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Transcript of Mjminerich portfolio 2013
University of Cincinnati M.Arch 2013
mary j. minerich
mary j. minerich4214 Turrill StreetCincinnati, OH [email protected] 513.265.5816
Master of Architecture 2013University of Cincinnati. Cincinnati, OHArchitectural Drafting and Design 2007-8Coursework at Laney College. Oakland, CA
Master of Arts*, Philosophy 2006DePaul University. Chicago, IL*non-conferred as part of PhD program
Bachelor of Arts, Philosophy 2003Creighton University, Omaha, NE
education
experience
Collaborated in a multi-firm team on schematic design translating Yale’s Residential College typology to the climate and urban form in Singapore.
Diagrams, renderings and client presentations for Dilworth Plaza (renovation of plaza surrounding historic Philadelphia City Hall), Old Quincy Test Project (Harvard University housing feasibility study) among others.
Documented site conditions, edited Revit drawings, and researched floor design constraints for the Michener Art Museum Event Pavilion.
Marilia Rodriguez and David Riz, Supervisors 215.922.6600
LEED management for 3 local school projects and OSU Chiller Plant. Architectural documentation, acoustics analysis. Designed automated reverberation calculator and STC reference for specific wall, floor, and ceiling assemblies. Revit CD’s and details with team for renovation at Children’s Hospital. Assembled cost, process guide to prefabrication near Cincinnati
Steve Karoly, Supervisor 513.241.8700
KieranTimberlake Associates [Philadelphia, PA. March-June 2010, Sept.-Dec. 2010]
GBBN Architects [Cincinnati, OH. April-August 2012]
Byrens Kim Design Works (Oakland, CA. Oct. 2007-June 2009] Oversaw Change Order processing, material library, material research and performed CAD drafting. Selected interior finishes for architect and client approval. Facade design for Peralta Community College International Distance and Educational Center, and Alameda Co. Commercial Facade Improvements Projects.
David Byrens and Dong Kim, Principals 510.452.3224
Adobe Suite AutoCADModel buildingResearchWritingPublic SpeakingDrawing
RevitMayaSketchupRhino/Grasshopper ArcGIS suiteWelding/solderingIntermediate French
honors
skills
-AIA School Medal -Thesis Design Research Award -UC Representative, Critical MASS [Research colloquium, UNC Charlotte]
-Lyceum Competition, 3rd place
-Publication, Figs. 1-15, 1-38, 2-38, 2-39 (in Language of Space and Form by James Eckler)
experience[OTHER] Collaborated with Dr. Barry Maynard and Eric
Russo of the Hillside Trust to translate technical information for identifying landslides into a user friendly pamphlet to be distributed to the public. Edited/wrote text, provided layout and diagrams.
Hillside Trust [Cincinnati, OH. April 2012-August 2013]
University of Cincinnati [Graduate Instructor 2011-2013]
Community activism
Supported skills development in design including: site analysis, diagramming, concept investigation and refinement, verbal communication and critical thinking, graphic representation, and passive design strategies.
Vincent Sansalone, Supervisor 513.556.1556
Interboro Partners North Avondale Community Workshop (6/7/2013)
“Mixed-Use Modern”, presented architectural analysis and moderated community discussion regarding the development proposed for the former Myron Johnson Lumber Yard in Northside.
Member, Northside Community Council
Extra Curricular Renovation of 1895 single family home in Northside: demolition, flooring, partition walls, lighting, plumbing, half bath design, HVAC upgrades, landscaping, roofing.
Homeward Bound Greyhound Association: 10 racing greyhounds fostered to become pets.
highly proficient increasing proficiency
2013
2012
01 OBSERVATORY
Cincinnati’s geology is apprehended in the slumping and sliding of its hillsides. The entropic sites in which slides and other ground moving phenomena emerge resist the imposition of stable form, a tendency exacerbated by the processes of construction. The geologically mobile site gives power to the image of an unstable, fugitive and destructive nature.
Rather than attempting to “solve the problem” of geologic instability or entropy, this project asks what it might mean for architecture to serve as an instrument that mediates human perception of the unstable environment. Inserted into the human/nature boundary as an active mediator of the encounter with “natural” phenomena, the instrument makes possible a new orientation or perspective. The instrument re-frames and shifts scales, it overlays and blurs, to make manifest the inhuman slowness of changes in the hillside. In this sense, architectural instruments “recalibrate” the user with their unpredictable environment in a renewed process of observation.
The design engages the slide prone soils and bedrock formations of the slope separating the Cincinnati Observatory from a burgeoning entertainment district below. A precariously positioned “sports bar” for viewing footage from the Mars Rover invites observation of the site’s geological processes and undermines assumptions about how we use instruments to navigate and inhabit our environments.
On the geologically unstable site, the potential of the architectural instrument to reorient perception from static buildings and their outward forms to the to the delicate movements above and below inducts a new kind of stability founded in forms of change.01 OBSERVATORY
instruments for entropy on a cincinnat i h i l ls ide[Thesis 2013]
KOPE FORMATION465 Million Years Ago
BED
ROCK
BED
ROCK
0-4 ft
10-0 FT UP TO 20 FT
CINCINNATI OBSERVATORYOBSERVATORY BARSPORTS BARS
Shale-dominant bedrock and clay-rich, bedrock-derived colluvium, prone to landsliding, Ordovician-age. Fossiliferous. Shale ranges from 50% to 85% of the unit. Unit associated with the shale-rich Kope Formation, on steep slopes near Cincinnati and north of Cincinnati. Colluvium has low shear strength and is the source of numerous landslides. Landslides commonly form at the colluvium-bedrock interface.
