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ARCHITECTURE WORKS 2011-2013
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Architecture Design Portfolio
DESIGN PHILOSOPHY
D
esign involves doing multiple iterations as fast as possible in order to come up with the most intelligent solution. Designing is an ongoing evolutionary process and is often a rhizomatic and non linear process. It involves asking a series of questions to a client in order to understand their problems and concerns, to which one can then respond with multiple solutions. This is an ongoing feedback loop. From this process, one can quickly answer a series of complex problems in order to come up with a precise response that will inevitably create beautiful and feasible design solutions.
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PORTFOLIO CONTENTS MASTER OF ARCHITECTURE
University of Idaho, Moscow
Fall 2011-Spring 2013
GRADUATE WORKS Sustainable Hedonism | Re-Rig | Serpentine Pavilion |
B.S. ARCHITECTURE
Master of Architecture Thesis Spring 2013 Instructor: Roman Montoto
Arch 553 Design Studio VII Spring 2012 Instructor: Frank Jacobus
Arch 554 British Green Architecture Summer 2012 Instructor: Bruce Haglund
University of Idaho, Moscow
Fall 2011-Spring 2013
UNDERGRADUATE WORKS CDA After the Reign | Kinetic Shelter | MOMI |
Arch 453 Design Studio V Fall 2010 Instructor: Randall Teal
Arch 454 Design Studio VI Spring 2011 Instructor: Roman Montoto
Arch 454 Design Studio VI Spring 2011 Instructor: Roman Montoto
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Architecture Design Portfolio
SUSTAINABLE HEDONISM #whatgrowsinvegasstaysinvegas
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Architecture Design Portfolio
REHYDRATING VEGAS Sustainable Hedonism #whatgrowsinvegasstaysinvegas
Project Description This thesis speculates the possibility of Las Vegas being a sustainable city. How can the city, with all its mechanisms of consumption-unquenchable thirst for water, its voracity for energy, its greedy and glutinous demand for food-ever be sustainable? MGM Resorts recently built City Center received LEED Platinum but what’s not being considered is the fact that MGM produces 7,600 tons of food waste annually (which is equivalent to over 15 trillion gallons of water). This isn’t only problematic but a contradiction in relation to sustainability.
Las Vegas will have to undergo a transformation in order to survive. For example, if water becomes scarce, people will discover new ways coop with it by transforming their lives and environment. This transformation would be aided by the potential for cooperative efforts within the community. Specifically, by readapting and reusing the existing infrastructures and buildings on the strip converting vacant hotels and casinos into multi-family housing, local businesses, industry, and agriculture, people might be able to provide resources to satisfy personal needs while supplementing income, cultivating a prosperous community, and transitioning into a sustainable lifestyle. Here, a focus on local production and trade limits the dependence on imported currencies and supplies, and eases the loss of tourism as the primary economic engine of the city. The “community” of the Las Vegas learns to solve problems of the city. In this way a new city emerges, one that is a dynamic, complex, resilient, and livable community; one that could never be sustained by merely hybrid cars, green roofs, and solar panels.
Newly Renovated Vertical Farms Conne
ect the Strip to the Downtown
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Fall 2012 - Spring 2013 University of Idaho Design VIII Master’s Thesis Advisor: Roman Montoto
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Architecture Design Portfolio
THESIS INSTALLATION Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
DILEMMAS & CONTRADICTIONS “The city, for all its importance, can no longer be thought of only as a physical artifact; instead, we must be aware of the dynamic relationships, both visible and invisible, that exist among the various domains of a larger terrain of urban as wellas rural ecologies.” Mohsen Mostafavi
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Installation Media: Glass, Plastic, Water, hamster, goldfish, paper, text
Humans are dependent on nature to provide the materials for their consumption, and at the same time, they have a strong concern for the health of the planet. This sets them into an uneasy contradiction and dilemma. Over the past 6 million years, the Colorado River has carved through almost 2 billion years of the earth’s geologic history creating the Grand Canyon. However, since the mid20th century, intensive water consumption has dewatered the lower course of the river so much that it no longer reaches the sea except in years of heavy runoff. The alarming reality is that this vast river that has existed far beyond the existence of humans may vanish within a century of modern human consumption.
