portfolio by Cam Stewart

CAMERON STEWART

MASTER OF ARCHITECTURE CANDIDATE UNIVERSITY OF MICHIGAN ‘12 BACHELOR OF SCIENCE IN ARCHITECTURE UNIVERSITY OF MICHIGAN ‘09

CAMERON STEWART

MASTER OF ARCHITECTURE CANDIDATE UNIVERSITY OF MICHIGAN ‘12 BACHELOR OF SCIENCE IN ARCHITECTURE UNIVERSITY OF MICHIGAN ‘09 269.207.2030 camjstew@umich.edu

ODBG EDA P PX AGWG 2339449935 QUICKTIME PLAYER AX23324 CONFIGURATION MANAGER WGEE23 CONTROL STRIP 24SGAG242 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 23:43:46:67:72:13

NO ACCESS ACCESS ACCESS VISIBLE

SOUND: 23512560VFD2524314F234

ODBG EDA P PX AGWG 2339449935 33:96:84:28:67:23 ACCESS QUICKTIME PLAYER AX23324 ACCESS 20:24:35:93:32:45 CONFIGURATION MANAGER WGEE23 ACCESS CONTROL STRIP 24SGAG242 25:36:64:95:28:23 ACCESS 23:43:46:67:72:13 NO ACCESS

VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE

20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 23:43:46:67:72:13

MAPPING LIBRARY EXPORT 229 433 CONFIGURATION: 9303455838223 STANDARD: 923R58D23 HIRES RATE: 23521JD2 WARNING: CPU 2 HASNT SINTER EPC 0x000S23SAe2344723 RA: 0x002 CAUSED BY SPLHIRS B2.46433 SECONDS 23214543 DYTERYRS PROXY OPTIMAL SIZE WOULD DE10ITS 57223 PROXIES VERIFIED 0 REPARIED 14 GICKiEWAGA USING 20 AUXILARY 42 TOTAL ADD APPLICATION PROGRAM 2532 FILE TYPE: 92184462662369020003FR03 POWER DOMAIN CONTROL REMOTE ACCESS SOFTWARE UPDATE Z/ASGSA23523 SOUND: 23512560VFD2524314F234 ODBG EDA P PX AGWG 2339449935 QUICKTIME PLAYER AX23324 CONFIGURATION MANAGER WGEE23 CONTROL STRIP 24SGAG242

10:32:93:39:82:24 NO ACCESS 33:96:84:28:67:23 20:24:35:93:32:45 NO ACCESS 20:24:35:93:32:45 25:36:64:95:28:23 ACCESS 25:36:64:95:28:23 29:23:23:95:96:28 ACCESS 23:43:46:67:72:13 10:32:93:39:82:24 VISIBLE MAPPING LIBRARY EXPORT 229 433 33:96:84:28:67:23 CONFIGURATION: 9303455838223 20:24:35:93:32:45 STANDARD: 923R58D23 25:36:64:95:28:23 HIRES RATE: 23521JD2 20:24:35:93:32:45 WARNING: CPU 2 HASNT SINTER 25:36:64:95:28:23 EPC 0x000S23SAe2344723 RA: 0x002 ACCESS 29:23:23:95:96:28 CAUSED BY SPLHIRS ACCESS 10:32:93:39:82:24 B2.46433 SECONDS 23214543 DYTERYRS ACCESS 33:96:84:28:67:23 PROXY OPTIMAL SIZE WOULD DE10ITS 20:24:35:93:32:45 57223 PROXIES VERIFIED ACCESS 25:36:64:95:28:23 0 REPARIED 14 GICKiEWAGA NO ACCESS 20:24:35:93:32:45 USING 20 AUXILARY 42 TOTAL VISIBLE 25:36:64:95:28:23 ADD APPLICATION PROGRAM 2532 NO ACCESS 29:23:23:95:96:28 FILE TYPE: 92184462662369020003FR03 10:32:93:39:82:24 DOMAIN CONTROL NOTPOWER VISIBLE 33:96:84:28:67:23 REMOTE ACCESS ACCESS 20:24:35:93:32:45 SOFTWARE UPDATE Z/ASGSA23523 ACCESS 25:36:64:95:28:23 SOUND: 23512560VFD2524314F234 NOTODBG VISIBLE 23:43:46:67:72:13 EDA P PX AGWG 2339449935 QUICKTIME PLAYER AX23324 CONFIGURATION MANAGER WGEE23 20:24:35:93:32:45 ACCESS CONTROL STRIP 24SGAG242 ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