FAIRVIEW FORMATION
460 Million Years Ago
Limestone-dominant bedrock and bedrock-derived colluvium, Ordovician-age. Interbedded limestone, fossiliferous, and shale.
L-S
S-L
EDEN SOIL (weathered bedrock)130,000 Years Ago - PRESENT
ILLINOIAN LOAM TILL (glacial deposits)300,000 Years Ago
URBAN LAND (unknown source)100 Years Ago
4 FT0 FT20-10 FT
erie ave. the “slipping slope” observatory ave.
680 ft elevation
IN SEARCH OF SLIPPAGE
When it rains, exposed shale from the Kope Formation “slakes” or rapidly disintegrates.
site
It is clay-rich,dense and sticky...
...but lacks cohesion under lateral force, allowing slippage planes to form.
The site is located in a vein of unstable shale and limestone, L-S and S-L. The geologic boundary of unstable material is invisible at the surface. [USGS Surficial Map]
Slide prone Eden soil covers the slope. [Hamilton Co.Soil Survey]
Landslide Hazard zoned as “Hillside District” to regulate areas where construction processes increase slide potential. Landslide hazard area dark grey[CAGIS]
geol
ogic
pre
sent
human
prese
nt
as
tr
on
om
ic
p
re
se
nt
surface
subsurface
pa
st
slo
w
pa
st
fast
PARKING
STAIR
CUT
OBSERVATORY BAR
STAIR
OBSERVATORY
EARTH
MARS
ARRIVING AT DISCONTINUITY
The initial move on the site is a simple cut that begins as a small parking area at the base of the slope and extends to the edge of the treeline near the top. From this clearing the buildings of the Cincinnati Observatory are visible.
Almost immediately, the cut changes dimension as it has exacerbated the variable responses of the geologic formations (the Fairview and the Kope, at varying slopes) to water moving through the site.
One side of the cut has been shielded from the elements with a moderately reflective wall that is marked with the layers of deposition and time scales.
Fossil Hunters descend into the cut, the temporal and material scale of the “present” collides with that of geologic changes millions of years in the making.
+0 years +10 years +20 years +30 years
“A crack in the wall if viewed in terms of scale, not size, could be called the Grand Canyon. A room could be made to take on the immensity of the solar system. Scale depends on one’s capacity to be conscious of the actualities of perception. When one refuses to release scale from size, one is left with an object or language that appears to be certain. For me scale operates by uncertainty.“ (Robert Smithson, The Spiral Jetty 1970)15-
100-125-
130 000-220 000-300 000-350 000-
360 000-
4 510 000- 4 523 000-4 530 000-4 410 000-4 551 000-4 552 000-4 556 000-4 557 500-4 558 000-4 558 500-4 559 100-4 559 900-4 600 000-4 605 000-4 609 000-4 610 500-4 611 000-4 611 520-4 612 000-4 612 300-4 612 500-4 612 750-4 613 000-4 613 245-4 613 550-4 613 680-4 613 800-4 614 000-4 614 300-4 614 450-4 614 600-4 615 650-4 615 670-4 615 800-4 618 000-4 620 000-4 622 000-4 622 800-4 624 000-4 629 000-4 630 000-4 631 000-4 632 000-4 632 800-4 634 000-4 639 000-4 640 000-4 641 000-4 641 100-4 641 300-4 641 500-4 641 900-4 642 000-
4 649 800-
no record400 000-500 000-600 000-700 000800 000-900 000-
1 000 000-1 100 000-1 200 000-1 300 000-1 400 000-1 500 000-1 600 000-1 700 000-1 800 000-1 900 000-2 000 000-2 100 000-2 200 000-2 300 000-2 400 000-2 500 000-2 600 000-2 700 000-2 800 000-2 900 000-3 000 000-3 100 000-3 200 000-3 300 000-3 400 000-3 500 000-3 600 000-3 700 000-3 800 000-3 900 000-4 000 000- 4 100 000-4 200 000-4 300 000-4 400 000-4 500 000-
It has been suggested that if all of the fossils could be removed from the Ordovician rock of the Cincinnati area, Cincinnati would be below sea level..[Ohio Department of Natural Resources Bulletin]
+40 years
SITE INSTRUMENT, STAIR
OBSERVING FLUID TOPOGRAPHY CASE STUDY: THE USGS DEBRIS FLOW FLUME
The stair engages a fluid topography. Welded like box beams, they are supported just above the ground on a single pile at the top and bottom of the run.
Individual steps are designed to slowly clear themselves of debris with slumps at the front center of the tread and riser that allow material to pass through.
metal box stair, top view
drainage diagram
metal box stair, side view
SITE INSTRUMENT, LIGHTS
ILLUMINATING SUBSURFACE DISPLACEMENTCASE STUDY: SLOPE INCLINOMETER
Slope Inclinometers measure the onset and continuing deformation within a bore hole by passing a probe along the length of its flexible casing. The depth at which horizontal deformation occurs is the slippage plane or failure surface of the landslide.