The installation questions cities such as Las Vegas, which is largely dependent on outsourced material such as water. Too often water shortage is perceived as a human problem, and the solution is to find alternative water sources after the current source has been depleted. This way of looking at the problem overlooks all other facets of life that will be affected by water shortage. This isn’t so much a water problem but an endangered species problem. In sustainable urbanism, the city is given priority. However the city’s consumptive footprint can’t be limited to its physical boundary, rather humans must acknowledge its consumptive footprint extends far into the rural. Mohsen Mostafavi, Architecture Professor at Harvard GSD, says that “The city must be aware of the dynamic relationships, both visible and invisible, that exist among the various domains of a larger terrain of urban as well as rural ecologies.”
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WATER DIVERSION Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
1984
2010
7%
2.7%
Lake Mead
l
or
Las Vegas
co
30%
Colorado River Aquaduct
All American Canal
Tim Barnett, Marine Physicist UC San Diego
er Riv
18% 6%
Phoenix Central Arizona Project
Tucson
“Today, we are at or beyond the sustainable limit of the Colorado system. The alternative to reasoned solutions to this coming water crisis is a major societal and economic disruption in the desert southwest; something that will affect each of us living in the region”
do
ra
lo
Co
Los Angeles
San Diego
r iv e or 26% ad
11%
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Design Studio IX {Thesis}
transmontain diversion
precipitation 80%
20%
80% unused land
population growth
-25%
20% +25%
drought
“Modern technology has provided cities the possibility to exist anywhere on the earth, and that is precisely the problem”
Satellite photo of Las Vegas at night http://fopnews.wordpress.com/2011
Power Outage from due to Nuclear Power Plant failure. Tokyo, Japan 2011
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WATER SHORTAGE Sustainable Hedonism #WhatGrowsinVegasStaysinVegas COMPARISON OF RURAL AGRICULTURE FOOTPRINT TO LAS VEGAS IN A DESERT CLIMATE
SATELLITE IMAGERY FROM GOOGLE EARTH
Eye level 100 miles
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Design Studio IX {Thesis}
“The city, for all its importance, can no longer be thought of only as a physical artifact; instead, we must be aware of the dynamic relationships, both visible and invisible, that exist among the various domains of a larger terrain of urban as well as rural ecologies.” Mohsen Mostafavi
The water level continues to drop at Lake Mead due to the increase of human consumption
1984
2011
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SPECULATING VEGAS Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
AUGMENTED REALITY#APOSTAPOCALYTICLASVEGAS
Mission: Fin Status: 99 date day: unkown month: unkown year: 2183 a.d. 36 06’28” N 115 10’37” W
nd Water 9% Improbable
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Design Studio IX {Thesis}
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SITE CONTEXT Sustainable Hedonism #WhatGrowsinVegasStaysinVegas SITE PROGRAM
ARIA RESORT & CASINO VDARA CONDO HOTEL CRYSTALS VEER TOWERS
hotel
neverland
farming
CONCEPTUAL PROGRAM
anaerobic digester
MANDARIN ORIENTAL
gym golf
strip club pool restaurant entertainment
retail
casino
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ADAPTIVE RE-USE Design Studio IX {Thesis} Existing Program Vdara Hotel 1.6 MILLION SQ FT TOTAL
Two Story Penthouses
Penthouses
Typical Units HOTEL SUITS SALON SPA FITNESS CENTER RESTAURANT Conference Center Lobby
BALLROOM
Spa Fitness Center
MEETING ROOMS
Salon Bellagio Connector Restaurant
Renovated Program
AGRICULTURE MARKET RETAIL
RESTAURANT HOTEL/APARTMENTS AMPITHEATER
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COST ANALYSIS Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
esign Process 2013 {Existing Hotel}
2013 {Existing Hotel}
2017 {Ag Farm w/ Pods}
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AG PODS Design Studio IX {Thesis}
pod detail pod open
d detail Direct Sunlight Solar Analysis [Ag Pod Bays]
pod closed
open Artificial light at night
June 21 @ 12:00
December 21 @ 12:00
Ag Farm w/ Pods Direct Sunlight Solar Analysis [Ag Pod Bays]
losed
ficial light at night
June 21 @ 12:00
December 21 @ 12:00
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FOOD WASTE Sustainable Hedonism #WhatGrowsinVegasStaysinVegas Las Vegas creates an astonishing amount of food waste. 7,600 tons of excess food is sent every year from MGM Resorts restaurants buffets alone. 13.6 tons of waste is generated daily at New YorkNew York alone. Capilizing on food waste to create energy through anaerobic digestion can offset the high energy demands required by vertical farms to operate. Diagram of a ompletely self sustaining (closed loop) vertical farm through the collection and anaerobic digestion of food waste in the strip. Inputs
Outputs
ing Processes FR LET
2017 {Ag Farm w/ Pods}
78,760 lb
11,000 ther ms of methane
2022 {Market Plaza}
s water va
27,000 Gallons
d daily
345,600 lettuce plants ANAEROBIC DIGESTERS
117,639,500 kWh
every 500 tons of food waste urants Hotel}
pour
DEHUMIDIFIERS
146,000
lbs deplet
ed water
ELECTRIC GENERATORS
90 kg of nutrients
BIOLOGICAL WATER FILTRATION
500 tons of digestate Vertical farm system diagram
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Design Studio IX {Thesis}
Market Program Breakdown 300,000 sq. ft
2022 {Market Plaza}
ART GALLARY AMPITHEATER RETAIL
RESTAURANT FARMERS MARKET ANAEROBIC DIGESTER
