CRAIG FINDLAY UNIVERSITY of NEBRASKA-LINCOLN ARCHITECTURE PORTFOLIO
CRAIG FINDLAY Phone: E-mail: Address: Portfolio: Website:
(402)-314-2753 cfindlay@huskers.unl.edu 1260 South 46th Lincoln NE https://issuu.com/craigefindlay www.craigfindlay.com
EDUCATION
UNIVERSITY OF NEBRASKA-LINCOLN
2018-Present Masters of Architecture Candidate 2014-2018
Bachelors of Science of Design - Architectural Studies
INVOLVEMENT
ARCHITECTURAL ORGANIZATIONS
2019-2020 AIA Emerging Professionals Committee 2019-2020 AIAS University of Nebraska-Lincoln Chapter President 2017- 2018
AIAS University of Nebraska-Lincoln Chapter Vice President
2017- 2018
AIAS University of Nebraska-Lincoln Chapter 4th Year Student Advisor Board 2017 Collaborative Community Design With the Omaha Housing Authority 2016 University of Nebraska-Lincoln Alpha Rho Chi Professional Architectural Fraternity 2015-2016 Collaborative Studio Stage Set Design With Hixon-Lied Center
EXPERIENCE 2019 - Summer Leo A Daly Design Firm Omaha, NE 2018 - Summer Project Design
- Architectural Intern -
2019 - Present
- Architectural Intern -
Animation and Diagramming Commercial Schematic Design Rendering/Visual Representation Russell Remodeling llc. Lincoln, NE Residential Schematic Design Representation and Visualization Vahallan Papers, Inc. Lincoln, NE Preliminary Pattern Design Painting
- Design Intern-
SKILLS Rhino 5 - Revit - Adobe Illustrator - Adobe Photoshop - Adobe After Effects Adobe InDesign - Microsoft Office - 3D Printing - Enscape Rendering SketchUp - Bluebeam - Rhino Plug-in Grasshopper - Outlook 365
REFERENCES Dr. Peter Olshavsky Email: polshavsky2@unl.edu Wayne Drummond Email: wdrummond2@unl.edu
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PRISON OF BABEL
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STEEL GROVE
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TERRA VITTA
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CRESCENTE CENTRUM
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KANAGAWA TECH INST.
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GANTENBEIN WINERY
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PARKING DAY
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E-1027
PRISON OF BABEL
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GRADUATE STUDIO
Fall 2019 Lincoln, Nebraska Professor: Brian Kelly
PRISON OF BABEL
PROJECT TEAM Hannah Christy
The problem with prison architecture is that the structure endures while ideas continue to change and evolve. The Prison of Babel is a theoretical critique on the current prison system that proposes a not so imaginary future, where resources are wasted and reclaimed exhaustively by the individuals sentenced to incarceration. The materials once discarded by neighboring cities provide valuable resources for the prisoners to construct accommodations that will make their lengthy duration within the prison of babel tolerable. During the design process we drew heavy inspiration from the Brazilian Favelas that cover larges areas of land in Rio de Janeiro and SĂŁo Paulo.
As of October 24th, 2019 the Nebraska Corrections department has declared a staffing emergency in our prison systems due to the shortage of available workers. In an attempt to address the staffing emergency we propose a merger between Nebraska Waste management and the Nebraska Department of corrections. Prisons, as we know them are and will continue to be places of degradation if we do not learn from the success and failures of the past. The prison of Babel, is a critique on the current prison system that proposes a not so imaginary future, where resources are reclaimed and erected by the hands of those deemed unfit to walk among the populous of the world.
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PRISON OF BABEL
GRADUATE STUDIO
Incarceration rates will continue to grow exponentially and the incarceration enterprise will continue to be conducted in a vacuum. Architecture is capable of distinguishing itself from mere building and design by incorporating theories of the nature of man, the social context of how people live together and interact with each other, and our innate needs for personal wellbeing. However, the ethical question for today’s architects is still relevant when designing with the intent of incarceration. Studies have shown, especially in solitary confinement, the lack of movement and interaction in fact damages the mind rather than improving it. We want to challenge this concept by creating an environment that allows the prisoners to flourish mentally and spiritually through construction.