ANALYSIS: MATCH: 389_VEHI_55683 ANALYSIS: MATCH: 389_VEHI_55683 690_SIZE_39958 690_SIZE_39958 294_TSPO_12139 294_TSPO_12139 105_HPWP_94223 ANALYSIS: MATCH: ANALYSIS: MATCH: 933_CODE_29345 389_VEHI_55683 389_VEHI_55683 922_RNGE_92273 105_HPWP_94223 690_SIZE_39958 346_CAPC_12343 20:24:35:93:32:45 MAPPING LIBRARY EXPORT 229 433 ACCESS ANALYSIS: MATCH: 690_SIZE_39958 294_TSPO_12139 384_MAXI_93448 105_HPWP_94223 000_TORQ_38442 933_CODE_29345 294_TSPO_12139 ACCESS 25:36:64:95:28:23 CONFIGURATION: 9303455838223 ANALYSIS: MATCH: 933_CODE_29345 255_SUSP_23438 389_VEHI_55683 105_HPWP_94223 922_RNGE_92273 832_IDLE_98334 389_VEHI_55683 922_RNGE_92273 690_SIZE_39958 346_CAPC_12343 234_WGHT_23842 933_CODE_29345 29:23:23:95:96:28 STANDARD: 923R58D23 ACCESS MATCH: 294_TSPO_12139 384_MAXI_93448 ANALYSIS: 293_TANK_23843 690_SIZE_39958 922_RNGE_92273 000_TORQ_38442 389_VEHI_55683 105_HPWP_94223 346_CAPC_12343 ACCESS 10:32:93:39:82:24 HIRES RATE: 23521JD2 933_CODE_29345 255_SUSP_23438 690_SIZE_39958 346_CAPC_12343 294_TSPO_12139922_RNGE_92273 832_IDLE_98334 294_TSPO_12139 384_MAXI_93448 384_MAXI_93448 346_CAPC_12343 234_WGHT_23842 105_HPWP_94223 33:96:84:28:67:23 NO ACCESS WARNING: CPU 2 HASNT SINTER 293_TANK_23843 933_CODE_29345384_MAXI_93448 000_TORQ_38442 922_RNGE_92273000_TORQ_38442 000_TORQ_38442 105_HPWP_94223 255_SUSP_23438 EPC 0x000S23SAe2344723 RA: 0x002 VISIBLE 20:24:35:93:32:45 346_CAPC_12343 255_SUSP_23438 384_MAXI_93448 832_IDLE_98334 832_IDLE_98334 255_SUSP_23438 000_TORQ_38442 234_WGHT_23842 25:36:64:95:28:23 NO ACCESS 255_SUSP_23438 CAUSED BY SPLHIRS 933_CODE_29345 234_WGHT_23842 293_TANK_23843 832_IDLE_98334 832_IDLE_98334 293_TANK_23843 B2.46433 SECONDS 23214543 DYTERYRS922_RNGE_92273 NOT VISIBLE 234_WGHT_23842 20:24:35:93:32:45 293_TANK_23843 234_WGHT_23842 25:36:64:95:28:23 ACCESS PROXY OPTIMAL SIZE WOULD DE10ITS ACCESS 346_CAPC_12343 293_TANK_23843 29:23:23:95:96:28 57223 PROXIES VERIFIED ACCESS ACCESS 384_MAXI_93448 NOT VISIBLE 10:32:93:39:82:24 0 REPARIED 14 GICKiEWAGA ACCESS 000_TORQ_38442 33:96:84:28:67:23 ANALYSIS: MATCH: USING 20 AUXILARY 42 TOTAL NOT VISIBLE ACCESS 389_VEHI_55683 ACCESS 20:24:35:93:32:45 690_SIZE_39958 ADD APPLICATION PROGRAM 2532 255_SUSP_23438 NO ACCESS VISIBLE 25:36:64:95:28:23 294_TSPO_12139 FILE TYPE: 92184462662369020003FR03 832_IDLE_98334 VISIBLE 105_HPWP_94223 ACCESS 20:24:35:93:32:45 POWER DOMAIN CONTROL NO ACCESS 234_WGHT_23842 25:36:64:95:28:23 933_CODE_29345 ACCESS REMOTE ACCESS NOT VISIBLE 922_RNGE_92273 293_TANK_23843 SOFTWARE UPDATE Z/ASGSA23523 ACCESS 29:23:23:95:96:28 346_CAPC_12343 ACCESS 10:32:93:39:82:24 384_MAXI_93448 NO ACCESS SOUND: 23512560VFD2524314F234 ACCESS 000_TORQ_38442 33:96:84:28:67:23 ODBG EDA P PX AGWG 2339449935 NO ACCESS NOT VISIBLE 20:24:35:93:32:45 255_SUSP_23438 QUICKTIME PLAYER AX23324 ACCESS ACCESS 832_IDLE_98334 25:36:64:95:28:23 234_WGHT_23842 CONFIGURATION MANAGER WGEE23 ACCESS ACCESS VISIBLE 23:43:46:67:72:13 293_TANK_23843 CONTROL STRIP 24SGAG242 ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE