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PROCESS
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CONCEPTUAL COLLAGE Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
STRIPPING APART THE STRIP
ITERATION 1
ITERATION 2
ITERATION 3
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Design Studio IX {Thesis}
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PHYSICAL STUDY MODEL Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
Materials: Styrofoam, metal mesh, and plexi glass
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DIGITAL STUDY MODELS Design Studio IX {Thesis}
Parametric Design: Rhinoceros and Grasshopper
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MARKET CANOPY DESIGN Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
Conceptual Parti Evolution Conceptual Parti Evolution Creating movement, interaction, and diversity Creating movement, interaction, and diversity Pedestrian Pedestrian
Work
Bike Bike Automobile Automobile
Play
Tourist Tourist Public Public
Live
Workplace
Workplace
Living
Shop
Living
Entertainment
Entertainment
Segragation
Segragation
Intentional Obstruction
Form Evolution
Intentional Obstruction
Shop
Forced Interaction
Forced Interaction
ampitheater
ampitheater
Work
Play
g
M
d ixe
ar ke t
Live
Integration
Integration
M
Mixed Program
in Liv
M
ar ke t
Mixed Program
d ixe
M
g
in
Liv
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PARAMETRIC DESIGN Design Studio IX {Thesis} GrassHopper Defintion for Diagrid Structre
Grasshopper Definition for a Diagrid Structure
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EXPLODED AXON Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
57 Floor Plates Ag Pods 800 Total
Apartment Expansion
Vertical Circulation Systems
Urban Park
Reinforced Concrete Structural Columns Diagrid Super Structure w/ tubular steel members
PTFE Panels
Sub Structure steel space truss
Vdara Hotel Exterior
Art Gallary Vdara Pool Deck
Public Market Ampitheater Anaerobic Digester Vertical Farm Systems
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Design Studio IX {Thesis}
PUBLIC GARDEN
ANAEROBIC DIGESTERS
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BUILDING PROGRAM Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
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Design Studio IX {Thesis}
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BUILDING EVOLUTION Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
Connection to Sub Structure
Primary Hollow-Steel Section
Secondary HSS
Welded Steel Flange
Fire Proofing Finished Composite Encasement
Hallow Structural Section Transition
Connection Plates
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Design Studio IX {Thesis}
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MIXED LIVING Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
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URBAN PARK Design Studio IX {Thesis}
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Site Section
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SITE Site BUILDING Site Section SECTION Section SECTION
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Physical Model
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PHYSICAL MODEL Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
Ag Pods {physical model}
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Design Studio IX {Thesis}
Stacked Floor Plates for easy assembly
Inserted 800 pieces of 3/16” Plexi glass
Used 3D Printer for the Market Design
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PHYSICAL MODEL Sustainable Hedonism #WhatGrowsinVegasStaysinVegas
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Design Studio IX {Thesis}
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#THESIS PRESENTATION
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RE-RIG 50 Architecture Design Portfolio
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10
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3
9
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9
9 11
9 9
7
8
7 1
1
7
7
1ST FLOOR 1/25”=1’
2
1 main stairwell 2 fire escape 3 stairs 4 elevator 5 water 6 main stairwell
1 main stairwell 2 fire escape 3 stairs 4 elevator 5 water 6 main stairwell
7 bathrooms 8 large teaching wetlab 9 wet lab 10 small teaching wet lab 11 exterior work space 12 exterior deck/lounge
FL OOR 1/25”=1’ 7 bathrooms 8 large teaching wetlab 9 wet lab 10 small teaching wet lab 11 exterior work space 12 exterior deck/lounge
13 boa 14 larg 15 wet 16 sma 17 exte 18 dr
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7 1 13
at dock/dive operations ge teaching wetlab t lab all teaching wet lab erior deck/lounge lab
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13
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3R FLOOR 1/25”=1’ 1 main stairwell 2 fire escape 3 stairs 4 elevator 5 water 6 main stairwell
7 bathrooms 8 large teaching wetlab 9 wet lab 10 small teaching wet lab 11 exterior work space 12 exterior deck/lounge
13 boat dock/dive operations 14 large teaching wetlab 15 wet lab 16 small teaching wet lab 17 exterior deck/lounge 18 dr lab
19 computer lab 20 lecture room 21 storage for scientific artifac
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MREC LABORATORY
Project Description The competition brief asked to design a sustainable net zero energy laboratory. This should include minimal or no impact to the natural environment during construction, Integration of engineered solution with sustainable and restorative design strategies, adaptive re-use, beneficial ecological impact, and exceptional innovation.
