Matthew Schmid Portfolio
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Transcript of Matthew Schmid Portfolio
Matthew SchmidUIC School of Architecture
Urban Dice
M. Arch 2 Fall 2010Instructor: David Brown
The design proposal for an Educatorium is located adjacent to and directly above Chicago’s historic Union Station, affording the opportunity for direct interaction between one of the city’s transportation hubs, and the building’s live, work, and play programs. The proposal identifies interior public spaces throughout the city embodying similar programmatic types and re imagines these spaces inversed on the site as a folded urban dice. By flipping the formal relationship of several of these public interiors, new programmatic opportunities are established for the Educatorium’s interior spaces and also for the exterior surfaces; becoming vertical plazas accessible from the surrounding urban environment.
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Existing Interior Public Spaces
Connected Interior Public Spaces
Urban Proposal4
1. Extend
2. Fold
3. Extrude
Genealogy: NL Architects: Return to the Fold
Situationist Plan
The Educatorium’s urban proposal sought to bring together the city’s interior public spaces through a continuous connection of circulation. This “tunneled”connection system would embody a similar disoriented feeling that is apparent in the Situationist urban plan, allowing the interior public spaces to be used as a means of re-orienting yourself within the city. The image on the right demonstrates an inversion of one of the city’s interior public spaces re-imagining the Auditorium building’s programmatic potential if it were to be folded vertically.
Fold
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Folded Urban Proposal Condensed Public Space 6
Inverted Auditorium Building
Site Plan: Showing bike circulation up to sports plinth
7 Continuous Bike Ramp
SPORTS PLINTH
READING TERRACE
RECREATION FORUM
Catalog Sections: (North-South)
Catalog Sections: (East-West)
Catalog Plans 8Live Work Play
Section Detail: Showing exterior reading terrace
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11 Egg Auditorium
120’ 40’ 160’5’ 100’40’
Section: (North-South)
13 Auditorium Perforated Wall
Tenth Floor Plan14
15 Circulation Axonometric
Urban Dice
Structural Axonometric
Third Floor Sixth Floor Tenth Floor Fifteenth Floor
M. Arch 2 Spring 2011Instructor: Dan WheelerDesign Development
The Educatorium’s design development introduced systems of structure, egress, fire protection, and HVAC, while maintaining the studio project’s original design intentions. This technology course addressed the building’s overall systems, while also detailing a specific moment within the project.
16Circulation Section Structural Section
Third Floor Sixth Floor Tenth Floor Fifteenth Floor
Stairs Elevator Chase Plumbing Mechanical Transfer
Urban DiceCollective Connection
M. Arch 2 Spring 2011Instructor: Ryan Palider
The design proposal for a housing complex located along the Chicago River in the city’s south Loop generates a new collective identity for residents of single, double, and family unit sizes. The formal strategy of the project is derived from the aggregation of the three unit types generating both light wells for a more internal communal presence, as well as larger exterior voids allowing each unit to have a visual relationship with the city. In accordance with the project’s more internally focused connections, the project’s overall aggregation is stitched through interweaving bands of communal program and accessible public plinths establishing a new “city in the sky model” for city of Chicago.
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Public Plinths
Semi-Public Programs
Public Programs
Ground Circulation
Unit Aggregation
Single Units: Relationship to the City
Double Units: Relationship to Interior Voids
Family Units: Relationship to Public Path
Circulation Systems
Aggregation The aggregation of each housing unit has a distinct relationship based upon its location within the overall structure. The Single units are located towards the periphery establishing a visual connec-tion with the city, the Double units are internally focused towards the project’s interior voids, and the Family units are located adjacent to the public plinths establishing an interior/exterior relationship.
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22View of Communal Public Plinth
Sixth Floor Aggregation:
Public Site Aggregation
Third Floor Aggregation:
Ground Floor Plan
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0’ 40’ 160’2’ 40’20’
Single Unit Plan390 Units
0’ 40’ 160’2’ 40’20’
Double Unit Plan330 Units
0’ 40’ 160’2’ 40’20’
Family Unit Plan (First Floor)100 Units
0’ 40’ 160’2’ 40’20’
Family Unit Plan (Second Floor)100 Units
(
Data Island
M. Arch 3 Fall 2011Instructor: Clare Lyster
Adding to its ever expanding reputation as a global city, Chicago has become one of the many new centers for data storage facilities in the mid-west. With the drastic expansion of the nation’s digital network and the data centers that are necessary for their operation, digital corporations have been transferring their facilities to areas with access to cheap and reliable resources for cooling their facilities. With direct access to large bodies of water and an extensive fiber-optic network, new floating cities are emerging in the Great Lakes region generating a new urban condition off the coast of these major cities. This new urban typology brings to the city a new relationship with Lake Michigan that has been neglected in the past. In addition to serving incoming corpo-rations and their required digital footprint, this floating data urbanism has generated new recreational opportunities for the city that are able to coexist with the privatized facilities. The island’s surface is divided into five different climatic zones each providing their own unique thematic quality, temperature, and recreational program.
