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Daniel Schoultz ARCHITECTURE PORTFOLIO Master of Architecture 2012
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scapeshift
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hanji craft institute
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maggie’s centre
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loggia housing
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purely wooden
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miscellaneous works
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curriculum vitae
Daniel Schoultz master of architecture I 2012 bachelor of building construction djschltz@gmail.com
scapeshift membership based workshops st. louis, mo I chouteau’s landing professor: Phil Holden I fall 12
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program workshops, training, computer room, materials lab, studios, shop, cafe, and event space project site lot size : 51,000 sqft building size : 36,400 sqft material structure - steel structure on concrete slab envelope - steel tracks, insulated glass, insulated shutters design data software - Rhino 3d, Illustrator, Photoshop, AutoCAD hand - paper, acetate, wood, clay, joint compound, paint
mississippi river flood wall
make and create inserted amid the deteriorating elements of the faded industrial zone of chouteau’s landing, the project seeks to call attention to this area’s adapting landscape while still pertaining to both the nature of the place, and that of the program. the building’s sloped access takes individuals up and onto the elevation of the flood wall in a desire to re-engage with the mississippi river, while providing a strong sense of a place that resonates with possibilities. the program of the project is a membership based workshop that provides training, resources, tools, and equipment to create and make with your hands what your mind dreams up.
the project site saddles the flood wall built along the banks of the mississippi river. while serving its purpose of protecting businesses from seasonal flooding, the wall has also closed off access to the river, making it almost obsolete, forgetting its relevance to the city.
ramp to rise up ov
aces
tive sp interac
expansive views
concept sketch
study model
er wall
engagem
ent with
ground
site plan |
foundation plan |
retractable shutters
the exterior perimeter shutter system shades direct sunlight, reduces thermal transfer, and locks in the conditioned environment when fully closed. the shutters also help secure the buildings contents. the duality of the building’s appearance between glass and steel that the shutters provide represents the open, forward thinking vision of the new (glass), while aligning with industrial surroundings and infrastructure (steel).
rendered elevation | open hours - operable shutters fully retracted
rendered elevation | closed hours - operable shutters fully extended
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details
500 yr flood level
100 yr flood level
annual water mark
cover | roof system +30’
ceiling | interstitial space +26’
program | creative activities +15’
landing | platform +15’
foundation | piers +0
exploded axonometric
section |
A-A
activity space between buildings
hanji craft institute korean paper cultural institute Seoul, Korea I bukchon professor: Kim Jungsung I fall 11
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program exhibition room, gallery, shops, cafe, workshops, classrooms, offices project site lot size : 9,800 sqft building size : 21,200 sqft material structure - reinforced concrete, steel envelope - board form concrete, insulated glass design data software - Rhino 3d, Illustrator, InDesign, Photoshop, AutoCAD hand - cardboard, foamcore models
the Bukchon neighborhood in Seoul, Korea is a popular destination for seoulites and tourist, providing a pocket of tranquility and cultural richness within a fast pace city. nestled at the base of a mountain, Bukchon has become a unique landscape of traditional forms coexisting with contemporary buildings. the design of the site, places pathways between the building’s massings, striving to perpetuate the relaxing, exploratory nature of the area’s alleyways onto the project site.
echoed alleyways the design of the site, places pathways between and within the site’s massings of enclosed and open spaces. it strives to perpetuate the relaxing, exploratory nature of the area’s alleyways on the project’s site. the site’s pathways connect the lower, main street to the upper, residential road, and provides several, interconnected ways to experience the hanji craft institute.
interior pathways
interior circulation
exterior pathways
exterior circulation
Sa
ng
g-do
eon mch
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area plan |
borrowed views the building site situated on a three story shelf between the lower, main street and the upper residential area is orientated towards spectacular views of the surrounding mountains and cultural grounds. the hanji craft institute’s floor plans and elevation design accentuates the focus on adjacent landscape through framing views surrounding environment.
view corridors
view orientation
process | models
concept
massing
frames
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orientation
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5 1
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8
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plan | level
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scale 1 : 100
plan | level
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scale 1 : 100
form generation
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2 3
plan | level
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scale 1 : 100
section | details
the building re-engages pedestrian discovery by providing continuous pathways throughout the site. even from the outside, there are ample opportunities to view Korean crafts being made, as well as providing amazing views of the surrounding landscape.