As an architectural instrument, the slope inclinometer orients the observer to the movements occurring deep underfoot at imperceptibly slow speeds. This inclinometer provides wayfinding lights for the slope, communicating unstable subsurface movements to the observer as a means to navigate the site. Pole fixtures whose height corresponds to the depth of the bore hole illuminate most intensely at the location reflecting the most intense movements below the surface. Visitors are guided through portions of the site likely to be different with every visit.
EQ
EQ
Light
Movement
SITE INSTRUMENT, “MUSIC”
THE SLOW SOUNDS OF LIqUIFACTION: CASE STUDY: VIBRATING WIRE PIEzOMETER
Elevated water content increases the pore pressure between sediment grains and reduces soil cohesion, a strong indicators of landslide risks. More specifically, there is a precise moisture content for each type of soil at which it ceases to act as a solid and instead takes on liquid properties.
The vibrating wire piezometer documents water levels in the soil. A small wire within the piezometer tip vibrates when “plucked” with an electromagnetic field. The frequency the wire produces when plucked is a function of the tension caused by pore pressure.
This least visual of the landslide instruments, attunes the visitor to the ‘music’ of the soil’s cohesion. The vibrating wire piezometer as becomes a musical instrument documenting spatial changes — requiring no human musician, but a community of listeners to maintain the instrument.
Ryan Knighton’s observation of a single note change in John Cage’s “As Slow as Possible”, being performeed over the duration of the organ’s nearly 500 year lifespan embodies an encounter with the sounds of slowness.
“Perhaps ten minutes have passed, and I’m
becoming aware of the chord’s impurities.
The faintest blemishes in tone pop and
burn away like sparks. The sound heaves and
exhales slightly, like the sigh or groan of
a weary traveller...I’m standing in front
of the organ now, and what began as noise
has become a familiar hum. As I think of
the generations who will take care of a song
that assumed they would be there to keep it
going...”
“One thing giving away to another— the basis
of all drama. It seemed monumental to me.”1
1 http://longnow.org/
Development of thin fresnel lens from thick convex lens. This decreases weight of the lens but increases the potential for slight bending in the lens.
Distortions increase with distance from the focal plane
Lens model experiments
Fresnel lens typically used in lighthouses to diffuse light.
light source
focal plane
reflecting prisms
refracting prisms
refracting prisms
reflecting prisms
1
2
3
4
The bar explores the capacity of the
architectural “window” as an active
mediator of perception, rather than a
transparent opening onto “nature” as it
is generally conceived.
Instead of minimizing the “interference”
caused by ordinary glass, it is augmented
by fresnel lenses that magnify the small
movements of the surrounding environment,
but also distort. These lenses blur and
overlap the practices of astronomical and
terrestrial observation, and complicate
the boundaries of inside and outside,
human/nature, and earth and mars.
THE OBSERVATORYTHE INSTRUMENT AS ARCHITECTURE
View from outide of bar looking in [model photo]
Reviewer looking into model
Glass stair at bar entry magnifies and intensifies color of soil particles below [model photo]
1
2
3
Model Photograph[bar]
Niche with lens floor over ground cutEntering the bar [model photographs]
Bar interior, north wall ramp to niche1
23
model photographs
growing gardens
Drills smoking, rock blasting, engines growling, derricks creaking, wires straining. Then...dead silence. The quarry remains, but it livesonly through the accumulated traces of activity.High and low.
Preservation would be another form of death. So the artist pieces together the tangled remains of its infrastructure and commences work at the Quarry.
disembarking with direction
memorializing bells, disturbed by movements of the wire, reverberate against the excavated walls of the
quarry.
navigating the depths submerging anchors
floating studios
growing gardens
sculpting ruins
2012 Lyceum Competition EntryJury chair Peter Bohlin
3rd Place Winner
exhibiting underwater 02 liVE wiRES
VOYAGING
[Spring 2012]
INTENSIFYING
QUARRY ARTS
Anchoring CanoesDancing ExperimentsGuiding and Guarding VisitorsDisplaying ArtHoisting Crucibles from Furnace
Lifting People and SuppliesDying and Drying LinesSupporting Rubble and Fabric Ceiling Living Quarters
12345
WIRE USES
6789
12
3
456
7
9
8
Activity concentrates along the wire intensifying the effects.
The elements of the site are raw material for transformation alongside manufactured cast-offs.
Charred excavations foreground graceful aerial movements against their counterpoint, the terrible glow and roar of the blast furnace kilns.
Pigment dyed fabric, fluttering in the breeze to dry, stains large swaths of granite deep indigo.
ImprovisingResidences and CaretakerShared Kitchen and BathingStudiosVisitors Center and GalleryFoundryBoat DockTheaterWater Viewing AreaViewing Area
87654321 B1 A
1A1b
2
3
4
5
6
7
8
The art of living in the quarry requires the improvisational skills of a jazz musician.
Its productions are at times beautiful and unexpected or so chaotic as to invite in their own destruction. Such a life depends on an architecture that does not concern itself with elegant monuments to a precious past. Instead it mines the past for materials, to provide what is needed for new productions by the hand, the eye, and the machine.
03 CRANBROOK wEllNESS CENTER
SUMMER
03 CRANBROOK wEllNESS CENTER
At Cranbrook Academy Eero Saarinen’s historic architecture by has been supplemented in recent years with buildings by Tod Williams and Billie Tsien, Steven Holl, and Rafael Moneo— designers whose work continues the tradition of bringing together art, craftsmanship and engaged use that grounds the school’s pedagogy.
