B.Arch
Portfolio
Francisco Toledo
Vol. 1 2016
[1]
Contact Email: Toledo@uoregon.edu
An Introduction Architecture is a tool for making change in society from an environmental and social perspective. My interests is mainly pushing the concept of net zero development. The largest CO2 contributor is the life span of the built environment because of maintenance and energy consumption. Net zero is an opportunity for creating self managing architecture. Net zero creates the opportunity for innovation in the building envelope to create more inhabitable spaces. Combining biomimicry and net zero strategies is essential for future architecture to adapt to the demand of humanity. The interaction between biomimicry, adaptability, and morphosis for change and efficiency is crucial for bettering a sense of place, create character and identity: this is important for increasing accessibiilty, equity, and influence human interaction and experience with architecture. [2]
Phone: 503-758-1564
Experiece Architecture Arts & Allieds: Research Lab Assistant (Present) Robertson and Sherwood architects:intern/shadow (Summer 2015) University oregon housing: Mentor resident assistant (Fall 2013)
Design Studio Concept Statement Aging is inevitable. It is part of the life cycle of anything that exits. With the increasing aging population, we continue to subjugate senior living in institutionalized isolation of the individual and conformity in life. This leads to a loss of identity and autonomy. The urban environment is a solution to counteract such institutionalized environments because it is meant to bring people, cultures, and resources together to create opportunities for continuous engagement and active learning for any individual. However, our thirst for continuous progress is a cause that leads our buildings to age faster. With both people and the urban fabric aging at a rapid rate, this project aims at repurposing the Empire State building to host senior living. With the aging population expected to double in 2050, incorporating multigenerational communities while embodying the functions, forms, and layers of a tree as driving forces to tackle future density growth and an increase in pollution due to an increase in population.
Table of
Pg.06 Pg.14
Contents
Pg.19 K K K
Pg.19 Classes
Pg.30 Pg.33
4 Interior Structural Column
Exterior Column
3 Double Pane Glass
Repurpose Cedar Wood
2
Single Pane Glass
Interior Operable Window W24x18 Flange
1
Metal Grill Catwalk Structural HSS 4x8
Pg.38 [3]
My projects are a reflection of what I have learned in my undergraduate education. My design utilize a holistic systems way of thinking about the built environment by looking for relationships instead of mechanically focusing in one problem. They are a reflection of my personal values and goals to make change in the whole and bring about equitable design. Each looks at the context through macro and micro relationships as an urbanism approach to design [4]
Design Studio
[5]
pportunities for continuous engagement and active earning for any individual. However, our thirst for ontinuous progress is a cause that leads our buildings o age faster. With both people and the urban fabric ging at a rapid rate, this project aims at repurposing the mpire State building to host senior living.Rejuvination With the aging population expected to double in 2050, Project: Senior Housing Manhattan, NY ncorporating multigenerational while Fall 2014 Date: communities mbodying the functions, forms, and layers of a tree as nancyand Cheng Professor: riving forces to tackle future density growth an ncrease in pollution dueMedia: to an increase in population. Revit, Rhino 3D, Adobe Creative Suite,AutoCad
[6]
Aging is inevitable. With the increasing aging population, we continue to subjugate senior living to institutionalized aging environments only to find that it creates isolation of the individual and conformity in life: this tends to lead loss of identity and autonomy. With both people and the urban fabric aging at a rapid rate, this project aims at repurposing the Empire State to host senior living by creating multigenerational communities through the concept of a tree, mimicking form, functions, and layers to tackle density growth and increase of pollution due to an increase in population.
Section Perspective|Community
[7]
Floor divided by Atriums Atrium Axon
Type C
Individual Unit
There is a variation of unit sizes to satisfy the changing demand of the market and density growth.
Atrium Type B Perspective Floor Plan
Unit Variation
Atrium Type
2 Bedroom Unit
1 Bedroom Unit
Type A
3 Bedroom Unit
There is a variation of unit sizes to satisfy the changing of to live in one groupsdemand of people the market and density growth. area.