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PRISON OF BABEL
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GRADUATE STUDIO
The vertical construction is facilitated by the permanence of cold war concrete and rebar, but mankind has always had a fascination of a building reaching to the sky. Architects of the present may have given up in this supernatural building reaching into the sky, but the prisoners lack of technical training free them of any predisposition of what is possible and what is not. Who are we to stop their vision of architecture.
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STEEL GROVE
Undergraduate Studio
Spring 2018 Lincoln, Nebraska Professor: David Newton Tasked with developing a center for emerging digital fabrication technologies, whose notable programs
PROJECT TEAM Drew Doyle
include a robotic shop for full-scale prototyping, research laboratories, staff offices, classrooms, and a lecture hall. Working with the Nebraska Innovation studio with the intent of submitting to the ACSA Steel Competition we focused on the material benefits steel could provide.
STEEL GROVE Structurally influenced by the Kanagawa Institute of Technology, Steel grove uses parametrically placed columns that support the roof structure. The predominately glass facade allows for clear visibility into research areas like the robotics lab. Innovation campus is proud of the research they do and this building opens that research to the public eye.
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STEEL GROVE
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Undergraduate Studio
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STEEL GROVE
Cl a 82 ssro 4 s om qf t
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Collaborative Atrium Rendering
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Cl a 82 ssro 0 s om qf t
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First floor
Pu b 2,2 lic 40 lob sq by ft B
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Second Floor
& Robotics Lab Rendering
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STEEL GROVE
Undergraduate Studio
Section
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Render
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STEEL GROVE
Undergraduate Studio
Detailed Building Assembly Diagram
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By taking a comprehensive approach to the design of Steel Grove we were able to push our designs intent into the smallest of details. We terminated the columns flush with the ground plane; however, we saw an opportunity to reinforce our concept at the detail-level as well. As such, we created a series of plus-headed steel elements that don’t meet flush with the sides of the columns. By creating this offset condition, we’re paying homage to the offset floor plates and drawing attention to the details on which these fabrication technologies rely.
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Column Footingbase Diagram Each column has a curved steel unique to the angle at which it is oriented. Each column has a curved steel base unique to the angle at which it is oriented.
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The steel plus is not flush with the column to mimic the 16 offse The steel plus is not flush with the column to mimic the offs
TERRA VITTA Undergraduate Studio
Spring 2016 Lincoln, Nebraska Rickmans Run a popular dog park located within Lincoln, Nebraska offered little shelter to the visitors
Collaborators Haiden Cudaback, Vu Tran, Chao Zhang 17
CRAIG FINDLAY
that frequented the site. Serving multiple functions this project provides an elevated perspective from the highest topographic location of the dog park allowing owners to keep visual contact with their canine companions.
TERRA VITTA
The lack of trees around the location of the design makes for great visibility but provides little shelter from frigid winter winds. The space created from the excavated terrain and various curves provide shelter for both the owners and animals that frequent the park no matter what season.
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Hannah Cudaback, Craig Findlay, Vu Tran, Chao Zhang ARCH 211: DESIGN STUDIO IDEATE Michael Harpster 15 Janurary 2016 P1.1 RICKMAN’S RUN DOG PARK AREA MAP
TERRA VITTA Undergraduate Studio
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Pavement dryDry grass Grass pavement
Grass water Water
grass 1246
Dirt vegetation Vegetation dirt
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Rickman’s Run Dog Park Site Map
Final Model Photograph
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TERRA VITTA Undergraduate Studio
ITTA
curved retaining wall creats focal point by enveloping space and dirrecting towards a central zone
d winter braced ss the snow g park. On able to stay oday was usual route, warm up. We headed to the many unique ws dogs and es a chance n the scenic utiful e (‘s) striated ure that down and of the earth. It es to wander ate enclo-sure nd keep a armer airs to get up able to enjoy occasion-al an eye on e larger and e provides. f both the the park. ers again, I n our route. it is always a and enjoy ing the ability all times verlooking the ure of mine. ds but i can
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y best puppy loved utside ting to nough nstant go to open omeo e park, ngs he g wall ack of we're shade cialise zing is here it s i can while mport-
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opposing curve walls deflect movement through contrast of light, shadow, and directional forces of high and low elevation
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CRESCENTE CENTRUM Undergraduate Studio
Spring 2016 Lincoln, Nebraska Professor: Tim Hemsath
Collaborators Nate Gradoville, Griffin Thomas 23
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Translated from Latin, Crescente Centrum means center for growth. Growth is critical to any development but specifically this project situated in a low income housing community in Omaha, Nebraska. This community plan increases population density and provides larger shared greens pace previously unavailable throughout the site.