This studio aimed to translate Cranbrook’s design values and maintain continuity with the existing campus through the integration of environment, construction, and detail.
Environment refers to both the outside ecosystem of temperate deciduous forest of Bloomfield Hills, Michigan and the inside variations in temperature and humidity associated with a wellness center.
Construction points to both the systems used to fabricate the building, but also to the formal arrangement of built elements on the campus that structure the experience of moving through the site.
Details then are the artful moments that create pause, bring down scale or express specifically, and sometimes beautifully, the qualities of a material or relationships between materials.
swimming at Lake Jonah, 1955
evironmentconstruct ion & detai l[Fall 2010 + Spring 2011]
o r p h e u s f o u n t a i n
e x i s t i n g s i t e
b e c o m e s i m p l i e d g a t e
c o n n e c t s t o l a k e j o n a h
s a a r i n e n g a t e
1
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f l o o r 2f l o o r 1
f l o o r- 1 / 2
Lake Swimming DeckStudioKitchenHealthy Grocery CafeMeeting/Class spaceLibraryAdmin. and AdmissionEntryReflecting pool with sculpturesShort Grass GardenOrpheus Fountain
MechanicalVegetated RoofGuest RoomGreenhouseMassage area
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P U B L I C
P R I V A T E
Steam RoomSaunaWarm Pool with meditation slotsCold PoolHot Pool with cold plunge poolsChanging Room (individual)
18
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13
environment: Building, surrounding landscape and topography protect the sunny southern plaza from harsh winter winds.
wellness: Public “spine” integrates wellness activities into everyday cross campus movements. Topography, landscape and CMU wall assemblies target light and views while maintaining privacy for bathing activities.
AUTUMN
i n v i t a t i o n t o i n f o r m a l p a t h s
f o r m a l a x i s t o i n f o r m a l p a t h [ l a n d s c a p e + w a t e r + a r t + g a t e }
a x i s
a c a d e m i c a x i s
res
ide
nti
al
ax
is
s c i e n c e c e n t e rn o r t h c a m p u s
i nf o r m
a l pa t h s
f o r m a l
p a r k i n g
L a k e J o n a h
SPRING
Pool
North
Sauna
Studio entry and CourtyardSteam room [model +photoshop]
S U M M E R
SUMMER
WINTER
CMU WALL
+ p l a n t i n g
i r r i g a t i o n
s l o p e f l o o rd i f f u s e r
m e t a l g u t t e r d u c t
p e x t u b e si n s u l a t i o n
r e m o v a b l e p l a n t s l e e v e s
d r a i n a g e p i p e
s t r u c t u r e & e n c l o s u r e + d r a i n a g e
+ i n t e r i o rt h e r m a l & v e n t i l a t i o n
s t o n e
i n s u l a t i o n
w a t e r p r o o f i n g
C M U
i n t e r i o rf i n i s h
CMU walls constitute the dominant structure and enclosure system for the wellness center. They are economical, allow a more flexible construction schedule than poured concrete in a cold wet climate, and maintain the heavy institutional character of the formal and academic campus axes.
This system produces a layered wall, capable of incorporating new functions or aesthetic elements as additional layers are added or peeled away. In general, the metal fastening system becomes more prominent as the space between the loadbearing wall and cladding material or mechanical elements increases.
CONSTRUCTION & DETAIL
Warm pool section[autocad+photoshop]
04 TRANSpARENT CANOE
04 TRANSpARENT CANOE
Sectioning and lofting techniques recently adopted by architects in the realm of digital design and fabrication have been used by small boat builders for centuries.
Beginning from vernacular designs of “skin on light frame” boats, this project explores the potential of digital design tools to facilitate more complex ornamental structures and their fabrication. Seen through the transparent skins of these lightweight boats, the structural members form a sketch animated by lines of light and shadow.
ornamental structure
sectioning
lofting
rational structure ornamental structure
[Summer 2011]
28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54
Grasshopper Script [Grasshopper, Rhino]Model Fabrication [Chipboard, Shrink Wrap]
05 UC fiEld STATiON
greenhouseclassrooms lab
faculty residence
FARMHOUSE
MEADOW
This studio required analysis and documentation of tectonic elements found on an historic Shaker farm, and the deployment of classic tectonic elements in the design of an archaeological and horticultural field research station.
The resulting design combines tectonic elements found on the site with programmatic elements according to a quasi “archival” logic of selective demolition and reassembly. This architectural violence points to the uneasy coupling of past and present — the literal upheaval of one set of relations (Shaker farm) for another (university research station).
