[PERFORMING] / FORM FUENTES, FRANK GERMIRLI, ASLI The “perFORM” competition has asked us to design a live-work space in Portland, Oregon. The site is 206’ x 253’ and is located on the intersection of Sandy Boulevard, Couch Street and Burn Street. In terms of urban aspects of Portland, Sandy Boulevard performs as a seam connecting the commercial zone (North-Northwest) to the residential zone (South-Southeast). We have been given a unique opportunity to design on a precisely located site which responds to the greater urban environment and seams together the commercial and residential zones through a live-work complex. In addition, the views to the Northwest of downtown Portland, and to the East of Mount Hood mountain are parameters that inform the site intervention. As designers, we are interested in the idea of in the notion of live-work spaces, and thus have identified three types of interpretations of the live-work activity: 1. A dwelling offering programmatic spaces of living and working within one unit. 2. A residential unit paired with a commercial ground space. 3. A dwelling separate from the commercial space connecting the site intervention to the urban fabric. Design : Residential Each of the 26 dwelling units measures 25x40’ and provide 2 bedrooms, 1.5 baths, generous studio work space, a double height outdoor terrace that faces the courtyard. Design : Commercial Each commercial space follows the 25x40’ modular grid and provide copious space for various commercial programs. These programs include a spinning room, a school of music, gallery spaces, restaurants, bars, office spaces and a market. The multitude of programs attempt to create a self-contained complex located within Portland. Total Residential Area: 39,000 sq. ft. Total Commercial Area: 31,883 sq. ft.
Residential Units Commercial Space
Public Progrommatic Space Private Programmatic Space Terrace Outdoor Space Courtyard Outdoor Space
Public Circulation Residential Units Egress Towers Commercial Space
Terrace Outdoor Space Terrace Outdoor Space Courtyard Outdoor Space Courtyard Outdoor Space
Residential Units Residential Units Commercial Space Commercial Space
Public Progrommatic Space Public Progrommatic Space Private Programmatic Space Private Programmatic Space
PROJECT DIAGRAMS
ROOF PLAN
ROOF DIAGRAM
6 12
1 2
3
7
5
8
4
N
11
1’’ = 24’-0” 9
10
Courtyard Design 1 2 3 4 5 6 7 8 9 10 11 12
Primary Pedestrian Path Primary Bicycle Path Secondary Path Pond Vegetation Rose Garden Hop Garden Seating Area for the East Cafes Seating Area for the South Cafes Tertiary Path Hazelnut Trees Ivy Wall
GROUND LEVEL SITE PLAN
SOUTH FACADE
WEST FACADE
VIEW FROM TERRACE
VIEW TOWARDS COURT
COMMERCIAL DETAIL SECTION
COMMERCIAL SWATH ELEVATION
SOUTH RETAIL ELEVATION SWATH SCALE 1” = 1’-0” ROOF LEVEL ELEVATION : 42’0”
Wooden Base Block Weathered Douglas Fir Wood Gravel Infill Oldroad Top Filter Fleece Roof Steel Decking Concrete Decking Steel Decking
PUBLIC ROOF TERRACE ELEVATION : 48’ CLOSED AND OPEN LOUVRES
THIRD LEVEL GALLERY ELEVATION : 28’0”
Castellated beam Bolted Steel Tab Plate Trespa Facade Panel
I-Beam W21x147 Fireproofing Substance
Schuco Mullion Automatic Operable Clerestory Vertical Sliding Track Douglas Fir Louvre
14'0"
Schuco Mullion Double Glazed Static Window Argon Filled Void
THIRD LEVEL RETAIL GALLERY SPACE ELEVATION : 28’ SHIFTED AND ROTATED LOUVRES
SECOND LEVEL GALLERY ELEVATION : 14’0” Douglas Fir Wood Concrete floor slab Steel Decking Castellated Beam Bolted Steel Tab Plate I-Beam W21x147
2'6" 1'11"
Thermal Insulation Fire break Gypsum Board Dropped Ceiling Aluminum Rain Protection
2'9"
14'0"
SECOND LEVEL RETAIL GALLERY SPACE ELEVATION : 14’ SHIFTED AND ROTATED LOUVRES 11'6"
7'4"
GROUND LEVEL RESTAURANT ELEVATION : 0’0”
Douglas Fir Wood Concrete Floor Slab Thermal Insulation Tar Waterproofing Draining Pipe
SOUTH WING BUILDING DETAIL SECTION SCALE 1” = 1’-0”
The South Facade is covered by the horizontal Douglas Fir Louvres which can not only rotate on their own axes but also shift within the vertical boundary of their respective two floor intervals. The louvres rotate and shift according to the sun the need of shading of the tenant’s desires. Similarly to the South Facade, the East Facade offers horizontal louvres in order to have a cohesive design between the residential wings.