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maggie’s centre post cancer wellness center st. louis, mo I the grove professor: Craig Dykers & Aaron Dorf (Snohetta) I spring 12
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TE
+ Water Feature
Spa
project site lot size : 16,800 sqft building size : 4,400 sqft
Exercise Space Dressing Rm + Landscaping + Seating
Workshop + Communial Seating + Activity Tables
Meeting Space
Cafe / Lounge
+ Computers bathroom + Video
embrace and engage
+ Coat Rack
Library
Lobby
SUP
PO
R conceptual models
Greeting Area
+ Desks + Wifi
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+ Decking + Seating
Storage
Admin.
+ Noise Abatement
GARDEN
program adjacencies
SC
Consultation Rm
Kitchen / Dinning
DI
+ Sofas + Coffee Tables
OV E R
+ Abundant Natural Light
AX
design data software - Rhino 3d, Illustrator, Photoshop, AutoCAD hand - paper, foam models
bathroom
REL
material structure - reinforced concrete, steel envelope - brick(painted), insulated glass
the post cancer center focuses on the connection to life, rather than the afflictions that cancer may have caused. this noninvasive phase of cancer recovery shall occur in a comfortable, relevant, meaningful place for visitors and caregivers alike. the project design was to create a welcoming embrace that intrigues the visitor into engaging with the internal and exterior conditions of the building, while also wrapping the large oak tree on the selected site. it was important to create the bond between the building and the existing tree to accentuate the healing power of nature.
+ Sky View + Hot Bath (onsen)
E REJUV
NA
GARDEN
program resource library, community gathering, consulting and therapy rooms, kitchen
presentation model
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site plan |
scale 1/8” : 1’
plan | level
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plan | level
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scale 1/4” : 1’
scale 1/4” : 1’
section |
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section |
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entrance view
gathering space
rear corridor 29
loggia housing multi-family residence st. louis, mo I delmar professor: Stephen Leet I fall 10
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program studios, 1-2 bedroom apartments, work/live units, lobby, community center, bike storage project site lot size : 29,100 sqft building size : 32,400 sqft material structure - reinforced concrete, steel envelope - slate tile, insulated glass, sunscreen system design data software - SketchUp, Illustrator, InDesign, Photoshop, AutoCAD hand - cardboard, color paper models
adaptive expansion each residence has a private loggia with a two layer screening system, one of the layers is semitransparent. The screens allow for either sun shading or complete encloser creating a sun room.
the multi-family housing project advocates a density of residence that contributes to the social life of the neighborhood. based on a study of climatic conditions and the sun’s yearly trajectory, the site was designed by terracing residences that range from studios to two bedrooms. each unit has its own loggia, creating a hybrid typology that combines the house and the apartment. this hybrid housing allows for communal living while still providing each housing unit a sense of privacy. the loggias additionally provide each housing unit passive environmental conditioning, and adaptive use of the space throughout the year.
sectional progress model
presentation model
Elevation |
Section |
WEST
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Elevation |
Section |
NORTH
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daytime | towards loggia
evening | from loggia
fz fx
fy
purely wood digital wood fabrication st. louis, mo I mississippi wave professor: Ken Tracy I summer 12
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program digital wood fabrication summer studio. selected area of interest - environmental friendly surfboard material veneer - bamboo core - paulowania
surfboard core design fz fx
fy
design data software - Rhino 3d, Grasshopper, Illustrator, Photoshop, MasterCAM cnc - mill cedar, paulowania hand - wood carving, sanding
riding nature ironically, surfing, a recreational activity that creates a harmonies relationship between man and nature is most often performed on a highly toxic material, polystyrene foam (EPS). polystyrene is a petroleum based polymer that off gases VOCs in its creation, and is non-biodegradable. though because of its strength to weight ratio, economic availability, and ease to shape, it is the most often used material in making surfboards. In this one month project, an alternative to EPS was researched that would provide all of the same desired performance attributes, but did not harm the environment. surfboard anatomy
lessons from nature, the hexagon geometry of the bee’s honeycomb creates optimal strength with least amount of material, ideal for lightweight performance
materials : bamboo veneer solid paulowania core bamboo veneer
test cut
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2x6 cedar marine water bond adhesive clamped 24hrs
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rough sanding control points marked on stock frame for cnc
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cnc pocket both sides cnc surface mill both sides hand sand excess
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stock removed edges sanded light sealant
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pattern recognition | Rhino 3D
miscellaneous works core studios various locations 08.2009 - 5.2010
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urban theater core studio St. Louis, MO I washington ave. by Sung Ho Kim I fall 09
the urban theater design was an extension of the activities on the street, drawing in and absorbing the density of the street population. by having open, outdoor seating with views to the stage, the theater sought to bring people of various demographics together to enjoy the performing arts. design data |
software - Rhino 3d, AutoCAD, Illustrator hand - model making
environmental research lab core studio Mississippi | crosby arboretum by Heather Woofter | Spring 2010
located in an arboretum on a swampy piece of land, the research center was raised for increase ventilation and wrapped in a performative skin that provides sun shading during day time, though does not impede air flow.