tectonics
BARNadministrationarchiveslecture hall
[Fall 2009]
frame overlapping a void axis with add-on carved line bordered by messy frame
void with border of messy frame elements
extruded massinterlocking with vertical layers
SITE CATALOG / TECTONIC INTERPRETATION
“light” mass = volumeof vertical planar layersaccumulated
FACULTY RESIDENCEmudroomfoyer/laundrykitchenbathroomstoragebedroomsunroomliving roomgarden entry
123456789
study/librarybedroombathdeck
10111213
3
4 6
7
1
3
2
45
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up
up
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GREENHOUSE / CLASSROOM / LAB
protected walkclassroomlabgreenhouselocker rooms/bathroomsbike trail pass throughbike storage
1234567
2
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7
6
3
4
4
1
1
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event spacebathroomelevatorpatio (lecture hall below)
1234
1
32 2
4
up
3
open to below
5
6
7777
9
8
ADMINISTRATION / SEMINAR / LECTURE / EVENT SPACE
private officekitchensemi private officeseminar/conference spacelounge/library/gallery
56789
1 BarnconvertedtoReceptionHall[Wood,FoamCore] 2 DetailsofBarn,ResidenceandLabs/Classrooms 3 PassiveStrategiesstudyforBarn[Drawing,Photoshop]06 ThREE gORgES fARm ShElTER
The Three Gorges Dam elevates water levels and increases soil saturation
Landslides bacome prevalent in farmlamd along the river.
Homes made with brick and mortar are torn apart, becoming uninhabitable.
Farmers must relocate to new mass housing far from the land they work.
a permanent problem
06 ThREE gORgES fARm ShElTER
Shelters can be cheaply fabricated in cities, then shipped down the river to farming families during the growing season. Slotted pieces with friction fit joints are assembled by hand or with simple tools. A few final connections require simple hardware. A thickened wall allows for interior storage. Fold down beds and a pop-up table allow maximum flexibility for the interior space. When slow moving slides threaten the shelter, it can be pulled to a safer location by two oxen or a small vehicle.(With Alec Gardner and Joseph Southard)
a temporary solut ion[Fall 2012]
Collage implies a way of working— tinkering with recycled materials and concepts to “make something work”— in which values of originality and precision are left to the artist and engineer. This studio proposed collage as the method best suited to the problem of how to work a montessori school, community arts center and museum open storage into an abandoned Kroger grocery store using only recycled materials.
This project takes the position that the recycling yard pile functions as an extreme example of collage. Piles, heaps and mounds provide spatial structure and organizational schema for the accumulation of the seemingly endless supply of waste materials created by a consumer culture.
col lage The model for this is not new, but has been adapted from geological processes. Deposited by dump trucks and sculpted by cranes, this landscape differs in that it is accumulated of pieces that retain their individual character. Because elements are not neatly subsumed into an integrated whole, but rather exist in a state of uneasy association, the pile challenges the representative capacity of perspective drawing.
Collaging with chinese landscape painting promotes the simultaneous reading of depth and detail through layering and sequence. Because collage fragments carry with them cultural uses and associations, the mythic image of China that currently looms large in discussions of culture, manufacturing and education is also brought into play.
[Fall 2011]
07 KENNEdY hEighTS CUlTURAl CENTER
pile stability
2x4
Maya Lin 2x4 landscape with cut-offs from nearby suburban developments
retaining structure replaces blocks with used tires from garage on Kennedy Avenue
gabion mattress structure filled with the existing Kroger parking lot
glue screw coat
asphaltmulchmosswire
newspaper
dirt
rebar
tires
THE DIFFERENCE BETWEEN ARCHITECTURE & DEBRIS
N
1
2
3 44
5
6
montessori classrooms art classroom outdoor spaceentrance parkingoverflow studio/gallery spacesmuseum loading docks
123456
inside the pile
loose materialfill
add mesh
add posts
existing kroger
ARCHITECTURE IN REVERSE: CONSTRUCTING VOIDS AND DEPOSITING ENCLOSURE
19202122
extended care conference roomlibraryfloor 2 studio
f loor 2
1
19 3
2021
22
22
2222
22
3a
6
10
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16
sorted
DEPOSITING ENCLOSURE
CONSTRUCTING VOIDS
accumulated deposited
1
2 3 3a
45 6
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7
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lobbyextended careart classroomheavy equipmenttoiletselevatorgalleryfloor 1 studioloungekitchenette
f loor 11233a456789
10 11121314
museum open storagequarantineloadingcurationconservation
concretized
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8
10
barmusic stagepublic roomsnacks/night cafe
15161718
f loor -1
5
15
182
16
In a stratovolcano conduits of material force their way up through internal ruptures in the pile and then solidify. This network of different materials strengthens the integrity of the mound. Similarly, sights, sounds and activity from some program elements well up through layers of the others, creating unexpected connections and opportunities for creativity and learning.
For example, the fencing structures allow visitors to the bar, lobby, and conference rooms visual access to “buried” artwork suggesting the ways that the archive of museum collections retains the quality of an archaeological site, inviting further digging into little seen corners of the collection.
Because all items are numbered and their location is tracked in a database, the physical location of the items as found in the storage facility can become mobile and associative, to resonate with the surrounding program elements, whatever they may be.
inside the pilePROGRAMMATIC ERRUPTIONS
artist spaces
childcare
entertainment
museum storage
STRATOVOLCANO ANALYSIS [USGS]
museum storage (2,1,-1)
programmatic eruptions:
lobby (1,2)play space (-1/2, 1, 2)dance party (-1, -1/2)music venue (2,1,-1) bar (-1, 1)
1
WEST
123
studio space (skylit)
studio space (windows)
toilets
stair
projection/small video studio
Cincinnati Art Museum open storage
456
2
3 3
4
5
EAST
pub
stage
lobby
montessori classroom
extended care indoor play area
dance club/blanket fort space
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Req
uire
s na
il do
wn
inst
alla
tion
from
exp
osur
e to
sun
light
Lim
ited
supp
ly a
nd a
vaila
bilit
yP
refe
rred
app
eara
nce.