Project Solution The Louisiana continental shelf contains around 5,500 oil platforms. The majority of these platforms are expected to be decommissioned in the next ten years requiring that 150-200 oil platfroms to be removed annually. Research has shown that oil jackets provide opportunities for rich marine ecosystems to grow on the oil jacket structure. Having a marine research education laboratory on an oil jacket can provide opportunities for a variety of research such as aquaculture. Aquaculture makes up for U.S. second largest import, with petroleum being the largest.
TEXAS
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Semester: Fall 11’ Course: Design VII Duration: 16 weeks Professor: Frank Jacobus site: St Croix, U.S. Virgin Islands
MISSISSIPPI LOUISIANA
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BUILDING EVOLUTION MREC Laboratory
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Building Evolution
Building Program
01 01CIRCULATION CIRCULATION++SYSTEMS SYSTEMS
02 02LABORATORIES LABORATORIES
03 03ADMINISTRATION ADMINISTRATION
04 04LIVING LIVINGAREAS AREAS
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PROCESS MODEL
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STRUCTURAL SYSTEMS MREC Laboratory
STRUCTURAL SYSTEMS
V2
V1
process: study models
structural envelope super structure
+ +
=
V3 + +
+
+
V5
V2
V1 structural long spantruss trusssystem
V4
V3
oiljacket jacket structure structure oil
V5
V6
V4
+ +
+ +
interior structure sub structure internal
+
+
V6
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MREC LABORATORY MREC Laboratory Natural Ventilation
natural ventilation cross ventilation allows for better air quality and cooling during the warm period which exists throughout the year. interior light well creates a stack effect which which helps to passively ventilate the building without the use of mechanical systems.
tidal power diagram tidal energy provides consistent and dependable energy through out the year unlike solar and wind energy
Cross ventilation allows for better air quality and cooling during the warm period which exists throughout the year. Interior light well creates a stack effect which which helps to passively ventilate the building without the use of mechanical systems.
Tidal Power Tidal energy provides consistent and dependable energy through out the year unlike solar and wind energy.
Waste Water Treatment All the buildings waste water is returned to an ecological waste treatment system which cleans black and grey water in order for it to be re-used in non potable systems. This limits the amount of potable water needed in the lab. ecological waste water treatment system
effluent filter
coral reefs
septic tank reuse system (non potable water)
reuse storage tank
septic tank reuse system (non potable water)
reuse storage tank
primary tank
disinfection system
effluent filter
primary tank
wastewater influent
disinfection system
all the buildings waste water is returned to an ecological influent waste treatment system or also known as “livingwastewater machine” which cleans black and grey water in order for it to be re-used in non potable systems. This limits the amount of potable water needed in the lab. Potable water will be created by using sea water which will be purified through solar desalinasation.
coral reefs Over time coral will grow on the oil jacket structure creating a coral reef which will eventually create a self sustaining marine ecosystem.
Over time coral will begin to grow on the oil jacket structure creating a coral reef which will eventually create a self sustaining marine ecosystem. Not only will the jacket provide a foundation for the coral to grow but also the scientist will be able to study the growth of coral on artificial structures which will provide research for future growth of artificial reefs. There are also other benefits in creating artificial reefs which include recreational fishing and diving, ornamental fish culture, sea farms, and medically valuable organisms.
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Oil Rig Jacket Underbelly
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BUILDING EVOLUTION MREC Laboratory
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SITE SECTI SI ON 1/100” =1’ TE SECTION
50+ 50+ m m
50 m
25 m
10 m
6m 5m 4m 3m 2m 1m
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MREC LABORATORY MREC Laboratory
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MREC LABORATORY MREC Laboratory
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COEUR D ‘ALENE AFTER THE REIGN # 2035 LIVING CITY CHALLENGE Project Description The competition asks to design an exisiting city in 2035. Our project proposes a scenario in which world oil production peaks resulting in gas prices at $7. The project imagines the impact of even a modest increase in the cost of fuel and the repercussions it might have on the built environment and the way we live within it.