design data |
software - Rhino 3d, AutoCAD, Illustrator, Photoshop hand - model making, laser cutting
CURRICULUM VITAE
Washington University in St. Louis, St. Louis, MO Sam Fox School of Design and Visual Arts Master of Architecture cum laude; GPA 3.70/4.0 study abroad: Konkuk University, Seoul, Korea study abroad: Aalto University, Helsinki, Finland
12.12 08.11 - 12.11 01.11 - 05.11
George Mason University, Fairfax, VA Office of Professional Education
Facility Management Certificate Program
09.06
Virginia Tech, Blacksburg, VA College of Architecture and Urban Studies
HONORS & AWARDS
Bachelor of Science in Building Construction
H.B. and M.B. Simon Scholarship
05.92
08.10 - 12.12
Washington University in St. Louis
Guest Speaker
09.07
Japan Facilities Management Association, Yokohama, Japan
Education and Research Foundation Scholarship
08.90 - 05.92
(e) djschltz@gmail.com | (w) www.danielschoultz.com | (m) 314.225.7681
EXPERIENCE
EDUCATION
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Now for Architecture, studio intern, Helsinki, Finland
SB Architects, studio intern, San Francisco, CA worked on design of community amenities in large scale condominium development in Wuhan, China. supported marketing department by creating wall panels to promote firms work to future clients.
15 years of construction experience in advancing roles from field engineer to construction operations manager and project controls manager. project sizes from $500k to $500million.
Micron Technology, Inc. managed design and construction of capital projects. responsibilities included feasibility studies, programming, design coordination, project management, and commissioning of facilities systems. led cross functional teams to standardize business practices and implement performance indicators. Project Controls Manager, Singapore and Xi’an, China Facilities Management Lead, Boise, Idaho Construction Operations Manager, Nishiwaki City, Japan Facilities Project Manager, Avezzano, Italy Project Coordinator, Boise, Idaho
09.07 - 08.09 08.05 - 08.07 07.03 - 07.05 01.00 - 06.03 03.96 - 12.99
McAlvain Construction, Inc., Boise, Idaho
03.94 - 02.96
onsite construction project management of several new semiconductor manufacturing buildings and projects located on Mountain Home Air Force Base. oversaw contract execution, field quality control, document control, change management, project schedule, and budget control.
Intermountain Construction, Inc., Ketchum, Idaho
Sigma Lambda Chi
field engineer and asst. project superintendent of construction of ski lodges for Sun Valley. primary responsibilities were site surveying and providing field controls, coordinating subcontractor activities, managing site safety, and housekeeping. procured all general contractor supplied materials.
08.90
05.10 - 08.10
CONSTRUCTION
Association of General Contractors, Blacksburg, VA
National Honorary Construction Society, Blacksburg, VA
05.11 - 08.11
supported model building and design development of new cultural sauna in Helsinki (completion target 03.13). provided initial construction schedule, and cost estimate.
05.92 - 01.94
SKILLS
drafting | hand, Autodesk AutoCAD 2011 digital modeling | Rhinoceros 3D, Revit, SketchUp, rendering in V-Ray model making | laser cutter, cnc milling, wood shop, by hand graphic | Adobe Creative Suite 5 (Photoshop, Illustrator, InDesign) business | advanced MS Office (Word, Excel, Powerpoint), basic SAP construction/facilities management | MS Project, Maximo, Primavera
REFERENCES
language | Italian (conversational), Japanese (intermediate) Bruce Lindsey, Washington University in St. Louis Dean, College of Architecture Sam Fox School of Design & Visual Arts (e) blindsey@wustl.edu (p) 314.935.4636
Peter MacKeith, Washington University in St. Louis Associate Dean, Associate Professor Sam Fox School of Design & Visual Arts (e) mackeith@wustl.edu (p) 314.935.7215
Matt Shipley, Intel Corporation Construction Manager (e) matthew.a.shipley@intel.com (p) 503.309.0347
Dale Eldridge, Micron Technology, Inc. Facilities Director (e) deldrige@micron.com (p) 208.629.3333 USA (p) +65.9137.6342 Singapore
watercolor workshop | fall 12
(e) djschltz@gmail.com (m) 314.225.7681