C
ost
Diff
eren
ce o
f opi
nion
rega
rdin
g su
itabi
lity
re:
radi
ant a
nd s
oftn
ess
ASH
Ash
(Am
eric
an G
othi
c)P
ionn
er M
illw
orks
Rec
laim
ed3/
4"3-
10" ,
Ran
dom
2'-1
2' R
ando
mP
robl
ems
with
inse
cts
in m
useu
m a
sh fl
oor
Ash
(FS
C c
ert)
Pio
neer
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wor
ksFS
C3/
4"5"
max
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or "w
orm
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ossi
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ct s
uppl
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lisle
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e P
lank
Flo
ors
Hei
rloom
3/4"
, 5/8
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vera
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rove
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shC
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ide
Pla
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4", 5
/8",
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3-7"
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vera
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eeks
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r Con
cret
e A
ppro
ved
Pla
insa
wn
Ant
ique
Ash
Car
lisle
Wid
e P
lank
Flo
ors
Rec
laim
edm
ax. 5
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eeks
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r Rad
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rove
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ITE
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rter S
awn
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te O
akC
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le W
ide
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nk F
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s3/
4"10
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.$1
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as b
een
used
suc
cess
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ove
r rad
iant
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rD
oes
not m
atch
exi
stin
g m
useu
m fl
oor
5 "
$13
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ater
ava
ilabi
lity
and
sele
ctio
n of
wid
ths
Har
d w
ood-
use
d in
hig
h tra
ffic/
moi
stur
e pr
oble
m a
reas
SPEC
IFIC
S: In
wal
nut l
ogs
tend
to b
e sm
alle
r tha
n O
ak, s
o su
pply
of c
onsi
sten
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ark
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ds (h
eartw
ood)
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antia
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th c
an b
e ve
ry li
mite
d, a
nd e
xpen
sive
.Th
icke
rflo
oras
sem
blie
sV
erify
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hed
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heig
htw
ithre
spec
tto
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clea
ranc
esTh
icke
rflo
or a
ssem
blie
s.V
erify
finis
hed
floor
heig
ht w
ith re
spec
tto
door
cle
aran
ces.
Rec
omm
ende
d in
stal
latio
n fo
r sol
id w
ood
over
con
cret
e us
ually
sle
eper
sys
tem
with
moi
sure
bar
rier a
nd p
lyw
ood
subf
loor
. P
lain
Saw
n N
OT
RE
CO
MM
EN
DE
D e
xcep
t Car
lisle
Wid
e P
lank
ENG
INEE
RED
WO
OD
WA
LNU
T
QU
AR
TER
SA
WN
Bes
poke
(cus
tom
izab
le)
LV W
ood
Floo
rsS
elec
t4"
max
. 2
-10'
Ran
dom
$14
Rad
iant
floo
r app
rove
d4"
Max
imum
Wid
th(o
iled
wal
nut)
Glu
e do
wn
inst
alla
tion
Wal
nut v
enee
r lay
er is
sof
ter w
ood
Will
age
/dar
ken
sim
ilar t
o so
lid w
ood
scra
tche
s fro
m h
igh
heel
s/ca
terin
g ca
rts
PLA
IN S
AW
NB
espo
ke (c
usto
miz
able
)LV
Woo
d Fl
oors
Sel
ect/R
ustic
5/8"
3-7"
sin
gle
or ra
ndom
2-1
0' R
ando
mR
adia
nt fl
oor a
ppro
ved
Hea
vier
pat
tern
ing
(oile
d w
alnu
t)13
/16"
8-12
" sin
glle
or r
ando
mG
lue
dow
n in
stal
latio
nW
alnu
t ven
eer l
ayer
is s
ofte
r woo
dW
ill a
ge/d
arke
n si
mila
r to
solid
woo
dsc
ratc
hes
from
hig
h he
els/
cate
ring
carts
12" m
axim
um w
idth
ASH
Ash
(Am
eric
an G
othi
c)P
ionn
er M
illw
orks
Rec
laim
ed5/
8"4-
6", R
ando
m1'
-8' R
ando
m$7
.48
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led,
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pled
, Glu
ed D
own
or F
loat
edA
SHA
sh (A
mer
ican
Got
hic)
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nner
Mill
wor
ksR
ecla
imed
5/8"
6-8"
, Ran
dom
1'-8
' Ran
dom
$9N
aile
d, S
tapl
ed, G
lued
Dow
n or
Flo
ated
Ash
(FS
C)
Pio
nner
Mill
wor
ksFS
Csl
ight
ly le
ss th
an re
clai
med
Am
eric
an A
shC
arlis
le W
ide
Pla
nk F
loor
s3-
7"so
lid p
rice
+ 20
%6-
8 w
eeks
Nai
led,
Sta
pled
, Glu
ed D
own
or F
loat
edM
ore
expe
nsiv
e th
an s
olid
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ntiq
ue A
shC
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ide
Pla
nk F
loor
sR
ecla
imed
solid
pric
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ksN
aile
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tapl
ed, G
lued
Dow
n or
Flo
ated
Thic
kest
wea
r lay
er fo
r eng
inee
red
(3/1
6")
WH
ITE
OA
KB
espo
ke (c
usto
miz
able
)LV
Woo
d Fl
oors
Sel
ect/R
ustic
5/8"
3-7"
sin
gle
or ra
ndom
Ran
dom
2-1
0'12
-25.