FIRST LEVEL RETAIL CAFE/BOOKSTORE ELEVATION : 0’ SHIFTED AND ROTATED LOUVRES
WEST RESIDENTIAL ELEVATION SWATH SCALE 1” = 1’-0”
RESIDENTIAL DETAIL SECTION
Weathered Douglas Fir Wood Finish Steel Handrail Douglas Fir Wood Concrete floor Slab Steel Decking
Aluminum Rainwater Channel
Sedum Vegetation Lightweight Growing Medium
PUBLIC ROOF TERRACE ELEVATION : 69’
ROOF LEVEL ELEVATION : 65’0”
Oldroad Top Filter Fleece Perforated Membrane Concrete Decking Steel Decking
THIRD LEVEL GALLERY ELEVATION : 23’0”
Schuco Mullion Manual Shading Device
THIRD LEVEL HOUSING UNIT ELEVATION : 46’ CLOSED LOUVRES
Dropped Down Ceiling Operable Window
2'9"
7'4" Static Window Douglas Fir Wood Concrete Floor Slab Steel Decking
4"
Schuco Mullion Thermal Insulation
UPPER UNIT LEVEL ELEVATION : 11’5”
Castellated Beam
1'1"
Bolted Steel Tab Plate I-Beam W21x147 Fibrous Fireproofing Layer Schuco Mullion Manual Shading Device Horizontally Sliding Glazing Panel System
SECOND LEVEL HOUSING UNIT ELEVATION : 23’ OPEN LOUVRES
Weathered Douglas Wood Fir Operable Louvre
11'6" Steel Louvre Stiffener Steel Louvre Stiffener Bolt
10'9"
Steel Pivoting Joint Sliding Wheel on track Schuco Mullion Handrail Wood Structural Handrail Base Douglas Wood Fir Panels 3/4” MDF Board -Structural Handrail Base Plaster Exterior Applied Surface
Douglas Fir Wood Concrete floor slab Gravel Bedding Tar Waterproofing Draining Pipe
GROUND LEVEL ELEVATION : 0’0”
WEST WING BUILDING DETAIL SECTION
OPEN LOUVRES ELEVATION : 0’ SHIFTED AND ROTATED LOUVRES
SCALE 1” = 1’-0” The West Facade is covered by the vertical Douglas Fir Louvres which can not only rotate on their own axes but also shift within their own housing unit boundary. Each housing unit has fifteen louvres to manage. The louvres are rotated and shifted manually according to the sun and the need of shading or the tenant’s desires. Similarly to the West Facade, the North Facade offers vertical louvres. However, the louvres are stable in order to have a cohesive design between the residential wings.The North Facade Louvres have the freedom to rotate on their axes.