Project Solution Without gas, one will have to discover a new way to live in the suburb. High gas prices acts as a mechanism for change, which forces the community to respond creatively, without resorting to and depending on imported resources and technology. The focus is to look at sustainability from the social and communal aspects rather than technological innovation. In essence, the project attempts to envision a suburb where people come together as a community and readapt existing infrastructures, homes, and, materials and resources in effort to create more life enhancing and enjoyable place to live.
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URBAN EVOLUTION Living City 2035
renewable energy energy consumption oil
2010
Peak Oil *You are Here
2035 peak oil
2015
2010
Cost of in respo on their develop Neighbo in effor share re
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Semester: Fall 10’ Course: Design V Duration: 13 weeks Professor: Randy Teal Site: Coeur d’Alene, Idaho group: Molly Culbertson, Rob Buesan
2020
Certain suburbs densify while others begin to decline and are abandoned. Business’s, industry, multi-family housing begin to flourish in the more dense suburbs. Abandoned houses and materials are salvaged and reused in construction of new building being erected in sub/ag areas.
f living increases from high oil prices, onse people begin to produce goods r own in the first signs of SubAg pment and communual change. ors begin to work with each other rt to increase food production and esources.
2025
2030
Automobiles become reused for alternative purposes other than transportation. Horses, donkeys, mules, and reindeer emerge as alternative forms of transportation.
Local economy begins to stabilize as local business and agriculture mature. Living machines and green houses are implemented by the community in effort to further support sug/ag production.
*
2035
The abandoned suburbs become reclaimed by nature, creating natural corridors between Sub/Ag communities. Communities become self dependent, providing resources that satisfy personal needs and help in cultivating a prosperous and self sustaining community.
2035
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SUBURBAN ADAPTATION Living City 2035
infill building infill -Increase dwelling units and business’s which can help supplement income for home owners. -Additional dwellings can be use to help the elderly in exchange for living. -When teens leave home, larger families can rent the extra dwellings out to students, couples, or families.
increase dwelling units and business’s which can help supplement income for home owners additional dwellings can be used to help the elderly in exchange for living When teens leave home, larger families can rent the extra dwellings out to students, couples, or families.
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ag + infill
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sub/ag + infill -Mixed use buildings can be inserted in between existing units. -Owners can deligate between the type of program and use. -Owners charge business owners to help supplement income. -Increases local business and production
Nece
JIM
J U DY
mixed use buildings can be inserted in between existing units owners can deligate between the type of program and use. owners charge business owners to help supplement income
S H E L LY
R AY M O N D
increases local business and production
THOMAS
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CONCEPTUAL VISUALIZATION Living City 2035
WINTER TO SPRING
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CONCEPTUAL VISUALIZATION Living City 2035 SUMMER TO FALL
Culdesac Market
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Kinetic Shelter Project Description Union Square is a dynamic and successful public plaza in downtown San Francisco. The main focus of the project is to create a “kinetic shelter” that can transform and adapt in order to accommodate various programs for public use and pleasure.
Project Solution Inspired by the ideas of the “Situationists”, the design attempts to create spaces that can continually be changed and altered to a myriad of different spaces bringing continual interest to the people that inhabit it. The shelter can be easily rearranged to accommodate for the needs of users through the use of the track system that is based on an x,y grid which allows the individual components of the shelter to move independently.
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x+y
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BUILDING ADAPTATION Kinetic Shelter
Gateway
Performance
Adaptability
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CONCEPT MODELS Kinetic Shelter Potential Energy
Kinetic Transformation
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Materiality
Spatial Form
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INTERIOR PERSPECTIVE Kinetic Shelter
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Serpentine Pavilion Project Solution The intention of the design was to get people involved and engaged with the space in a very physical way. By understanding that peoples wants and needs are different, the design suggest that people can create their environment through changing the spaces of the pavilion. This forces others to adapt to the change. And if they can’t adapt then they must fight back to keep their space. The design uses recycled materials and sustainably harvested wood. The resources retrieved from the site are locally sourced. A temporary pavilion may not be appropriate for micro generation or photovoltaic’s so we chose not to integrate them into the design. Rather than employing sustainable systems, we thought to educate the public through the space, like highlighting water collection & material use is more practical. We also thought that food at the pavilion could be purchased using individual carbon credits rather than Pounds in order to bring an incentive for people to walk or use public transportation.