CRESCENTE CENTRUM Sustainable measures, innovative planning strategies, and a hybrid design are the fundamental drivers of the community design. These three attributes improve the community combining the ideals intrinsic to Spencer Homes and introducing a new way of living to the current and future generations of the area to come.
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CRESCENTE CENTRUM Undergraduate Studio
CRESCENTE CENTRUM 30th
Project Statement:
Translated from latin, Cresce
community in Omaha, Nebra
improve the community com
28th
Bristol St
U.S. ROUTE 75
Bristol St
Spencer St
BUS ROUTE 30
Spencer St
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80
200
Community Master Plan 0
100
250ft
Community Our community plan wishes to bring the members of Spencer Homes all the amenities that it currently lacks. Our master plan includes a grocery store and various community gardens to feed the community, an urgent care and pharmacy, a community center with after school programs, outdoor entertainment, an integrated bike path, and an abundance of green infrastructure to give Spencer Homes a park like feel. Not only is our site Our community wishes to bring thebut members of by being struggling externallyplan with becoming a food desert, also internally split down the middle by U.S. Route 75 Highway. To keep this community Spencer all two thecommunity amenitiesnodes thatonit either currently cohesive,Homes we created side oflacks. Bristol St. bridge. On the east side, we provide a botanical garden (which is a theme Our master plan includes a grocery store and variousfor our master plan) for the community to enjoy. On the west, we have designed a community gardens to feed housing the community, urgent community center with integrated to serve the an community.
care and pharmacy, a community center with after school programs, outdoor entertainment, an integrated bike path, and an abundance of green infrastructure to give Spencer Homes a park like feel.
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1952
Figure ground of the stree to the implementation
ente Centrum means center for growth. Growth is critical to any development but specifically this project situated in a low income housing
aska. We plan to implement growth by using sustainable measures, innovative planning strategies, and a hybrid design. These three attributes
mbining the ideals intrinsic to spencer homes and introducing a new way of living to the current and future generations to come.
Walmart Supercenter Walmart Supercenter 3.0 mi away 3.0 mi away 58 min walk 58 min walk
ALDI 1.2ALDI mi away away 251.2 minmiwalk 25 min walk
Fontenelle Park Fontenelle Park 2.0 mi away 2.0 mi away 39 min walk 39 min walk
KingMiddle MiddleSchool School King 1.1mi miaway away 1.1 22min minwalk walk 22
Middle School Monroe Monroe Middle School 2.2 mi away 2.2 mi away 43 min walk 43 min walk
Adams Park Adams Park mi away 0.7 0.7 mi away 13 min walk 13 min walk
26th
Logan Park 1.6 mi away Logan Park 31 1.6min mi walk away
31 min walk
Walmart Neighborhood Market Walmart 3.0Neighborhood mi away Market60 min walk 3.0 mi away 60 min walk MedExpress Urgent Care 3.0 mi away MedExpress Urgent Care 63 min walk
3.0 mi away 63 min walk
CHI Health Alegent Creighton Clinic mi away CHI2.4 Health Alegent 48 min walk Creighton Clinic 2.4 mi away 48 min walk
1981
et system leading up of the highway.
Integration Spencer Homes, located in Northern Omaha, is a low income housing complex run by the OHA (Omaha Housing Authority). Spencer Homes has been labeled a food desert, but by looking at the site map we can see more problems at hand. Schools, parks, and medical care are all at a scarcity. A majority of the tenants of Spencer Homes do not own a car, thus we knew our community master plan must integrate Spencer Homes with these amentities they are in despeate need of.
Context Map Diagram
Walk Score
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Discovery In order to achieve a better understanding of Spencer Homes, we toured and then met with the OHA. We discussed current issues on the site and how they can be improved. This knowledge based many of our design decisions regarding safety, diversity, and adaptability. Our meeting with OHA shaped our project statement and shifted our focus to designing for the community members.