25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 23:43:46:67:72:13

CONFIGURATION MANAGER WGEE23 CONTROL STRIP 24SGAG242 ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS MAPPING LIBRARY EXPORT 229 433 VISIBLE CONFIGURATION: 9303455838223 STANDARD: 923R58D23 ACCESS HIRES RATE: 23521JD2 ACCESS WARNING: CPU 2 HASNT SINTER EPC 0x000S23SAe2344723 RA:ACCESS 0x002 CAUSED BY SPLHIRS NO ACCESS B2.46433 SECONDS 23214543 DYTERYRS NO ACCESS PROXY OPTIMAL SIZE WOULD DE10ITS ACCESS 57223 PROXIES VERIFIED 0 REPARIED 14 GICKiEWAGA ACCESS USING 20 AUXILARY 42 TOTAL VISIBLE ADD APPLICATION PROGRAM 2532 FILE TYPE: 92184462662369020003FR03 POWER DOMAIN CONTROL REMOTE ACCESS SOFTWARE UPDATE Z/ASGSA23523 SOUND: 23512560VFD2524314F234 ODBG EDA P PX AGWG 2339449935 QUICKTIME PLAYER AX23324 CONFIGURATION MANAGER WGEE23 CONTROL STRIP 24SGAG242

ACCESS VISIBLE

ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

25:36:64:95:28:23 SOFTWARE UPDATE Z/ASGSA23523 ACCESS 23:43:46:67:72:13 SOUND: 23512560VFD2524314F234 ACCESS ODBG EDA P PX AGWG 2339449935 ACCESS QUICKTIME PLAYER AX23324 ACCESS CONFIGURATION MANAGER WGEE23 NO ACCESS CONTROL STRIP 24SGAG242 VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 29:23:23:95:96:28 25:36:64:95:28:23