RESIDENTIAL SWATH ELEVATION
A
UNIT GROUND LEVEL PLAN
B
A
C
B
C
UNIT SECOND LEVEL PLAN
6'
CORRIDOR
1
6'7"
9'2" BEDROOM
BEDROOM
WORK SPACE LAUNDRY ROOM
3'3"
13'9" 29'4" BATHROOM
BATHROOM 8'9" 45'
STUDY SPACE
SHELVING
KITCHEN 8'9"
HVAC
LIVING ROOM
2
9'6" TERRACE
3 LOWER LEVEL OF UNIT
UPPER LEVEL OF UNIT
25'
WEST WING BUILDING DETAIL SECTION SCALE 1/2” = 1’-0”
2
FIFTH FLOOR / ROOF LEVEL B
A
B
A
D
C
D
C
F
E
F
E
K
L
J
I
H
G
J
I
H
G
EAST WING PLANS
M
K
L
1 1
2 2
FIFTH FLOOR / ROOF LEVEL FOURTH FLOOR / ROOF LEVEL
A
B
C
D
E
F
G
H
I
J
K
L
A
B
C
D
E
F
G
H
I
J
K
L
1 1
2 2
THIRD LEVEL FOURTH FLOOR / ROOF LEVEL
B
A
D
C B
A
F
E D
C
K J
I
H
G
J
I
H
G F
E
L K
L
1 1
2 2
THIRD LEVEL SECOND LEVEL
A
B
C
D
E
F
G
H
I
J
K
L
A
B
C
D
E
F
G
H
I
J
K
L
1
1
28'2"
2
2
SECOND LEVEL 13'
4'
51'9"
GROUND LEVEL
52'10" 104'8"
A
EAST WING PLAN SCALE 1/8” = 1’-0” B
C
D
E
F
G
H
I
J
K
L
A
B
F
E
D
C
H
G
I
J
K
M
SOUTH WING PLANS
N
1
ROOF TERRACE 2
3
THIRD LEVEL GALLERY
SECOND LEVEL GALLERY
4
5
FOURTH FLOOR / ROOF LEVEL
6
A
B
F
E
D
C
H
G
I
J
K
M
N
1
2
3
LOWER LEVEL GALLERY
SECOND LEVEL GALLERY 4
5
THIRD LEVEL
6
A
B
F
E
D
C
H
G
I
J
K
M
N
1
BATHROOM 2
BATHROOM OFFICE 3
LOWER LEVEL GALLERY 4
5
SECOND LEVEL
6
A
B
C
E
D
F
H
G
I
J
K
M
N
1
STORAGE BATHROOM 2
SEATING AREA
BATHROOM KITCHEN
28'2"
3
4
BAR
38'6"
SEATING AREA 5
ENTRY 6
13'
4' 51'9"
30'6" 94'4"
GROUND LEVEL
SOUTH WING PLAN SCALE 1/8” = 1’-0”
SITE SECTIONS
A
B
D
C
F
E
H
G
I
J
K
L
M
N
P
O
Q
ROOF TERRACE ELEVATION : 86'0"
EGRESS
ROOF TERRACE ELEVATION : 75'0"
ROOF TERRACE ELEVATION : 69'3" GALLERY
ROOF TERRACE ELEVATION : 63'0"
EGRESS
EGRESS
ROOF TERRACE ELEVATION : 56'0"
EGRESS
FOURTH LEVEL / ROOF TERRACE ELEVATION : 42'0" GALLERY
EGRESS
EGRESS
THIRD LEVEL GALLERY ELEVATION : 28'0"
ENTRY INTO GALLERY
GALLERY
EGRESS
SECOND LEVEL GALLERY ELEVATION : 14'0"
EGRESS
ACCESS TO ROOF TERRACE BOOKSTORE
EGRESS
GROUND LEVEL RESTAURANT ELEVATION : 0'0"
BUILDING SITE SECTION SCALE 1/4” = 1’-0”
A
B
C
D
E
F
G
ROOFTOP LEVEL ELEVATION : 69'0"
THIRD FLOOR UPPER LEVEL UNIT ELEVATION : 57'6"
THIRD LEVEL UNIT ELEVATION : 46'0"
SECOND FLOOR UPPER LEVEL UNIT ELEVATION : 34'6"
SECOND FLOOR UNIT ELEVATION : 23'0" CAFE
UPPER LEVEL UNIT ELEVATION : 11'6" BOOKSTORE
GROUND LEVEL UNIT ELEVATION : 0'0"
BUILDING SITE SECTION SCALE 1/4” = 1’-0”
SOUTH WING SECTION
A
B
D
C
F
E
G
H
I
J
K
L
M
N
O
P
Q
ROOF TERRACE ELEVATION : 86'0"
EGRESS
ROOF TERRACE ELEVATION : 75'0"
ROOF TERRACE ELEVATION : 69'3" GALLERY
ROOF TERRACE ELEVATION : 63'0"
EGRESS
EGRESS
ROOF TERRACE ELEVATION : 56'0"
EGRESS
FOURTH LEVEL / ROOF TERRACE ELEVATION : 42'0" GALLERY
EGRESS
EGRESS
THIRD LEVEL GALLERY ELEVATION : 28'0"
ENTRY INTO GALLERY
GALLERY
EGRESS