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Semester: Summer 11’ Course: Design VIII Duration: 1 day charette Instructor: Arup Foresight Site: London, United Kingdom
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DESIGN CHARETTE Serpentine Pavilion
FLUCTUATION a sustainably derived serpentine pavilion
mitigate v. adapt “a fluctuation of space that responds to user’s actions and reactions.”
who’s taking your space?
circulation adaptation is accessed through the quieter areas of the gallery patio. mitigation adaptation is accessed through the more through the main path along quiet the gallery patio.side mitigation the areas road.ofboth meet along the kitchen rotating through the mainarea path and along the road. both wall. meet along side the kitchen area and rotating
problems + solutions self sufficiency* MITIGATE V. ADAPT micro generation DEFORESTATION PERSONAL CARBON
photovoltaic intelligent buildings demand management
CARBON FINANCE sun circulation distribution efficiency * The inhabitable roof sweeps the southeaster space. opening for PASSIVE DESIGN newsouthern solarlife gain. product * the roof covers adaptation is accessed through the quieter areas of the gallery patio. mitigation through the main path along the road. both meet along side the kitchen area and rotating wall.
the inhabitable roof sweeps the southeaster space. opening for southern solar gain. the roof covers the western side a protected quieter and thefor western side for and a protected environment.
quieter environment. water consciousness*
sun
the in the so for so roof c for a enviro
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self sufficiency*
APT micro generation
ON
ON
photovoltaic intelligent buildings demand management
NCE distribution efficiency* GN new product life* water consciousness*
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DESIGN CHARETTE Serpentine Pavilion
SITE REUSE
replaced by building’s the Thethe sodsod replaced by the footprint is building’s is this minimizes imported as thefootprint roof covering. imported as the roof covering. ground replacement between this cover minimizes ground cover pavilions & utilizes a very local material.pavilions replacement between & utilizes a very local material.
WATER rainwater is collected and filtered through the sod roof and collection pipe along the pivoting wall hinge. a catch basin, under the hinge, displays the water collection system.
water
Rainwater is collected and filtered through the sod roof and collection pipe along the pivoting wall rainwater isbasin, collected hinge. a catch under the and hinge, displays filtered through the water collection system.the sod roof
WATER
and collection pipe along the pivoting wall hinge. a catch basin, under the hinge, displays the water collection system.
SECTION A-A
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SECTION B-B
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MUSEUM of the Moving Image
Project Description Museums, armatures for collective societal experience and cultural expression, present new ways of interpreting the world. They retain knowledge, preserve information and transmit ideas; they stimulate curiosity, raise awareness and create opportunities for exchange. As instruments of education and social change, museums can have a potential to shape the publics understanding of themselves in the world in which they live. The underlying intention for the design for the Museum of the Moving Image is to create spaces that go beyond serving it’s customers and tourists, but reach to a much closer and broader crowd. The site is located in the industrial zone in San Francisco, however, it is rapidly becoming infiltrated with condos and highrises. Because it is located in a primarily industrial zone public pedestrian interaction and relies more heavily on vehicular transportation. The idea is to design a museum that can help stimulate the trans-bay district into a more socially dynamic environment in its local context.
Project Solution Because of the intensity of vehicular traffic around the site, much of the focus went into designing a building that could help mitigate the problem. The design proposes a mobius strip or figure eight configuration, which is then elevated over the street in order to provide pedestrian and vehicular circulation simultaneously. This also creates empty spaces in between the building. These spaces become hang out areas for the public. This is achieved by elevating the building of the ground in large spans; similar to how a bridge spans over a highway, but in this case, it’s aimed to help both pedestrian and vehicular circulation.
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SITE CONTEXT Museum of the Moving Image
Vicinity Map
Site Plan
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PROCESS MODEL Museum of the Moving Image
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Physical Model
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EXPLODED AXONOMETRIC Museum of the Moving Image
roof
copper screens external louvres
super structure
sky bridge exterior walls
vertical circulaton
interior atrium floor
roof garden
escalator
structural columns
publice seating
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BUILDING EVOLUTION Museum of the Moving Image
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STRUCTURAL BAY
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Luke Ivers
University of Idaho College of Art and Architecture Department of Architecture & Interior Design 28 Glenaire Dr San Rafael CA www.lukeivers.com 208.596.8360 www.lukeivers.com