Jonathan Bartkowicz Architecture Portfolio
Jonathan Bartkowicz Cell: 847.533.8073 Email: jdb@iastate.edu
“To affect the quality of day, that is the highest of arts. ” - Henry David Thoreau, Walden
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MIND
Museum of Innovation + Design | Partner: Noah Diemer Columbus, Indiana has a rich history of not only industry but also that of famous architecture with works from Pei to Saarinen. Both these factors create the perfect foundation for a museum celebrating the local industrial spirit of Innovation and Design. We took this as an opportunity to reexamine the process of innovation and incorporate the community and outside visitors alike. The final product is a result of rethinking of what a museum can be. 01
Fall 2013 | Professor: LaDan Odmidvar
Traditional Process of Innovation
Museum Process of Innovation
Museum Diagram
A Community Involved
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Site Plan
The museum design alters the process of innovation to allow the visitor to partake in the production of innovative objects. The museum procession would allow the visitor to first observe objects of innovation on display within the galleries. They then shift to the studio space where they can produce work of their own. The cycle would complete itself by displaying work produced in the studios into the galleries.
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6 11 1. Security 2. Loading Dock 3. Storage 4. Mechanical 5. Innovative Gallery 6. Lobby 7. Sculpture Garden 8. Archives 9. Rest Rooms 10. Cafe 11. Auditorium 12. Tour Galleries 13. Sky Walk 14. Offices 15. Studio
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Lower Level
Ground Level
Upper Level
The Crane Built into the structure of the production bar on the east side of the site is a Gantry Crane that stretches the length of the building. This crane not only supports various functions to service the building but also pays homage to the city’s industrial history.
Crane Function Diagram
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Service Loading Dock
Front Plaza
Operate Roof Hatch
Move In Raw Materials
Place Finished Work
Studio
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Production Bar Section
INTEGRATED INTERVALS Multi-Family Housing | Partner: Dillon Weitl
Marfa, a town in rural West Texas, has the need for low-income, multi-family housing. The program required six units on the site, we proposed twelve. We took this as an opportunity to prove that density is possible in such a dispersed environment without the perception of close quarters. The derived scheme provides natural lighting, airflow, and privacy integrated within each interval.
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Fall 2014 | Professor: Rob Whitehead
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3. Bar Formation/Unit Division
Relief in a Pattern
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Public Corner
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Parking Node Plans
The site organization allows for outdoor space with varying levels of privacy to provide relief from the density. The open space on the east end of the site acts as public outdoor space. Beyond are the series of bars that are broken down into modules separated by rammed earth walls. A series of breaks are integrated with nodes that pair the function of parking and communal outdoor space for residents within one module of each bar. These nodes serve as semi-public outdoor space.
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1. Living 2. Kitchen 3. Utility
4. Breezeway 5. Bedroom 6. Service Area
On a smaller scale, each unit plan is a pair of bars, one containing public programs, the other private, separated by an outdoor breezeway that serves as private outdoor space.
Unit Interior
3BR Unit Section
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Parking Node
Alleyway
Harnessing Wind
Phenomenology Machine | Partner: Tony Gonzalez When creating a machine to mimic the natural phenomenon of wind, we found that the machine is as much about the phenomenon of wind as its application. After “harnessing� the wind in a mechanized form, we went through a process of documentation, followed by application. The control of airflow became a tool for experimentation that encouraged human interaction.
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Spring 2012 | Professor: Jungwoo Ji
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Cannon Section
Variable Muzzle Diameter
Sectional Drawings
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Plan Drawings
Installation Four cannons, each with a different muzzle diameter, are mounted facing into an atrium space full of reactive targets. The mounting device allowed yaw rotation along the z-axis and roll rotation along the x-axis. The reactive targets encourage use and gauge the effect of the varying muzzle diameters.