20:24:35:93:32:45 10:32:93:39:82:24 29:23:23:95:96:28 25:36:64:95:28:23 33:96:84:28:67:23 10:32:93:39:82:24 29:23:23:95:96:28 20:24:35:93:32:45 10:32:93:39:82:24 33:96:84:28:67:23 33:96:84:28:67:23 25:36:64:95:28:23 20:24:35:93:32:45 20:24:35:93:32:45 20:24:35:93:32:45 25:36:64:95:28:23 25:36:64:95:28:23 25:36:64:95:28:23 20:24:35:93:32:45 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 33:96:84:28:67:23 10:32:93:39:82:24 20:24:35:93:32:45 20:24:35:93:32:45 33:96:84:28:67:23 25:36:64:95:28:23 25:36:64:95:28:23 20:24:35:93:32:45 20:24:35:93:32:45 20:24:35:93:32:45 25:36:64:95:28:23 MAPPING LIBRARY EXPORT 229 433 25:36:64:95:28:23 29:23:23:95:96:28 CONFIGURATION: 9303455838223 25:36:64:95:28:23 20:24:35:93:32:45 10:32:93:39:82:24 STANDARD: 923R58D23 29:23:23:95:96:28 25:36:64:95:28:23 33:96:84:28:67:23 HIRES RATE: 23521JD2 10:32:93:39:82:24 WARNING: CPU20:24:35:93:32:45 2 HASNT SINTER 29:23:23:95:96:28 25:36:64:95:28:23 EPC 0x000S23SAe2344723 RA: 0x002 10:32:93:39:82:24 33:96:84:28:67:23 23:43:46:67:72:13 CAUSED BY SPLHIRS 20:24:35:93:32:45 33:96:84:28:67:23 B2.46433 SECONDS 23214543 DYTERYRS 25:36:64:95:28:23 PROXY OPTIMAL SIZE WOULD DE10ITS20:24:35:93:32:45 57223 PROXIES VERIFIED 23:43:46:67:72:13 25:36:64:95:28:23 0 REPARIED 14 GICKiEWAGA 23:43:46:67:72:13 USING 20 AUXILARY 42 TOTAL ADD APPLICATION PROGRAM 2532 FILE TYPE: 92184462662369020003FR03 POWER DOMAIN CONTROL REMOTE ACCESS SOFTWARE UPDATE Z/ASGSA23523 SOUND: 23512560VFD2524314F234 ODBG EDA P PX AGWG 2339449935 QUICKTIME PLAYER AX23324 CONFIGURATION MANAGER WGEE23 CONTROL STRIP 24SGAG242

ANALYSIS: ACCESS MATCH: MAPPING LIBRARY EXPORT 229 433 389_VEHI_55683 ACCESS CONFIGURATION: 9303455838223690_SIZE_39958 294_TSPO_12139 ACCESS STANDARD: 923R58D23 105_HPWP_94223 ACCESS HIRES RATE: 23521JD2 933_CODE_29345 922_RNGE_92273 NO ACCESS WARNING: CPU 2 HASNT SINTER 346_CAPC_12343 ANALYSIS: MATCH: 384_MAXI_93448 389_VEHI_55683 VISIBLE EPC 0x000S23SAe2344723 RA: 0x002 690_SIZE_39958 000_TORQ_38442 294_TSPO_12139 CAUSED BY SPLHIRS NO ACCESS 255_SUSP_23438 105_HPWP_94223 832_IDLE_98334 933_CODE_29345 NOT VISIBLE B2.46433 SECONDS 23214543 234_WGHT_23842 922_RNGE_92273 346_CAPC_12343 DYTERYRS ACCESS 293_TANK_23843 384_MAXI_93448 000_TORQ_38442 PROXY OPTIMAL SIZE WOULD DE10ITS ACCESS 255_SUSP_23438 832_IDLE_98334 NOT VISIBLE 57223 PROXIES VERIFIED 234_WGHT_23842 293_TANK_23843 NOT VISIBLE 0 REPARIED 14 GICKiEWAGA ACCESS USING 20 AUXILARY 42 TOTAL ADD APPLICATION PROGRAM 2532 VISIBLE FILE TYPE: 92184462662369020003FR03 ACCESS POWER DOMAIN CONTROL ACCESS ANALYSIS: MATCH: ACCESS REMOTE ACCESS 389_VEHI_55683 SOFTWARE UPDATE Z/ASGSA23523 NO ACCESS 690_SIZE_39958 NO ACCESS 294_TSPO_12139 SOUND: 23512560VFD2524314F234 105_HPWP_94223 ODBG EDA P PX AGWG 2339449935 ACCESS 933_CODE_29345 QUICKTIME PLAYER AX23324 ACCESS 922_RNGE_92273 VISIBLE 346_CAPC_12343 CONFIGURATION MANAGER WGEE23 384_MAXI_93448 CONTROL STRIP 24SGAG242

