Ryan Ornberg // Portfolio
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Studio One Coffee Rome Media Intro Details X-acto Sketchup All Night Present Context Van Der Rohe Subtlety Studio Two Site Visit Render Analysis Book ENVD Project Camera Tabula Rasa Night Owl Supplies Conecpt Koolhaas Material Social Factors Metropolis Structures Pin-Up Function Form Golden Section Eraser Systems Urban Park Construction Music Delirious Expression Auditorium Basswood Flash Drive HTML Layout Ink Mylar Section Hostel Art Model Field Trip Ecology Urbanism Piano Theory Studio Three Pencil Desk Crit Zaha Moleskine Energy Drafting Beam Fenestration Sharpie Trace Digital Site Model Collaborate Sketch Diagram Photoshop Hard Hat Big Boxes Meier Tape Revit House Communicate Do Not Touch Spray Paint Zeit geist Vitruvious Graphics AutoCAD Scale Vegetation ADA Wright Print Preview Sexy Bilboard Work Precedent Typology Corb Village Interview HVAC Farmers Blade Sustainable Furniture Plan Client Studio Four Subway Lecture Architect Physics Ipod Research Gwathmy Circulation History Sand Color Scheme Symbol Plumbing Bicycle Light Review Parking Ticket Rapidograph Chapstick Sleep Dubai Branding Sunrise Library Foster Truss Public Private Promenade Glazing Kitchen Theme Use Friends Nap Restart Coffe Film Competition Group Floor Slab Downtown Beam Standards Zumthor Deconstruct Portal Delineate Chair Laser Cut Rotate Idea Origin North Arrow Board Revit Grid Engineer Virtual Figure Ground Lintel Junkspace Midterm Interstitial Cantilever Machine Array Poche Pizza Typography Metaphor Rogers Study Model Culture Critique Deadline Chipboard Submittal Intern Elevation Climate Solar Scan Manifesto Rainscreen Connection Translucent Less More Luminaire Slice Ramp Interject Superficial Foundation Notes Style Facade PerformativeNapkin Eminent Domain Portfolio Riser Coupon Paraline Bollard Paladio content*
Ryan Ornberg B. Environmental DesignUniversity of Colorado 2011
01 Boulder Hostel 05
02 The Kitchen 13
03 48 Hours 21
04 Platforms 25
05 Roadside 29
06 Farmers’ Market 39
CV 03Introduction
Academic Work
Contact info: Cell: 630-730-5269 Email: [email protected]
Born and raised in Naperville, IL, I needed a change of scenery and a higher sense of adventure. Therefore, I enrolled in the University of Colorado’s School of Architecture and Planning to remedy the situation. Now living in Boulder, I spend my free time hiking, cycling, snowboarding and mountain biking. At school, I find designing in real and practical contexts to be extremely interesting. Professionally, I aspire to be an environmentally conscious architect and to provide great spaces and experiences for the public.
Introduction
CVCU Study Abroad, Rome, Italy Humanities Department May 2009
Awards and Activities Dean’s List Fall 2007 Dean’s List Fall 2009 Dean’s List Spring 2009 Dean’s List Spring 2010 Dean’s List Fall 2010 CU Cycling Team Spring 2009 College of Architecture Gallery Exhibit (p. 39) Fall 2010
Employment Partners by DESIGN inc. Chicago,IL Intern May 2010 - August 2010
K. Peterson Associates Naperville,IL Intern May 2008 - August 2008
Chicago Architecture Today Chicago,IL Intern/Writer February 2007 - June 2007
Technical Skills AutoCAD Revit SketchUP Maya Rhinoceros Adobe Photoshop Adobe Illustrator Adobe InDesign
03
Education Graduate School Applicant Master of Architecture Intended duration: Fall 2011 - Spring 2013
University of Colorado, Boulder, CO Bachelor of Environmental Design Architecture Emphasis - May 2011 GPA: 3.48
Boulder Hostel[Studio Three] Professor: Ping Xu
Term: Spring 2010
Boulder, CO is a very active town that experiences many visitors. However, there is no affordable place to stay upon visiting. This design is a proposal for a hostel located in the foothills west of town. It is centered around the idea of community, and explores the concept of revealing. The building lifts up from the hillside and cuts away from itself to provide opportunities for people- watching. Visitors become the revealed object. Opportunities for exhibition occur in the atrium section (below the main skylight) where the floor steps down to a dining area. Visitors can also look out the front and see people swimming in the basement. Patrons can also observe new guests arrive from the loft above the entrance.