Units Size: 913-976 ft^2
Units Size: 769-817 ft^2
Units Size: 379-655 ft^2
1. Social gathering 2. Vertical Connection 3. Maximize amount of light coming into Multigenerationalstructure Community: Individual Unit Type C 4. Views towards surrounding
groups of people to live in one Multigenerational area.
Units Size: 913-976 ft^2
Units Size: 769-817 ft^2
Units Size: 379-655 ft^2
Type B
Levels of a Tree Cell
Individual Cell
Stage 2
Stage 3
Stage 4 Type A
Stage 4 Type B
Unit Flexibility
Response to Market
Individual Unit
Individual Unit Original Unit when the building was renovated in 2050
Atrium Type A
Original Unit when
was renovated in 2050
Individual Unit
Atrium Type A
Micro units multiple
Units responds to market Demand
Unit 1st Evolution
Unit Responds to Unit 1st Evolution Density Growth
Ownership Unit Entry Units Size:Personal 913-976 Unitft^2 Interior Spaces
Units Size: 769-817 ft^2
Unit Autonomy
Unit 2nd Evolution
Unit Autonomy
Living Greenery Unit 2nd Evolution 1. Absorb CO2 2. Reduces indoor temperature
Unit Responds to Density Growth
Ownership
Pride
Personal Unit
There is a variation of unit sizes to satisfy the changing demand of the market and density growth. Connection
groups of people to live in one Engagement Involvement area. Interaction Connection
Personal Unit
Personal Autonom Teach
Learn Multigenerational
Comfort Chart
Culture Exchange Pride Self Expression Personal Unit
Unit Responds to Density Growth
Views towards city
Engagement Involvement Interaction Personal Autonom Teach Learn
Culture Exchange
Unit Responds to Density Growth
Self Expression Vertical
Comfort Chart Connection Elderly
Sunlight and Natural Light
Views towards city Vertical Connection
Couple Single young professional Small Family
Cross Laminated Timber
N
Scale: 1/ 128” =1’
Sunlight and Natural Light Cross Laminated Timber
Unit Flexibility
Response to Market
Individual Unit
Original Unit when the building was renovated in 2050
Unit 1st Evolution
Units responds to market Demand
Individual Unit
2. Provide warmth environment Units responds to
groups
market Demand
Unit 1st Evolution
Elderly Unit 2nd
Evolution
Social Gathering Density Growth
Unit Responds to
Cabin Tree House
Children Micro units multiple
2. Provide warmth environment
Unit 2nd Evolution
groups
Response to Density Growth
Unit Autonomy Elderly
Unit Responds to Density Growth
Suburb
Personalization Unit Entry Interior Spaces
Ownership
Cabin Personal Unit Pride
Children
Social Gathering
Family
[8]
Unit Entry Interior Spaces Personalization
Units responds to market Demand
Living Greenery 1. Absorb CO2 2. Reduces indoor temperature Floor Plan
Personalization
Units Size: 379-655 ft^2
Small Family
3 Bedroom Unit
Unit 2nd Evolution
Units responds to market Demand
Individual Unit
Micro units multiple
2 Bedroom Unit
Unit 2nd Evolution
Units responds to market Demand
Response to Density Growth
Elderly
Small Family
Unit 1st Evolution
Unit 1st Evolution
Response to Density Growth the building
Elderly Stage 5 Type B
Stage 5 Type A
Stage 4 Type C
Couple Couple Single young professional Single young professional
1. Social gathering 2. Vertical Connection N Floor Plan N Floor Plan Scale: 1/ 128” =1’ Maximize amount of light coming into Scale: 1/ 128”3. =1’ Individual Unit 1 Bedroom Unit Unit Variation structure 4.Flexibility Views towards surrounding Unit Response to Market
Multigenerational
Personal Unit Tree House
Culture Exchange
Family
Community Building|Intergenerational
Self Expression Suburb
Connection Engagement Involvement Interaction Personal Autonom Teach Learn
Atrium|community
connection
[9]
mmunity:
Atrium
June 1 - August 31 summer Solstice
(Equinox)
Dec1- Feb 28 Winter Solstice
Sept1 -Nov 30th
Atrium Type B Perspective
eA
N Jun e 21
st
eB
. ox uin Eq
yuar Jan
ch
Winter 21st December
ar ch -
Se pt .