ANALYSIS: MATCH: 389_VEHI_55683 690_SIZE_39958 294_TSPO_12139 105_HPWP_94223 933_CODE_29345 922_RNGE_92273 346_CAPC_12343 384_MAXI_93448 000_TORQ_38442 255_SUSP_23438 832_IDLE_98334 234_WGHT_23842 293_TANK_23843

000_TORQ_38442 255_SUSP_23438 832_IDLE_98334 234_WGHT_23842 293_TANK_23843

ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

MA CO ST HIR WA EP CA B2 PR 572 0R US AD FIL PO RE SO SO OD QU CO CO

ACCESS NO ACCESS NO ACCESS ACCESS ACCESS ACCESS ACCESS ACCESS ACCESS VISIBLE

29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 20:24:35:93:32:45 25:36:64:95:28:23 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 23:43:46:67:72:13

NO ACCESS 33:96:84:28:67:23 VISIBLE 20:24:35:93:32:45 NO ACCESS 25:36:64:95:28:23 20:24:35:93:32:45 NOT VISIBLE ACCESS 25:36:64:95:28:23 ACCESS 29:23:23:95:96:28 NOT VISIBLE 10:32:93:39:82:24 NOT VISIBLE 33:96:84:28:67:23 ACCESS 20:24:35:93:32:45 25:36:64:95:28:23 VISIBLE ACCESS 20:24:35:93:32:45 ACCESS ACCESS25:36:64:95:28:23 ACCESS 29:23:23:95:96:28 ACCESS 10:32:93:39:82:24 NO ACCESS NO ACCESS ACCESS33:96:84:28:67:23 ACCESS ACCESS20:24:35:93:32:45 25:36:64:95:28:23 ACCESS NO ACCESS VISIBLE 23:43:46:67:72:13

VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE

APPING LIBRARY EXPORT 229 433 ONFIGURATION: 9303455838223 TANDARD: 923R58D23 RES RATE: 23521JD2 ARNING: CPU 2 HASNT SINTER PC 0x000S23SAe2344723 RA: 0x002 AUSED BY SPLHIRS 2.46433 SECONDS 23214543 DYTERYRS ROXY OPTIMAL SIZE WOULD DE10ITS 223 PROXIES VERIFIED REPARIED 14 GICKiEWAGA SING 20 AUXILARY 42 TOTAL DD APPLICATION PROGRAM 2532 LE TYPE: 92184462662369020003FR03 OWER DOMAIN CONTROL EMOTE ACCESS OFTWARE UPDATE Z/ASGSA23523 OUND: 23512560VFD2524314F234 DBG EDA P PX AGWG 2339449935 UICKTIME PLAYER AX23324 ONFIGURATION MANAGER WGEE23 ONTROL STRIP 24SGAG242

ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE ACCESS NO ACCESS ACCESS NOT VISIBLE ACCESS ACCESS ACCESS ACCESS NOT VISIBLE NO ACCESS VISIBLENOT VISIBLE ACCESS NO ACCESS VISIBLE NOT VISIBLE ACCESS ACCESS ACCESS ACCESS ACCESS NO ACCESS NOT VISIBLE NO ACCESS ACCESS ACCESS VISIBLE

NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 23:43:46:67:72:13

EDUCATION VIA FOLDED RELATIONSHIPS ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE

YPSILANTI, MI

ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

page 7

INTERSTITIAL AND PERMEABLE HOUSING ST. LOUIS, MO page 25

EPHEMERAL PERFORMANCE TERRACE ST. LOUIS, MO page 43 ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE

ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

SANDUSKY HYDROTHERAPY RESORT SANDUSKY, OH page 55

THE NEW METROPOLITAN LIBRARY DETROIT, MI page 67

EDUCATION VIA FOLDED RELATIONSHIPS YPSILANTI, MI

There is a sense of elegance in the complexities that emerge from even the simplest shifts in perception, whether it take place through scale, light, or position. My objective is to explore the new emergences surfacing from such shifts and communicate the levels of complexity in such a way that the beauty of their relationships can blossom. This approach takes place through a series of exercises meant to capture multiple variations within one seemingly simple object. Each exercise builds upon the last through explorations of plan, section, fold, shadow, surface, scale, and orientation, culminating with the design of an elementary school that embodies the underlying relationships of such architectural translation. The first two exercises are at the scale of a 5 inch X 5 inch box. They aim to divulge upon their users a significant understanding of dimension and space. The culminating project is an elementary school that lays along the rift between Frog Island Park and Ypsilantiâ&#x20AC;&#x2122;s historic district. The school responds to the rift by overlapping the regions and blurring the notion of a singular ground plane. The park is allowed to seep over the entrance hall of the school, creating a pocket of playground space that is defined along three edges and left open to the park on the west. INSTRUCTOR: A. Melissa Harris DATE: 1.08-4.08

Contained within a 5 inch X 5 inch space, a single ballâ&#x20AC;&#x2122;s travels reveal a complex set of relationships. The user must navigate through each fold of the maze in order to pass to the next section, developing a relationship between each component and the entirety of the space. Complete navigation requires twisting, folding, and flipping the box.

Embedded within each section is a hidden element. When tilted vertically, the simple force of gravity successfully navigates the ball through the entire box, revealing the natural simplicity of the otherwise seemingly complicated task. The two ending points of the maze are interchangeable, meaning gravity will guide the ball through it both forward and backward.

The lessons of the previous exercise are translated through the manipulation of light in the next exercise. Each surface is composed of two sets of an identical pattern. The figure of the pattern above becomes the void of the pattern below, preventing the passage of light through the surface when the skins are aligned orthographically. However, a small shift in the outer layer creates an infinite array of moire patterns, cast as shadows on the opposite side of the box below.

A shift on one face of the box prevents adjacent sides from shifting simultaneously, giving priority to one orientation at a time. Each face can detach from the box and be used individually as a handheld device. Much like the previous exercise, the light box can function in parts, or collectively reassemble to function as a whole.

The site of the elementary school lays on the rift between Ypsilantiâ&#x20AC;&#x2122;s historic district and Island Park. The form responds to the structured historic foundation on the East while allowing for a more fluid integration to the park on the West. The blended space becomes exterior recreation space, which rises above the first level of the school. Each entrance offers a different ground plane, folding the space over itself.

Island Park

Rice St.

W Cross Ave.

Ypsilanti Historic District to the East

BELOW GROUND

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

GROUND LEVEL

GYMNASIUM LIBRARY PERFORMANCE STAGE STORAGE FLEX SPACE CAFETERIA KITCHEN BUS ENTRANCE MAIN ENTRANCE KINDERGARTEN ENTRANCE FIRST GRADE SECOND GRADE THIRD GRADE FOURTH GRADE FIFTH GRADE KINDERGARTEN ADMINISTRATION OFFICES MAIN PLAYGROUND KINDERGARTEN PLAYGROUND

6 8 7

3 2 2

SECOND LEVEL

THIRD LEVEL

15 14

10 16

Classrooms of the same grade are stacked and have private stairways between floors. Movement between each level can take place easily throughout the day without disrupting other classes. Such level shifts allow the children to experience a completely different ground plane from one space to the next, adjusting perception and orientation.

