings light to ground floor Defines privacy zones between houses
TRICYCLE PARKING
LOCAL BUSINESS
Concrete build to resist strongest winds Protected by houses around
FALL
-
2015
RESEARCH CENTER // THE WEB
The framework of this workshop was the in-depth experimentation of specific morphological concepts through advanced computational tools. It is thus not a question of designing a building for the sake of a realization, but instead, to work in a conceptual deepening perspective. Architectural morphogenesis is therefore put forward and occupies a more important place in the design than the program it will involve. That said, the project contains a large number of research laboratories, but also an auditorium and classrooms. Mixing the professional and educational world of science, the challenge was mainly to coexist and interact the various types of users, while preserving the different levels of privacy required.
Studio of Thomas Balaban University of Montreal
Teamed with Raphaël Désy
A nestable joint system was designed to facilitate the installation and maintenance of the glass facade and the structure supporting it.
In order to control the entrance of light a mesh in the form of more or less dense modules, taking the Voronoi pattern is placed on the veil when the program requires it.
Multi-Layered Shading Structure
The use of 3 standard sizes allows a saving of means and time thanks to its modularity. In addition, the weave can become denser or spread apart according to the use and needs of the program.
La tu fo
C
A
2x2 planks
WINTER
-
2015
SOLAR FACADE // THE NEST
2x3 planks
2x4 planks
The design of a solar facade, both as an architectural device and technical element, allows juggling between aesthetics and functionality. Occupying an important part of a sun-facing elevation, it must offer an attractive visual rendering, as well as control over solar exposure. Thus, in a logic of modular weaving, we were inspired by the ideology of the nest. The first series of horizontal branches support a series of superimposed branches. The variations in thickness and length offer an organic complexity, without going against systematization to the benefit of construction.
U b c l'e l’u g sifi
P
Workshop of Morgan Carter University of Montreal
Teamed with Claudie Couturier & Agathe Royer & Katerine Lessard
WINTER
-
2015
M.B.A.M EXTENSION // THE BLACK BOX
The extension project for the Montreal Museum of Fine Arts offers the chance to design architecture in a different way, and break the mold set by the rest of the museum with this new,children-oriented, pavilion. Indeed, due to the relative flexibility of the program and the few needs it generates, a great deal of formal and conceptual freedom was possible. Being located in a district as active both in the day and at night, having a program offering the same coexistence of use, we wanted to play on the diurnal/nocturnal duality of the building. Thus, what appears to be a black box by day, illuminates in the form of a luminous monolith at night.
Studio of Morgan Carter University of Montreal
Teamed with Katerine Lessard
PLAN // GF
1.101 Entrance Hall 1.102 School Groups Space 1.103 Youth Exhibition Space 1.104 Rest Area 1.105 Digital Creative Workshop 1.106 Projection Room
PLAN // 3F
3.101 Footbridge to the Desmarais Pavilion 3.102 General Exhibition Space 3.103 Youth Exhibition Space 3.104 Free Exhibition space 3.105 + 3.106 Rest Area
PLAN // 4F
4.101 General Exhibition Space 4.102 Free Exhibition Space 4.103 Rest Area 4.104 Free Exhibition Space 4.105 Rest Workshop 4.106 Women’s Washrooms 4.107 Men’s Washrooms
PLAN // 5F
5.101 General Exhibition Space 5.102 General Exhibition Space 5.103 Rest Area 5.104 Rest Area
ROOF
Suspended ceiling Steel beam Metal Decking Concrete Slab Slope concrete Vapor Barrier Thermal Insulation Synthetic Sealing Gravel Bed
283mm 300mm 50mm 150mm 20-80mm --150mm --40mm
CURTAIN WALL
Single Glazed Glass 6mm Chromed Steel Profile 65mm Ventilation Gap 60mm Aluminum Profile 100mm Double Insulated Glazed Glass 20mm Mullion 50mm Chromed Steel Profile 65mm Metal Blinds 80mm
FLOOR
Polished Concrete Slabs Concrete Casting Metal Decking Steel Beam Suspended Ceiling
15mm 150mm 50mm 300m 183mm
FOUNDATION WALL Draining Plate Vapor Barrier Rigid Insulation Concrete Wall Thermal Insulation Smooth Plasterboard
60mm 90mm 220mm 100mm 60mm
BASEMENT FLOOR Polished Concrete Slabs Mortar Bed Heated Flooring Waterproof Thermal Insulation Vapor Barrier Foundation Slab Gravel Bed Outer Sole
15mm 15mm 80mm 100mm 200mm 100mm 200mm
The section cut of the wall focuses on the double skin concept that embraces the project. This surface is made of an imposing sunscreen, present only on the central monolith which covers a translucent glass mantle. This semi-clear glass coat continues on the lateral extensions adjacent to the monolith.
FALL
-
2014
COLLECTIVE HOUSING // THE CROSSING
This project aims to offer a variety of housing and community spaces in the heart of the dense urban fabric of Old Montreal. Emphasis has been placed on the site’s rich in cultures the outstanding collection of materials specific to this district. The heart of the project, the bridges are used to provide meeting spaces at every point of the route between the common areas and housing, reinforcing the collective character of the housing complex. The result is eight distinct volumes, between four and five floors high. Like the sector surrounding it, these masses adopt different materialities (yellow brick, white brick, red brick, and concrete) and the height of their ground floor also varies, to adapt to the site’s topography.
Studio of Guillaume Pelletier University of Montreal
Teamed with Gabriel Tessier
Initially, the project is positioned as two masses dressed in Montreal’s typical masonry with windows similar to the rest of its context. Since the two lots are relatively large, the first intervention was to bring the scale of the city inside the lot. The masses were then cut into smaller volumes, based on the ground program of the proposal as well as on the street alignments of the immediate neighbors. Apartments (120m2) Studios
(50m2)
Workshops
(90m2)
Theatre + MultimĂŠdia Spaces Common and Commercial Areas
PLAN // 2F
With a width of 3m, the footbridges serve as both traffic areas and outdoor spaces suitable for events. Each unit providing at least one direct access from a garage door in the living room. The proposal turns out to be a study of the potential of bridges as meeting spaces generating a multitude of small daily events, planned or improvised, between all the inhabitants of collective housing.
PLAN // 3F
THANK YOU SCOTT DUILLET 2018 CAN : +1 (514) 571 1805 FR : +33 7 82 87 79 18 scott.duillet@gmail.com scottduilletarchitecture.com