Jun e 21
st
30 degrees
Mar
M
. ox
uin Eq Jan
u ar
y-M
arch
Winter 21st December
Comfort Chart
eenery CO2 es indoor temperature
Sun Diagram Views towards city Vertical Connection Sunlight and Natural Sun Diagram Light
Cross Laminated Timber
rise n Su
t ep M
h-S arc
Angle of sun exposure
June
nset ce Su Solsti
June
unris ice S Solst
e
nse t su
S ep
Cabin
The shading device is meant to provide shade Tree House when the sun is at its highest point when Children athering located in the south and allow light in when Suburb Family the sun rises and sets. The shading device has photovoltaic panels that absorb the sun light [10] that is reutilize through the building.
rch -
groups Elderly
t
Photovoltaic Panels
2. Provide warmth environment
Ma
Su m mer
ar ch -S e
Sun Chart Analysis
thering nnection f light coming into ure surrounding
30 degrees
M
Sum mer
pt .
eC
sustainability|South
Facade
h facade
Hierarchy of Skin Hierarchy of Skin
Water Catchment Water Catchment
Facade Structure
Water Catchment
Environmental Sustainability north Interior plants to help control interior temperature and clean the interior air. The use of greenery to sequester.
air distribution
moderatethat interior temperature at all Expose concrete is able to absorb heat during the day and release at night for energy Interior plants to help control
Interior plants interior temperature and clean
ty north facade
the interior air. The use of
Hierarchy of Skin
Motion sensor lighting, to greenery to sequester. reduce the amount of time Expose concrete that is able to lights are on without beingthe use Expose Concrete absorb heat during day
Residential Water Catchment
and release at night for energy
Residential
Sun shading device that also includes Motion photovoltaics to capture sensor lighting, to
Motion sensor reduce the amount of time
Public
lights are on without being use
Public
Slightly Pitch roof, to help slow
Sun shading device that also Photovoltaics
Residential
Air cleanser Joints Water Catchment Air cleanser Joints Water
Skeleton Skin
Skin Module Skin Module Skin Module
Retail
Public Air cleanser
Joints
water from natural rain or includes photovoltaics to capture snow through heat sensor and drainage. Slightly Pitch roof, to help slow Pitch roof
Retail
Elevators that generate power when going water from natural rain or downwards. snow through heat sensor and drainage. Elevators
Retail
Catchment
Low E-glass emitsthat very little sunlight, but going Elevators generate power when
electric
downwards.
generators (Clear photovoltaic panels)
Water Catchment Skeleton Skin Skeleton Skin
The north facade uses a multipurpose veronoid module to capture water and clean polluted air the coated down and neutralize NOxand(nitrogen oxides) and the coated tilestiles break break down and neutralize NOx (nitrogen oxides)
Lowthat E-glass emits very but Skin facade cleanses the little air ofsunlight, car Low E-glass generated pollutants (Clear photovoltaic panels)
Skin facade that cleanses the air of car Airto generate Cleanser Wind turbines generated pollutantspower
using the wind
VOCs (Volatile organic compounds) directly where directly they are generated. VOCs (Volatile compounds) where are generated. the coatedorganic tiles break down and neutralize NOxthey (nitrogen oxides) and Wind turbines to generate power Wind Turbines using the wind VOCs (Volatile organic compounds) directly where they are generated. Water Harvest Pipes for distributing collected
Air Cleanser
Air Cleanser Air Cleanser
Water Harvest
Water Harvest Pipes for distributing collected CO
PN
CO
SO2
CO SO2
PN CO2 SO2
VOC PN
CO
SO2 CO2
PN VOC CO2
VOC
CO2
VOC
Water tank toTank store water that is collected Water
NOx
CO
PN
NOx
Without System
Water tank to store water that is collected
CO
SO2
VOC PN NOx SO2
CO2
With System
NOx
Without System
extensions. Uses wood a reuseable material.