006-
8 w
eeks
Has
bee
n us
ed s
ucce
ssfu
lly o
ver r
adia
nt fl
oor
Doe
s no
t mat
ch m
useu
m in
terio
r woo
d flo
or13
/16"
8-12
" sin
glle
or r
ando
mG
lue
dow
n in
stal
latio
nH
ard
woo
d- u
sed
in h
igh
traffi
c/ m
oist
ure
prob
lem
are
asG
reat
er a
vaila
bilit
y an
d se
lect
ion
of w
idth
s
SPEC
IFIC
S:E
ngin
eere
d ge
nera
lly re
com
men
ded
over
con
cret
e sl
abs
and
in a
ll ar
eas
whe
re m
oist
ure
is a
pro
blem
.O
ne o
f the
ben
efits
of u
sing
a fl
oatin
g flo
or is
that
the
floor
boa
rds
are
lock
ed to
geth
er a
t the
join
ts o
f eac
h bo
ard
and
not n
aile
d or
adh
ered
to th
e su
bflo
or. M
inim
izes
gap
ping
.V
erify
War
rant
y on
floo
ring
whe
n us
ed w
ith ra
dian
t hea
ting
syst
em.
Floo
ring
Mat
eria
ls- P
roje
ct #
818
Mic
hene
r
MAT
ERIA
L TY
PEPR
OD
UC
TSU
PPLI
ERG
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Thic
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idth
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OST
INST
ALL
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OST
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D T
IME
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SC
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S ,*
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#(cu
t)
SOLI
D H
AR
DW
OO
DS
WA
LNU
T
Qua
rter S
awn
Wal
nut
Car
lisle
Wid
e P
lank
Flo
ors
Hei
rloom
3/4"
5" m
ax.
$17
8-10
wee
ksIf
dist
ress
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ok d
esire
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ofte
r woo
dIf
smoo
th lo
ok d
esire
d- s
ofte
r woo
dO
il ba
sed
finis
hes
allo
w w
alnu
t to
natu
rally
dar
ken
Req
uire
s na
il do
wn
inst
alla
tion
from
exp
osur
e to
sun
light
Lim
ited
supp
ly a
nd a
vaila
bilit
yP
refe
rred
app
eara
nce.
C
ost
Diff
eren
ce o
f opi
nion
rega
rdin
g su
itabi
lity
re:
radi
ant a
nd s
oftn
ess
ASH
Ash
(Am
eric
an G
othi
c)P
ionn
er M
illw
orks
Rec
laim
ed3/
4"3-
10" ,
Ran
dom
2'-1
2' R
ando
mP
robl
ems
with
inse
cts
in m
useu
m a
sh fl
oor
Ash
(FS
C c
ert)
Pio
neer
Mill
wor
ksFS
C3/
4"5"
max
Min
or "w
orm
hole
s" p
ossi
ble
Inse
cts
may
affe
ct s
uppl
yQ
uarte
r saw
nA
mer
ican
Ash
Car
lisle
Wid
e P
lank
Flo
ors
Hei
rloom
3/4"
, 5/8
", 1/
2"4-
12"
8' A
vera
ge$1
3-14
6-8
wee
ksO
ver C
oncr
ete
App
rove
dN
aile
d or
sta
pled
inst
alla
tion
Pla
insa
wn
Am
eric
an A
shC
arlis
le W
ide
Pla
nk F
loor
sO
rigin
al3/
4", 5
/8",
1/2"
3-7"
8' A
vera
ge$1
04-
5 w
eeks
Ove
r Con
cret
e A
ppro
ved
Pla
insa
wn
Ant
ique
Ash
Car
lisle
Wid
e P
lank
Flo
ors
Rec
laim
edm
ax. 5
"4-
8 w
eeks
Ove
r Rad
iant
App
rove
d
WH
ITE
OA
K
Qua
rter S
awn
Whi
te O
akC
arlis
le W
ide
Pla
nk F
loor
s3/
4"10
" max
.$1
8H
as b
een
used
suc
cess
fully
ove
r rad
iant
floo
rD
oes
not m
atch
exi
stin
g m
useu
m fl
oor
5 "
$13
Gre
ater
ava
ilabi
lity
and
sele
ctio
n of
wid
ths
Har
d w
ood-
use
d in
hig
h tra
ffic/
moi
stur
e pr
oble
m a
reas
SPEC
IFIC
S: In
wal
nut l
ogs
tend
to b
e sm
alle
r tha
n O
ak, s
o su
pply
of c
onsi
sten
tly d
ark
boar
ds (h
eartw
ood)
of s
ubst
antia
l wid
th c
an b
e ve
ry li
mite
d, a
nd e
xpen
sive
.Th
icke
rflo
oras
sem
blie
sV
erify
finis
hed
floor
heig
htw
ithre
spec
tto
door
clea
ranc
esTh
icke
rflo
or a
ssem
blie
s.V
erify
finis
hed
floor
heig
ht w
ith re
spec
tto
door
cle
aran
ces.