Bike Score
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CRESCENTE CENTRUM Undergraduate Studio
Pre-Highway Construction Street Outline Diagram
Post-Highway Construction Street Outline Diagram
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Pre-Highway Construction Building footprint Diagram
Post-Highway Construction Building footprint Diagram
Connect to Existing Green Space
P
Create Public Nodes for Internal Connection
Slow Traffic Along 28th Street
Perspective of Botanical Garden
Not only is our site struggling externally with access to fresh food, but also internally by being split down the middle by U.S.. Route 75 Highway. To keep this community cohesive, we created two community nodes on either side of Bristol street bridge. On the east side, we provide a botanical garden (which is a theme for our master plan) for the community to enjoy. On the west, 1 Commercial Farmers Market we have designed a community center with integrated housing to serve the community. Depicted above is one of those nodes that act as a focal point. Row Home
Com
P
mun it Cen y Gard en ter
Row
Gard Ware en hou se
Row
Hom
e
Hom
e
Du Plex
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Pedestrian Friendly Intersections
CRESCENTE CENTRUM Undergraduate Studio
- Provides opening for natural daylight and ventilation. - Encourages community members to utilize the space.
Void
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- Implements pedestrian circulation paths to public areas. - Connects green spaces previously separated by initial form.
Access
Lift
Connect
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CRESCENTE CENTRUM Undergraduate Studio
The courtyard is used as a community garden space to grow produce. During the summer children have dedicated spaces to learn when school is not in session. We have oriented the structure of our building in a manner so that it is open and flexible for a variety of programs. Safety was high on the list of requirements within the building design. Louvered doors at the entrance of the courtyard can open and close electronically at a moments notice. This system can keep unwanted lawbreakers out while also keeping the community safe inside. This louvered system also keeps the community center closed at night, giving the residents above peace and quiet.
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Courtyard is changed into a community ice rink for outdoor entertainment. Planter boxes can be converted into snow storage bins. During severely cold weather, Code Blue can be implemented allowing less fortunate individuals without homes to sleep and keep warm. Computer labs are available for the community in order to study or find work. Computer labs will be open year round allowing community members to seek professional development.
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ge ora St
Perm ab
le
With more than a quarter of the site dedicated to hard scape we wanted to increase the amount of water maintained on the site and one of the solutions applied are permeable pavers. Permeable pavement allows water to return to the soil instead of water runoff going directly into the Omaha waste water systems.
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ge ora St
Perm ab
le ces rfa
ces rfa
27% Site is Permeable Hard-scape
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Water R et e nt io
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Water R et e nt io
CRESCENTE CENTRUM Undergraduate Studio
73% Site Permea
With the site located withi decided early on that we nee to better the lives of the re Centrum home. Multiple p scatted throughout the com green space for res
Water R et e nt io
Perm ab
le ces rfa
in an urban context it was eded to provide green space esidents that call Crescente programmed green spaces mmunity allow easy access to sidents and visitors.
ge ora St
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able Green-Space
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100% of Water Managed on Site
The current state of Omahas waste water system combines both waste water and runoff water into the same system. To reduce the stress on the existing infrastructure the decision to use water collection methods, urban farming, and permeable pavements allows us to minimize the impact on the cities systems.
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CRESCENTE CENTRUM Undergraduate Studio
Concrete Parapit
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Wood Shading
rsh
Double Pane Glass
s Ha uce Red
Rigid Insulation
r Su me
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5’
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Crescente Centrum is a submittal to the COTE competition which had a restriction of four boards sized at 20 inches on all sides. To accommodate all of the requirements and represent the intent of the design the floor plans were represented through an axonometric perspective.
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PRECEDENT STUDY
Undergraduate Studio
Spring 2018 Fläsch, Switzerland Professor: David Newton In pursuit of researching buildings that embraced emerging fabrication technology I analyzed and recreated the Gantenbein Winery as a precedent for future designs. The exterior of the winery is created by bricks laid by a 6-axis robotic arm. Similar to pixels on the computer screen each brick on the exterior is adhered and placed precisely in order to create a pattern on the exterior facade. PRECEDENT
GANTENBEIN WINERY The pattern created by the bricks of the vineyard’s façade respond to the function of the winery. When seen from a distance the pixelated brick pattern creates sphere patterns and in turn resembling creating a pattern of large spheres that resemble grapes in a basket. The automated process of the age old trade of brick laying poetically combines the old and the new into the facade.