NOx
Sustainability|North NOx CO2
extensions. Uses wood a reuseable material. Repurpose materials
VOC
With System
Facade
[11]
New Aging Program: Engagement Urban Fabric Branching Out
Spatial Hiearchy Spatial Hiearchy
g up
Independant Care
al Residential
ery on ooms
Public Retail
ationsRelaxing ng
Growing up
Shelter ym Small Gym ltural
Hospital
ark
Art Gallery Music Rooms
Memory Living
NewAging AgingProgram: Program:Engagement Engagement New Branching Out Branching Out
Spatial Hiearchy
Art Gallery
L
Urban Fabric Fabric Urban
Engagement Engagement
Assitance Living
Living Living
Independant Care
Small Gym Small Gym Indoor park Indoor park
Skill Nursing Residential
Memory Living
Public Music Rooms connects The building seniors with hop RetailBuilding Layers park om Indoor the outer community through volunAssitance Living Animal Shelter organizations teer programs and outreach Craft Room
Animal Shelter Multicultural Center Layers Building Wood Shop Craft Room
Wood Shop
n Aperture eelLearn Membrane Glass Facade Building core
Skill Nursing
Building Layers
Sun ApertureVoronoi Skeleton Structural Steel Membrane Glass Facade Building core Voronoi Skeleton
owth
[12]
Sma
SpatialHiearch Hiearch Hiearc Spatial
EngagementVariation Variation Engagement
The elderly branch out into the urban The elderly branch out into the urban community to stay integrated within society community to stay integrated within society hostpitals, ect. hostpitals, ect. The outer community stays connected with The outer community stays connected with the elderly through the programing inside the elderly through the programing inside the Empires State building the Empires State building
Working Working
Socializing Socializing
Exercising Exercising
Relaxing Relaxing
Growing up Growing up
Small Gym Small Gym Hospital Hospital Small Gym Small Gym Hospital Hospital Small Gym Indoor park Art Gallery Art Gallery Small Gym Indoor park Art Gallery Art Gallery Art Gallery Music Rooms Music Rooms Art Gallery Music Rooms Music Music Rooms Rooms Rooms organizations Music Indoor park Indoor park organizations Indoor Indoor park park Animal Shelter Animal Shelter organizations Animal Shelter Animal Shelter organizations organizations Craft Room Multicultural organizations Animal Shelter Craft Room Animal Shelter Multicultural Wood Shop Animal Shelter Animal Shelter Wood Shop Center Multicultural Multicultural Center Multicultural Multicultural Wood Shop Center Center Wood Shop Center Craft Room Center Wood Shop Wood Shop Craft Room Wood Shop Wood Shop Craft Room Craft Room Craft Room Craft Room Hospital Hospital Art Gallery Art Gallery
Volunteer Volunteer
Timelineof ofUrban UrbanIntegration Integration Timeline
Teach Teach
Indo
Residential Residential Public Public Retail Retail
Learn Learn
Community Community
Respond Respond to to Density Density Growth Growth Respond to Density Growth
Sun Aperture Sun Aperture Structural Steel Membrane Structural Steel Membrane Glass Facade Glass Facade core Building Building core
V V
The elderly branch out into the urban community to stay integrated within society Respond Respond to to Maximize Maximize Sun Sun RespondLight to Maximize Light Capture CaptureSun Light Capture
Single Monolith Single Monolith The Empire State Single The Empire State Building as a pbulic Monolith Building as a pbulic monument and iconic monument and iconic symbol of New York. symbol of New York.
Urban Fabric|community
Integrate System Integrate System The building had The building enclosure Energy Integrated The building had The building enclosure renovations to increase increases in size by stripping renovations to increase increases in size by stripping Retrofit systems the current facade to integrate the current facade to integrate organic systems. organic systems.