RIGHT Diagrams showing the rift between city and park (orange), overlap of educational space and public space (purple), and the relationship between the three distinct entrances (green). LEFT The sections reveal the fold of exterior playground space over the classrooms, as well as the relationship between classrooms and other spaces within.

INTERSTITIAL AND PERMEABLE HOUSING ST. LOUIS, MO

St. Louis has suffered a greater decline in population since 1950 than any other city in the United States. The streets are sprinkled with abandoned properties and vacant lots, while remaining buildings are residual from a much older era and make little effort to reconnect with the changing city today. The lack of a communal environment in regions of St. Louis has sprouted pockets of crime and corruption in such areas. The site for this project falls near a very strong demographic division in the city where two opposing regions destroy any sense of community. To the North, income levels drop severely and crime rises. The region to the South is primarily a well-educated young community, stemming from the nearby Washington University. High walking rates near the site allow for a potential sense of integration and community, but forms of housing promoting this are absent in the area. The proposed project is a housing complex consisting of 27 units on a currently abandoned site. The project strives to address the issues of community in the area via permeability and porosity. The building is a series of slender, linear forms that dance back and forth along the site, creating a wide array of views, pockets, and interstitial spaces both horizontally and vertically. Extreme individualization in the form generates a set of relationships between spaces that expresses specific placement and purpose. The result is a strong community that allows for permeability between the residents on the interior and pedestrians on the exterior. INSTRUCTOR: Pablo Moyano DATE: 9.09 - 12.09

PUBLIC/PRIVATE DIAGRAMS

lated with simultaneous traffic studies along Vandeventer at various times and days of the week. The corresponding diagram lines are a result of these studies. Larger shifts reflect larger noise levels, creating an initial system for designing the form of the building in terms of nodes and thresholds.

-77.00 dB

-71.88 dB

-77.33 d

A series of permeability studies were examined on the site. Sound levels were recorded in a grided system around the site, and the results demonstrated the effects the surrounding buildings have on the pockets of noise. The highest decibel levels were not all recorded near the busy Vandeventer Ave. on the NW end as one would expect, but rather scattered throughout. These studies were corre-

-76.81 dB

-74.19 dB

-79.04

8 7 6 5

4 3 2 1

Method 1 - The number of shadows at each point where a string intersects a traffic section determines the height of that sting. 9 8 7 6 5 4 3 2 1

Method 2 - The corresponding noise number at each point where a string intersects a traffic section determines the height of that string. 9 8

-77.33 dB

-79.15 dB

-76.27 d

7 6 5 4 3 2 1

Method 3 - The corresponding noise number in the section that each string passes through determines how many points each string will shift from its current position, alternating up and down.

AN WITH ROOF PLAN 1â&#x20AC;&#x2122;

LIN

*dB levels are an average of points recieved over a 20 second period in each section.

dB Thursday 2:30 pm

Monday 11:00 am

Sunday 6:00 pm

. Tuesday 7:00 pm

LEFT Study models examine how the form supports itself. In cases where the structure floats above the ground, pilotis are used for support. The random configuration of the pilotis visually blend with the thick vertical vegetation (bamboo) growing throughout the site. The vegetation adds a layer of privacy between the units and promotes a more sustainable site.

RIGHT The structure weaves not only in plan but elevation as well. The constantly changing elevations create unique experiences for the residents within each unit. While no floors are actually sloped, most unit floorplates change elevation as one moves from one room to the next via a small set of steps. This condition creates a greater sense of separation between rooms without resorting to physical doors in some cases. Windows vary in size, color, and transparency determined by a range of factors, and often wrap around the top, bottom, or corners of the units.