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The project is a hybridization of both existing systems already established in Chicago, as well as emergent networks that are beginning to make their presence known throughout the city. Data Island combines the city’s park network as well as emerging data storage and fiber-optic networks to generate new landscape typologies for the city
COLD-IN
Heat Rejector
Enclosure Line
Raised Floor
HOT-OUT
HOT-OUT
Heat Exhaust
Cooling Supply
Internal Furnace
Water Cooling
COLD-IN
HOT-OUT
COLD-IN
HOT-OUT
PODDRTPORTABLE75% MORE EFFICIENTCAN NOT BE UNDERGORUND
SHIPGOOGLE
SELF SUFFICIENTMOVABLENEEDS LARGE BODIES OF WATER
Data Storage Typologies Cooling Systems Heating Transfer
Data Storage/Processing Servers
HeatRejectionLine
CoolingLine
PDUPower DistributionUnit
Crack Computer RoomAir-ConditioningSystem
UPSUniterruptiblePower Supply
MainElectrical
Generators
DRT Data Facility/System Model
Diesel Generator
COLD-IN
HOT-OUT
WAREHOUSEDRTPERMANENTLARGE ROOF SURFACECAN BE UNDERGROUND
Microsoft Data Center Northlake, IL700,000 sf - (300,000 Data Space)224,000 Servers
Next Generation Data EuropeNewport, Whales750,000 sf - (375,000 Data Space)19,000 Cabinets
NAP of the AmericasMiami, Fl750,000 sf - (375,000 Data Space)160 Networks Converged
QTS Metro Atlanta, GA990,000 sf - (560,000 Data Space)19 Two Mega-Watt Generators
Digital Realty TrustChicago, IL1,100,000 sf - (560,000 Data Space)8.5 million gallon cooling liquid tank
Networks
Data Storage Typologies/Cooling Transfer DRT Data Facility/System Model33
Largest Data Centers
+ =
Data Storage Park Space Heated Landscape
Columbia River Hydroelectric Power
Quincy, Washington Data Centers
Wanapum Dam
Priest Rapids Dam
GoogleMountain View, CA4.3 Million sq. ft.207,000 sq. ft. Data Storage
YahooSunnyvale, CA820,000 sq. ft.140,000 sq. ft. Data Storage
AmazonSouth Lake Union, Seattle1.7 Million sq. ft.116,000 sq. ft. Data Storage
MicrosoftRedmond, WA8 million sq. ft.470,000 sq. ft. Data Storage
IntuitSan Diego, CA1.3 million sq. ft.240,000 sq. ft. Data Storage
1:20
1:61:15
1:17
1:5
Business/Data Storage Required Square Footage
Chicago Fiber-Optic SystemLoop Fiber-Optic Detail
Hydroelectric Power1
River
Generator
COLD-IN
HOT-OUT
Geo-Thermal Energy2
1
2
3
4 Water Cooling
Fiber-optic Proximity
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Island Parking & Data Storage Plan
Google4.3 Million sq. ft.
207,000 sq. ft. Data Storage
Yahoo820,000 sq. ft.
140,000 sq. ft. Data Storage
Amazon1.7 Million sq. ft.
116,000 sq. ft. Data Storage
Microsoft8 Million sq. ft.
470,000 sq. ft. Data Storage
Intuit1.3 Million sq. ft.
240,000 sq. ft. Data Storage
Hotel
Business & Public
Climatic Zones
Data Containers
Data Facilities
Parking Plan
38Island Axonometric
Data Distribution
Heat Containment
39 Island Surface Plan0’ 40’ 160’50’ 800’400’
Climatic Habitats
Climatic Habitats
Climatic Habitats
Climatic Habitats
Climatic Habitats
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