Cannon Mobility
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Cannon Mount Detailing
Final Composition
Production Revealed
Davis Mt. Winery | Partners: Dillon Weitl, Brad Paige A winery has a very specific set of requirements based on the machinery needed to process grapes to wine. The program of a winery also provides a unique opportunity for an additional income through tours and rentable event space. The challenge is to incorporate the two programs without interrupting each other. Each has its own language, the winery as a heavy industrial space, and the public spaces with light, gallery-like spaces. 21
Fall 2014 | Professor: Rob Whitehead
Modulation of production space
Glass thresholds to divide into modules
Production module shift to create Crush Pad and Loading Dock
Insertion of public space to reveal production process
Thresholds
Public modules shift in reaction to production program
The building consists of six modules, each broken up by a glass band. These bands allow in natural light and to act as a legible threshold between each step in the wine making process. It is sited jutting into the vineyard for richer experience in the event space and extends into the hill to take advantage of thermal properties for the barrel room. The single shift in a production module creates a protected outdoor crush pad as well as a loading dock.
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Site Plan
Employee Access Visitor Access
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1. Lobby 2. Event Space 3. Kitchen 4. Barrel Room 5. Lab 6. Crush Pad 7. Offices 8. Loading Dock 9. Mechanical 10. Barrel Room 11. Wine Tasting 12. Tour Galleries
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Ground Floor
Mezzanine Level
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The Reveal With the cut through the production bars, the tour spaces provide elevated views into the production space revealing the process of making wine without interrupting it. Sectionally, the space below can be reserved for enclosed support programs, such as offices, labs and mechanical spaces, removed from public view.
Production Floor Production Floor
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E-W Section
Event Space
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Field of Dreams
Elia Zenghelis Masterclass Partners: Cole Davis, Jasmine Gunn, Holly Pohlmeier The workshop consisted of two parts, extrapolation followed by synthesis. First, the study of a paradigm, the Palace of Diocletian. Second the transformation of the paradigm, expressed in a singular emblem; a visual manifesto displaying the intentions of the group. In our case, a conclusion on the physical and metaphysical limits of society.
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Spring 2015 | Professor: Elia Zenghelis, OMA Founder
EDUCATION
Iowa State University - Ames, IA Bachelor of Architecture - Professional Degree Environmental Studies - Secondary Major Expected Graduation - Spring 2015 Iowa State University - Rome, IT College of Design Study Abroad Program Spring 2014
RELATED EXPERIENCE
Iowa State University - Ames, IA Peer Mentor, DSN 102 - Aid in development of 20 entry level student’s design thinking - Lead in class discussions, critiques and demonstrations - Evaluate the course and projects in weekly seminar led by - Program Director to further develop course Fall 2014 - Present DATUM: Student Journal Of Architecture Secretary (2014-Present), Member - Aid in coordination of meetings and other administrative tasks - Manage web presence and maintain publicity campaigns - Work published in Datum No. 5, Binocular Vision 2013 - Present Elia Zenghelis Masterclass Participant - 10 day intensive workshop extrapolating and transforming a - historic paradigm into emblematic image - Worked under guidance of OMA Founder Spring 2015
HONORS + AWARDS
Iowa State Award for Competitive Excellence, 2010 - 2014 Iowa State University Iowa State Dean’s List, 2012 - 2014 College of Design, Iowa State University National Society of Leadership and Success, 2013 Project Inclusion in NCARB Accreditation, 2013 Department of Architecture, Iowa State University Pip Foundation Scholarship, 2010 The Pip Foundation
SKILLS
Proficient - Revit, AutoCAD, SketchUp, Photoshop, Illustrator, InDesign, - Model Making, Microsoft Office Developing - Rhino, Vasari
REFERENCES
Mr. Robert Whitehead, AIA LEED AP Assistant Professor - Department of Architecture, ISU rwhitehead@iastate.edu | 515.294.8276 Mr. Jungwoo Ji Lecturer - Department of Architecture, ISU Principal - eu.k Architects techarch@iastate.edu | 914.419.4589