Rec
omm
ende
d in
stal
latio
n fo
r sol
id w
ood
over
con
cret
e us
ually
sle
eper
sys
tem
with
moi
sure
bar
rier a
nd p
lyw
ood
subf
loor
. P
lain
Saw
n N
OT
RE
CO
MM
EN
DE
D e
xcep
t Car
lisle
Wid
e P
lank
ENG
INEE
RED
WO
OD
WA
LNU
T
QU
AR
TER
SA
WN
Bes
poke
(cus
tom
izab
le)
LV W
ood
Floo
rsS
elec
t4"
max
. 2
-10'
Ran
dom
$14
Rad
iant
floo
r app
rove
d4"
Max
imum
Wid
th(o
iled
wal
nut)
Glu
e do
wn
inst
alla
tion
Wal
nut v
enee
r lay
er is
sof
ter w
ood
Will
age
/dar
ken
sim
ilar t
o so
lid w
ood
scra
tche
s fro
m h
igh
heel
s/ca
terin
g ca
rts
PLA
IN S
AW
NB
espo
ke (c
usto
miz
able
)LV
Woo
d Fl
oors
Sel
ect/R
ustic
5/8"
3-7"
sin
gle
or ra
ndom
2-1
0' R
ando
mR
adia
nt fl
oor a
ppro
ved
Hea
vier
pat
tern
ing
(oile
d w
alnu
t)13
/16"
8-12
" sin
glle
or r
ando
mG
lue
dow
n in
stal
latio
nW
alnu
t ven
eer l
ayer
is s
ofte
r woo
dW
ill a
ge/d
arke
n si
mila
r to
solid
woo
dsc
ratc
hes
from
hig
h he
els/
cate
ring
carts
12" m
axim
um w
idth
ASH
Ash
(Am
eric
an G
othi
c)P
ionn
er M
illw
orks
Rec
laim
ed5/
8"4-
6", R
ando
m1'
-8' R
ando
m$7
.48
Nai
led,
Sta
pled
, Glu
ed D
own
or F
loat
edA
SHA
sh (A
mer
ican
Got
hic)
Pio
nner
Mill
wor
ksR
ecla
imed
5/8"
6-8"
, Ran
dom
1'-8
' Ran
dom
$9N
aile
d, S
tapl
ed, G
lued
Dow
n or
Flo
ated
Ash
(FS
C)
Pio
nner
Mill
wor
ksFS
Csl
ight
ly le
ss th
an re
clai
med
Am
eric
an A
shC
arlis
le W
ide
Pla
nk F
loor
s3-
7"so
lid p
rice
+ 20
%6-
8 w
eeks
Nai
led,
Sta
pled
, Glu
ed D
own
or F
loat
edM
ore
expe
nsiv
e th
an s
olid
.A
ntiq
ue A
shC
arlis
le W
ide
Pla
nk F
loor
sR
ecla
imed
solid
pric
e +
20%
6-8
wee
ksN
aile
d, S
tapl
ed, G
lued
Dow
n or
Flo
ated
Thic
kest
wea
r lay
er fo
r eng
inee
red
(3/1
6")
WH
ITE
OA
KB
espo
ke (c
usto
miz
able
)LV
Woo
d Fl
oors
Sel
ect/R
ustic
5/8"
3-7"
sin
gle
or ra
ndom
Ran
dom
2-1
0'12
-25.
006-
8 w
eeks
Has
bee
n us
ed s
ucce
ssfu
lly o
ver r
adia
nt fl
oor
Doe
s no
t mat
ch m
useu
m in
terio
r woo
d flo
or13
/16"
8-12
" sin
glle
or r
ando
mG
lue
dow
n in
stal
latio
nH
ard
woo
d- u
sed
in h
igh
traffi
c/ m
oist
ure
prob
lem
are
asG
reat
er a
vaila
bilit
y an
d se
lect
ion
of w
idth
s
SPEC
IFIC
S:E
ngin
eere
d ge
nera
lly re
com
men
ded
over
con
cret
e sl
abs
and
in a
ll ar
eas
whe
re m
oist
ure
is a
pro
blem
.O
ne o
f the
ben
efits
of u
sing
a fl
oatin
g flo
or is
that
the
floor
boa
rds
are
lock
ed to
geth
er a
t the
join
ts o
f eac
h bo
ard
and
not n
aile
d or
adh
ered
to th
e su
bflo
or. M
inim
izes
gap
ping
.V
erify
War
rant
y on
floo
ring
whe
n us
ed w
ith ra
dian
t hea
ting
syst
em.
08 wORK, KTA
2 Café structure iterations to test visibility of viability with structural engineer [Rhino]
3 Completed additional diagrams and assembled all into presentation for client and to the general public.[Revit, Rhino, Autocad, Photoshop, Indesign, Illustrator, Powerpoint]
1 Tower to match existing drawing of City Hall. Worked from multiple photos to acquire high level of detail and correct perpectival distorition. [Autocad, Photoshop]
1 Wood flooring research for demanding indoor/outdoor radiant heat application. Issues included cost, plank width, durability, dimensional stability.color availability, and resistance to a mysterious insect infestation at the museum.
2 Fire and life safety drawings in Revit.
3 Photography, inventory and site measurements of existing sculpture garden.(not shown)
Michener Museum Event Pavl l ion
Di lworth P laza
[Spring 2010+ Winter 2010 ]