SECOND LEVEL GALLERY ELEVATION : 14'0"
EGRESS
ACCESS TO ROOF TERRACE BOOKSTORE
EGRESS
GROUND LEVEL RESTAURANT ELEVATION : 0'0"
BUILDING SITE SECTION SCALE 1/4” = 1’-0”
COURTYARD CUT SECTION
A
B
C
D
E
F
G
ROOFTOP LEVEL ELEVATION : 69'0"
THIRD FLOOR UPPER LEVEL UNIT ELEVATION : 57'6"
THIRD LEVEL UNIT ELEVATION : 46'0"
SECOND FLOOR UPPER LEVEL UNIT ELEVATION : 34'6"
SECOND FLOOR UNIT ELEVATION : 23'0" CAFE
UPPER LEVEL UNIT ELEVATION : 11'6" BOOKSTORE
GROUND LEVEL UNIT ELEVATION : 0'0"
BUILDING SITE SECTION SCALE 1/4” = 1’-0”
GRAY WATER DIAGRAM
Rainwater Harvesting System
Gutters
Filter
Filter
Filter
Filter Main Tank
1. Collection of rain water through gutters into the filtartion system.
2. Storage of filtered water in the main tank. There are two main filtration tanks located underground.
Collects the water from the roof level through gutters. Brings the collected rainwater to the underground filtration system. Stores the filtered water in the main tank which is the pond. Pumps the necessary amount of water in order to be used to water the plantation of both the roof garden and the courtyard greenery. Also it is used for the needs of residents.
Pump
Irrigation Pipes
Main Tank
Main Tank
Pump 3. Getting the necessary amount of water from the main tank to the pumps. There is one pump connected to the three building blocks.
5. There is a direct connection between the main tank and the vegetable, hop and rose gardens on the courtyard level. Unit Tank 4. Pumping the needed water from the main tank to the unit tanks. Each unit tank serves to the three housing units above it.
ECOTECT DIAGRAMS
CURRENT PERFORMANCE ANALYSIS UNIT TYPE 1 Panel Width : 1’
UPPER LEVEL
BASE LEVEL
UNIT TYPE 2 Panel Width : 1’ 6”
UPPER LEVEL
BASE LEVEL
SPATIAL COMFORT
INSULATION GAIN
NATURAL DAYLIGHT GAIN (btus)
ECOTECT DIAGRAMS
CURRENT PERFORMANCE ANALYSIS
SPATIAL COMFORT
INSULATION GAIN
NATURAL DAYLIGHT GAIN (btus)
UNIT TYPE 3 Panel Width : 2’
UPPER LEVEL
BASE LEVEL
JUNE 21 / 9:00 AM
JUNE 21 / 3:00 PM
DECEMBER 21 / 9:00 AM
DECEMBER 21 / 3:00 PM
SUNLIGHT STUDIES Courtyard Daily Sun Diagrams February 21
9 AM
10 AM
11 AM
12 PM
1 PM
2 PM
3 PM
4 PM
May 21 9AM-4PM
August 21 9AM-4PM
February 21 9AM-4PM
Courtyard Daily Sun Diagrams May 21 9AM-4
SUNLIGHT STUDIES
SUNLIGHT STUDIES
lpril 21st 21st
March March 21st 21st
February February 21st 21st
Courtyard Monthly Sun Diagrams Courtyard Monthly Sun Diagrams 9AM 9AM
4PM 4PM
SUNLIGHT STUDIES Courtyard Monthly Sun Diagrams
pril 21st
May March 21st 21st
February April 21st 21st
9AM
4PM
April 21st
September March21st 21st
August 21st February 21st
SUNLIGHT STUDIES
Courtyard Monthly Sun Diagrams 9AM 4PM
4PM’s
9AM’s
SUNLIGHT STUDIES