Respond Respond to to Capturing Capturing Rain Rain Respond to Capturing Rain
Integrated Urban Fabric Integrated Urbanbecome Fabric the structural support fo Vertical buildings VerticalIntegrated buildings become the structural support for where both the urban and natural environments ar where bothfabric the urban and natural environments are in order to rejuvinate the urban ecosystem. The new in order to rejuvinate the urban ecosystem. The new the Empire State building is appreciated through its it the Empire State building is appreciated through its identity and foreverlasting core that initates such m identity and foreverlasting core that initates such mo new integrated systems to set in stone a new form o new integrated systems to set in stone a new form o
hostpitals, ect. The outer community stays connected with engagement the elderly through the programing inside
Perspective|Voronoid
[13]
Block 7 Project: Elementary Date:
Spring 2014
Professor: Peter Media:
[14]
School Eugene, OR
Keys
Rhino 3D, Adobe Creative Suite,AutoCad
LEARNING MACHINE creates an experiential promanade path for the users to developed identities, relationships, and foster a sense of community at the building endpoints. The school edges provide learning opportunities and a sense of collaboration within the community. However, a cut through path becomes an alternative to engage with the entire community differently.
Programming
Administration Gym Cafeteria Multipurpose Room Classroom Library
Circulation
Primary Path Secondary Path
Future Growth
29th & Lincoln|Site
Plan
[15]
Community Outreach
Increase Collaboration
Outdoor Spaces
[16]
Perspective|School
Entry
Perspective|Cut
through
[17]
[18]
Perspective|Community
engagement
oose district Block 7 Project: Mix-Use residential in Portland,OR Date:
Winter 2015
Professor: Landry Media:
Smith
Revit, Rhino 3D, Adobe Creative Suite,AutoCad
BLOCK 7 explores levels of share space to create a gradiancy of transparency between public and private space. It maintains a path that cuts diagonally through the site to continue the fluidity of existing movement. This promanade shortcut is supported by a variety of of anmenities and public park spaces to maximize accesibility. The setback form created from the stairs serves as a secondary circulation and is a reflection of the circulation within the building corridors to access units. The units utilizes the idea of the in-between spaces in the form of a indoor deck to create the opportunity for community building. To support community building, a double skin facade was incorporated, which also helps with environmental control strategies.Although, the extension of the skin becomes an opportunity for social sustainability and a secondary corridor for ADA accessibility.
[19]
Site Plan
+ Primary Circulation
Site Plan
+ Primary Circulation
Secondary Circulation N Ho
Site Plan
+ Primary Circulation
+ Primary Circulation
[20]
+ Secondary Circulation
+ Secondary Circulation
Hollow goose distric|site
+
+ In- between spaces
plan
+ In- between spaces
=
Solar Energy orientatio
Outdoor Courtyards
Vertical circulation Vertical circulation
Outdoor Courtyards
Horizontal circulation
DiaganolHorizontal
Horizontal circulation
ourtyards
rtyards
DiaganolHorizontal
Vertical circulation
= Vertical circulation = K
gy orientation orientation
rculation
ulation
Arial Perspective
K K
Arial Perspective
DiaganolHorizontal
exterior perspective|Cut DiaganolHorizontal
through
[21]
South Elevation
[22]
Section Perspective|East
West Elevation
levation
North Elevation
East Elevation
Section Perspective|Looking
North
[23]
B
B B
B B
K
B
K K
B B
Ground Floor extension
I H
B B
K
K
Ground Floor extension
C
C
C
C
C C
C
D
C
D
Residential Level 4 E
D
D C F
B
Ground Floor 1’=1/32”
G
A
Unit A
Unit B
1 Bedroom 15’x 15’
2 Bedroom 15’x 37’
Floor plans|residentidal
Ground Floor [24]
Residential Units
Unit A
Unit B
1 Bedroom 1 Sofa Bed 20x 20
4 twin size beds 40x 20
Hotel Units
Unit Group Axon Unit Layout Axon
Levels of Shared
All U
Four
Two U
Residential Level 5
Residential Level 6 Community End Conditions
Unit Layout
Indiv
+
Units|Unit
=
Axon
[25]
DoubleIndividual Skin Sun Units Exposure
Levels of Shared
Vertical Gardens
All Units
Four units
Share Space
idea UnitThe Layout Axonof
the double skin Levels of Two Units facade was mean to provide community building and environmental control strategies. The units share decks and a corridor as an Individual Units expressive way of extending the unit spaces.