07
5280'
North
1: site plan 2: basswood model
1: second floor
Level 0.5-2' - 6"
DORMROOM
STORAGE
LOUNGE
UP
OPEN TOBELOW
FIRE ESCAPE
BATH RM
Level 1.510' - 0"
Level 212' - 0"
BATH RM
BATH RM
UP
DORMROOM
DORMROOM
A
A'
B B'
2: south section09
10
Level 0.5-2' - 6"
Level 10' - 0"
LEVEL -1-10' - 0"
RECEPTION
OFFICE
GALLERY
STORAGE
BATH RM
BATH RM BATH RM
UP
DINING
COMPUTERLAB
KITCHEN
BAR
FIRE ESCAPE
BATH RM
READINGROOM
PATIO
AMPITHEATER
GARDEN
UP
UP
UP
A
A'
B B'
1: first floor plan
The program consisted of 24 beds with both private and communal rooms. A dining area, swimming pool, recreation area, locker room, computer lab, reading room, bar, kitchen, reception, office, theater, and art gallery.
room
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11 1: amount of program 2: approach vignette
The Kitchen[Studio Two] Professor: Chris Jahn
Term: Fall 2009
After interviewing cooks, waiters, and managers from one of Boulder’s posh restaurants, The Kitchen, our studio compiled a program for the restaurant’s new location on the popular Pearl Street Mall. The site is occupied by a boarded-up house which holds historic value as “The German House”, which was once a hostel and bar for German immigrants in the early 1900’s. The new program required a larger restaurant which reflected The Kitchen’s communal practices and a separate wine lounge with outdoor seating. My design placed the wine lounge in the existing building which connects via two gaskets to a new addition which contains the restaurant and supporting services.
15 1: site plan 2: basswood model
North
17 1: second floor plan 2: first floor plan
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1: Dining with 16 Seats2: Dining with 40 Seats3: Community Dining 4: Office5: Employee Room6: Entry 7: Patio8: Bar 9: V.I.P. Room
North
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1: Dining with 16 Seats2: Dining with 40 Seats3: Community Dining 4: Office5: Employee Room6: Entry 7: Patio8: Bar 9: V.I.P. Room
181: interior rendering
201: south section
The restaurant is composed of a system of planes which control views and light to provide ever changing experiences. The front facade chooses to isolate mountain/street views based on which level the user is on. Fenestration is placed in key areas to frame certain views, such as at table level to put the food on display. The idea of a plane is further expanded to define the roof systems.
48 Hours[National Competition] Host: AIA Atlanta
Term: Fall 2010
With the design brief distributed on a Friday, and the submission deadline on the following Sunday, 48 Hours posts the challenge of representing a design concept in very little time. This year’s competition called for a redevelopment of a 15 acre urban amalgamation of parking lots and rail road tracks in the heart of downtown Atlanta, GA. In order to preserve the essence of the train tracks, pedestrian circulation was placed above which loops around the site. Parkland ramps down from the above street level to provide an oasis in the city. Many designed features would then be added to the site to provide a completely public entity. In order to revitalize the industrial area, mixed-use developments would surround the site.