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ROOF ASSEMBLY
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STEEL T-SECTION EAVES PURLING
CAPPED REINFORCED CONCRETE FLOOR SLAB
LIMESTONE-COLORED ENGINEERING BRICKWORK IN STRETCHER BOND; LAID + BONDED BY ROBOT
PRECAST CONCRETE FRAME
REINFORCED CONCRETE FLOOR SLAB INSULATED DOUBLE GLAZING
TAPERED CYLINDRICAL REINFORCED CONCRETE COLUMN
REINFORCED CONCRETE LOAD BEARING WALL LOOSE FILL DRAINAGE MAT DRAINAGE PIPE CONCRETE FOUNDATION
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Spring 2018 Kanagawa, Japan Professor: David Newton
KANAGAWA TECH. INST.
PRECEDENT
A continued pursuit towards researching buildings that embraced emerging fabrication technology I dissected this workshop, on a university campus in the suburbs of Tokyo. The Kanagawa Technical institutes is a unique facility where students can work on their own creative projects. The delicate steel columns provide flexible open spaces allowing for program diversity. Represented in the diagrams the columns may seem to be placed randomly, but the decision on their placement was intentional.
This structure is supported by 305 flat columns that bear all the vertical and horizontal forces. The 1/75 sloped roof is supported by 42 thick pillars that withstand the vertical forces. while the other 264 thin pillars provide bracing for the remaining sheer loads through tensions. The columns are designed to resemble trees in a forest, echoing the actual cherry blossom trees that surround the building.
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Undergraduate Studio
m 0 m 5 in 0 0 5 t 4.7 f 16
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OI BEWAY AM S
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m 5 mn 7 6 i 4 t4 f 15
15 4 00 ft m 10 m in
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Facade Axonometric Diagram
D OA NS L L LUM A ER CO LAT RING A BE
Structural Axonometric Diagram
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Tension Column Diagram
Kanagawa Institute of Technology (KAIT) is a private university in Atsugi, Japan. It is home to approximately 5,000 students. Some of KAIT’s research activities include the development of robots that assist disabled people, advanced solar energy and technology that manages energy use in residential homes. The workshop is an open plan, glass, 21,000-square-foot structure supported by 305 white columns that are all a unique size and shape.
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PARKING DAY
Undergraduate Studio
Fall 2015 Lincoln, Nebraska Professor: Peter Olshavsky PROJECT TEAM Aiden Schneider, Drew Doyle, Danny Ortega, Rachael McCown 43
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Parking day is an annual global event where citizens, designer and activists collaborate to temporarily transform parking stalls into temporary public places. The event began in 2005 when Rebar, a San Francisco art and design studio, converted a single metered parking stall into a temporary public park.
PARKING DAY
By breaking up the design into triangular modules we were given flexibility that allowed us to form a protected space for the occupants. Creating a humanistic environment by using sustainable materials we transformed a parking stall that was once dedicated to the automobile into an inviting environment.
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PARKING DAY
Undergraduate Studio
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PARKING DAY
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Undergraduate Studio
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E-1027 Undergraduate Studio
Fall 2015 Roquebrune-Cap-Martin, France Professor: Peter Olshavsky This second year project dives into Eileen Gray‘s E.1027. Accredited for being the location where Le Corbusier drowned off the Southern coast of France the design resembles much of his teaching during his lifetime. PROJECT TEAM Megan Peterson
E-1027 The incorporation of load bearing pilotis, a free ceiling plan, spanning horizontal windows and a roof garden reflect the ideals of Le Corbusier and hint at some of the attractions that brought him to his demise off the coast of his beloved summer home.
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E-1027 Undergraduate Studio
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Site Map
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Approaching Perspective
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UP UP
EXTERIOR KITCHEN
INTERIOR KITCHEN
ENTRANCE
MASTER BATHROOM
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DN UP
WASHROOM
MASTER BEDROOM
LIVING ROOM
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ALCOVE
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DINING ROOM
TERRACE
SITTING ROOM
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First Floor
Second Floor
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