[26]
Shared Secondary Circulation
Vertical Gardens
All Units
Four units
Section Perspective|residentidal Two Units
Secondary Circulation
Interior Perspective|Double
skin Facade
[27]
Regenerative W-holism Project: Housing Date:
First, Eugene OR
Winter 2016
Regenerative W-holism is driven by the concept of the regenerative process for a starfish: given up something to gain something else. It was important to integrate the community back into this building to tackle the steretypes that exist about chronic homelessness. The project revolves around three programs: permanent housing, a daycenter, and retail space that is tie with the permanent housing.
Regenerative W-Hol
Professor: Christina Media:
Bollo
Revit, Rhino 3D, Adobe Creative Suite,AutoCad, MODO
Housing First Francisco Toledo
Entire Block
[28]
setback
Program
distinct entries
community engagement
responding to Context
building core
views
community connection
h
o
n A
g
b e
c
d
f
Regenerative W-Holism Housing First
Programming
Francisco Toledo
Entire Block
setback
Program
distinct entries
Commercial Pet Shop Barber Shop Bike Shop Outdoor Shop Dog Park
community engagement
responding to Context
Ground Floor|Share
building core
views
Space
community connection
Perman A B C D E
Rece Art Libr Staf Medi Clas Comm Offi Hotb
[29]
Housing|common
[30]
space
Daycenter|common
space
[31]
Housing|residential
[32]
floor
Unit Type B B B
B
14 FT
South Elevation A A A
Type A Type B
24 FT
Unit 1 Type A
North Elevation
336 FT² Goals:
C
Personalization
A
Private & Community
B
Maximazing natural
C
Cross Air Ventilation
A B
A
B
West Elevation C A
East Elevation
Housing|Unit
1
[33]
Type A Unit 342 FT²
South Elevation 19 FT
Type A
A
B
Type B North Elevation
18 FT
Unit 3 Type A 342 FT²
C
Goals:
B
Personalization
A
Private & Community
B
Maximazing natural light Cross Air Ventilation
Housing|Unit
[34]
C
West Elevation C A
C
B
A
East Elevation
3
Exterior|South
Facade
[35]
1.Solar
Hot Water
most of the energy for hot water will come from the sun
2.Heat
Recovery Ventilators
use hot exhaust air to heat incoming fresh air to conserve resources
3.High 4.Fiber
Performance envelope Glass Windows
Low-E and PVC free, with a swtich that turns off the heat when opened
1
5.Green
10
9
8
3 11 2 6
Roofs
decrease heat island effect, absorbs and filters the rain
6.Graywater
5
recycling
water from showers and washers is recycled to flush toilets
7.Bioswales/raingardens
12
control stormwater with drogught-resistant, irrigation free landscaping
4
8.Shading 6
9.Cross
Devices
air Ventilation
Cool down building during the summer
10.Gallery
Circulation
Maximizes natural light entering the building
11.Expose concrete floor for heating 12.
7
Leed|environmental
[36]
Air shafts in gallery walkway
allows for heat to rise from floor to floor in gallery walkway
7
response
W-holism
[37]
Bachelor in Architecture (B.Arch) University of Oregon 2011-Present
Education [38]
CLASSES
[39]
PASSIVE STATE SEATING Kinetic Bench
Project: Multipurpose Date:
Fall 2015
Professor: John Media:
Bench Lawrence Courtyard
Brockway
Rhino 3D, GrassHopper Adobe Creative Suite,AutoCad
OURTYARD ACTIVE STATE SEATING
[40]
Kinetic Bench aims at maximizing the utilization of a conventional benches through its form. A bench is a component in community building that usually gets neglected and could definately make a statement in spatial enrichment to encourage human interaction and separation.