23 1: botanic pavilion 2: exploded site diagram 3: water feature
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2: typical section1: site plan
1: Mixed-Use Development
2: Large Band Shell with Seating 3: Restaurant and Overlook
4: Bike/Walking Path
5: Sculpture Garden 6: Retention Pond and Stream 7: The Steps 8: Shallow Water Feature 9: Community Art Center
10: Children’s Discovery Center
11: Botanic Pavilion
12: Rehabilitated Mixed-Use 13: Dog Park
14: Basketball Court/Skatepark
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Platforms[UIC Workshop] Professor: Paul Preissner
Term: Summer 2010
Over a course of two weeks, the Platforms Workshop covered Rhino, Grasshopper, and Maya. The final exercise was a comprehensive design which incorporated aspects of each computer program. This “Bending Tower” was described by a Grasshopper definition which can control the height, bend, width, and geometry of the form. For the depicted iteration, The tower starts as a hexagon at the base and deforms to a square at the top. The skin is tessellated into triangles to allow for ease of panel construction. The computer model was then sliced so that the pieces may be cut and stacked to create the form. Lastly the tower was manipulated and rendered in Maya.
27 1: assembly diagram
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Roadside [Studio Four] Professor: Marcel de Lange
Term: Fall 2010
31 1: site plan 2: basswood model
Valmont
75th
North
The design of a roadside farm stand raised questions of open/closed relationships and signage that would attract the most customers who drive past the site. The result was an object that could be prefabricated and shipped to any location and outfitted with custom graphics. Additionally, the farm could move its stand to various locations, including farmers markets. The farm stand consists of an interior box which has a fixed position while an exterior box slides over this on tracks. When the market is open, the stand can thus slide open and add an extra 2/3 of its original length. When the market closes down, the stand simply slides back to a sealed position. This kinetic relationship then organized the fixed/mobile aspects of the plan.
321: assembly diagram
Dimensions
48' x 9' x 13.5' 48' x 10' x 10'
BrandingHere
1: Order factory built ‘Road Side Farm Stand’ with custom branding
5: For daily use, unlock the stops placed along the bottom of the interior box
6: Pull outer box forward to desired position
2: Install stand so that embedded wheels are on previously laid tracks
Reclaimed rail road tracks
Steel wheels impacted in floor system
3: Ensure that outer box slides forward
Leg of interior stationary box
6” metal rollersimpacted in floor of exterior moving box
4: Tie in plumbing and/or electrical to existing infrastructure
33 1: model open 2: model closed
Branding graphics are positioned so that the information changes based on the status of the market.
35 1: roof plan 2: floor plan 3: section 1
display area
folding tables fixed counter w/shelving
section 2
check-out storage/office
bath
section 2
section 1
362: section 21: program diagram
Sh
op
pi
ngP
urch
ase S
tora
geB
ath
market
MunsonFarms|organicmarket|
market
MunsonFarms|organicmarket|
37 1: market renderings 2: front elevation 3: back elevation
Permanent Market [Studio Four] Professor: Marcel de Lange
Team Partner: Stephen Anderson
Term: Fall 2010
41 1: site plan 2: basswood model
Boulder is home to a rapidly growing Farmers’ Market, yet it has no permanent infrastructure to support it. This proposal for a multi-use building was derived after interviewing market directors, farmers, and compiling research.The linear promenade aspect of the current market was manipulated to wrap around the new site and the floor slabs were then ramped at 1:48 to provide a subtle rise to the second floor. This allows vendors to drive into the building and unload their goods directly at their stand, and then continue to an underground parking garage. This also gives the visitors a unique experience which culminates at a green roof. Shortcuts between levels were also added to create a closed circulation.
North Arapahoe
13Th
Linear Promenade ofCurrent Market
Wrap Linear Market Around New Site
Ramp Up to Allow for Vehicle Circulation and Level Change
Extend Roof for More Vendors and Insert Additional Program Below
Connect Shortcuts for Efficient Circulation as Closed Loop
Drop Ramp to Parking Garage and Adjust Corners for More Space
2: user circulation1: design process 44
45 1: second floor plan 2: west section
1: Vendors2: Lounge3: Parking Access 4: Cooking Demos5: Prepared Food Vendors6: Patio/Bar 7: Courtyard Below1
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1: Vendors2: Lounge3: Parking Access 4: Cooking Demos5: Prepared Food Vendors6: Patio/Bar 7: Courtyard Below
461: first floor plan
1: Entry2: Vendors3: Soap Box 4: Bathrooms5: Parking Access6: Courtyard 7: Offices8: Bathrooms 9: Coffee Bar
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