PASSIVE STATE SEATING
ACTIVE STATE SEATING WATER COLLECTION/RUNOFF
transformation Phases
BENCH AXON
Roof Structure
TRANSFORMATIVE PHASES
AXON ROOF STRUCTURE
KINETIC BENCH PERSPECTIVE LAWRENCE COURTYARD
KINETIC BENCH PERSPECTIVE LAWRENCE COURTYARD
PASSIVE STATE SEATING
Ca
4
Vegetation
PASSIVE STATE SEATING
sc ad e Hi
3
ACTIVE STATE SEATING
ll
ACTIVE STATE SEATING
2
La
Sitting
Laying Down
COMPONENT & DETAILS
COMPONENT & DETAILS
Contour Joint Elastic
Contour Joint Elastic
1
WATER COLLECTION/RUNOFF
Hiding Joint Slot Joint Dowel
Section Plate 55
nd sl i
de
Wa v
e
WATER COLLECTION/RUNOFF
VEGETATION
VEGETATION
Joint Slot Joint Dowel
Section Plate 55
Human interaction
[41]
[42]
Perspective|Courtyard
Kinetic Fabric Project: Facade Date:
Installation Onix Bridge, UO
Fall 2015
Professor: IHAB Partner: Alex Collins Media:
Rhino 3D, GrassHopper Adobe Creative Suite,AutoCad, MODO
June 21 Sun Angle: 69.44
KINETIC FABRIC is an attempt to create a shading device that is exotic, yet adaptable to sun orientation to retrofit not only the building façade for Onyx bridge at the University of Oregon but also recreate the building’s aging identity. The usage of fabric gave us the opportunity to use the elasticity and weaving patterns to reflect light into the space, reduce glaring, and push light deep into an office space. The kinetic component is not only for energy efficiency, but also for an artful interaction with the user.
REFLECTIVE INTERIOR ROOF MATERIAL
[43]
20 ft
June 21 Sun Angle: 69.44
REFLECTIVE INTERIOR ROOF MATERIAL MOTOR DRIVEN ROD STEEL POLES ELASTIC CANVAS
14 ft
December 21 Sun Angle: 22.4 degrees FABRIC DAPPLE 30 ft
SUMMER MODE 14 ft
EAST/ WEST SECTION
[44]
Interior|Section
Perspective
WINTER MODE
REFLECTIVE INTERIOR ROOF MATERIAL MOTOR DRIVEN ROD STEEL POLES ELASTIC CANVAS
mber 21 Angle: degrees
20 ft
14 ft
FABRIC DAPPLE 30 ft
Elevation|north
[45]
[46]
Construction|Process
Exterior Perspective|Looking
North
[47]
Enclosures: City Hall Project: City Date:
Hall Details Eugene, OR
fall 2015
Professor: John Media:
[48]
Brohkway
Revit, AutoCad
The city hall project was an opportunity to design the building envelope to maximize efficiency while being cost effective. The double skin asset presented multiple opportunities but also challenges in terms of maintenance, water control, and connection back to the structure of the whole.
in
South Wall Section
Bay Perspective
South Wall Section
Section|North
Elevation
[49]
4 1” Cedar Wood Finish 6” Rigid Insulation 3/4” Insulative Sheathing
Cedar Wood Finish
Structural Column Closure Plate ADDL #4 Reinforced Rod Metal Decking Shear Connector 24” Fiber Batt Insulation W24x18 Flange 2” Rigid Insulation Mechanical Space
Metal Channel Metal Grill Catwalk
3
Metal Clip Single Pane Glass
Structural HSS 4x8 Gravity Slot Connection Metal Channel Header
Water, Vapor, Air Barriers Sealant & Baker Rod
Window Jab
2
Double Pane Glass
1
2
[50]
Detail|Double
skin
Dropped Ceiling Interior Cedar Finish
4
Interior Structural Column
3
W24x18 Flange Spandrel HSS 8x4 4’ Vierendeel Truss Metal Grill Catwalk Support metal Plate Drainage Single Pane HSS 8x4 Exterior Structural Column Double Pane Glass
2
1 Nana Door Header
2
Detail|Canopy
[51]
4
Wood decking Soffit Steel framing
3
W12x12 Flange Metal Decking 3/4� Plywood Water Barrier Metal Roof Metal Clip Metal Roof edge drip Facia Metal Clip Joint Welded Metal Plate
2
Fix Metal Joint
1
[52]
Detail|Roof
Edge
4 Interior Structural Column
Exterior Column
3 Double Pane Glass
Repurpose Cedar Wood
2
Single Pane Glass
Interior Operable Window W24x18 Flange Metal Grill Catwalk
1
Structural HSS 4x8
3d Detail|Window
[53]
Thank You
[54]