ONE BEDROOM

TWO BEDROOM BEDROOM

BEDROOM

BEDROOM + 30”

BATHROOM

KITCHEN

BATHROOM

+ 24”

KITCHEN

+ 24”

LIVING SPACE

BEDROOM

THREE BEDROOM

BATHROOM

LIVING SPACE

KITCHEN

BATHROOM

BEDROOM

The variating plan creates 27 unique unit layouts, each containing one, two, or three bedrooms. The units are not defined to a given ‘level’ but step up and down numerous times, always at the boundary of two spaces. Shifts in plan from one level to the next allow for exterior terraces on the rooftops of units below, and large amounts of greenroof space for unoccupiable regions. There are no interior communal hallways or shared spaces, each unit leads directly to the exterior, where communal spaces are prominent.

Units facing public spaces are elevated, reducing direct views into the interior while maintaining large apertures. The removal of a single front facade welcomes pedestrians to the communal premises.

The shifting plan makes large amounts of greenspace possible for occupying. The dense bamboo between units helps increase visual privacy and soften the space.

GROUND LEVEL

SECOND LEVEL

THIRD LEVEL

FOURTH LEVEL

Sections reveal the staggered spaces within the structure. Units are arranged in such a manner that residents are constantly forced to reorient themselves on the site. The link between interior and exterior is complex but nonetheless evident in the form.

41 SECTION 1/8â&#x20AC;? = 1â&#x20AC;&#x2122;

EPHEMERAL PERFORMANCE TERRACE ST. LOUIS, MO

The site for this terrace lies within a unique juxtaposition of culture and industry in the heart of St. Louis, MO. While directly beneath a major channel linking the campus of St. Louis University to the nearby School of Medicine, neither destination is more than a short walk from the site. The space in between, however, is a rough industrial complex of old warehouses and railroad tracks. Interestingly, at this point exists a significant node of transportation, where a Metrolink station homes both a bus stop along Grand Blvd. above and a public light rail transit stop along the crossing railways below. The result is a bustling site of constant transition and energy. Currently the site is an overgrown parking lot for a nearby unoccupied warehouse. The proposed terrace aims to serve the public who may choose to experience it in either the short or long term realms. For those who may be briefly transitioning through the space, whether it be waiting for the Metro or walking to campus, the terrace acts as a literal and figurative stage for brief entertainment and enjoyment. For pedestrians on less of a time schedule, the space allows for multiple levels of engagement and repose. At any moment during the day or night the terrace allows for some form of performance, including projected movies on its large flat facade or live performances on its stage below. PARTNERS: Gabriel Lampe Laura Zediker INSTRUCTOR: Carolyn Gaidis DATE: 9.09 - 12.09

SLU to the North

LEFT Preliminary sketches highlighting design intentions. The gesture of the form must suggest an inviting space with multiple levels of disconnection from the surrounding busy motion.

RIGHT The site lies along and under Grand Blvd., near a Metrolink station that contains both a bus stop and a public light rail stop. The surrounding space contains mostly industrial warehouses.

Metrolink station

The terrace design consists of a series of ramped and level pavilions for both moving easily through the space and standing and watching the performances taking place on the stage or screen across the site. In the middle is a tranquil natural region of low-lying plants and shrubs acting as a bioswale, and integral part of the naturalistic quality and sustainability of the site.

1 2 3 4 5

STAGE/SCREEN BIOSWALE STEPPED GRASS SEATING PARKING EVENT TERRACE

1 2

PARKING

SCREEN/STAGE

A cantilever along the back of the terrace allows for a small street and discrete parking spaces divided by large conifers.

10 30

Large elevated stage and flat surface allow for projecting film and holding performances.

BIOSWALE

Low-lying shrubs and plants allow for a thick sustainable bioswale without disrupting the views from the seating to the performance space.

GRASS SEATING

A series of grassy steps allow viewers to peacefully enjoy performances without disruption from the movement of pedestrian traffic around them.

OVERPASS

The passing traffic along Grand Blvd. above the terrace have a clear view of the performances taking place below.

ENTRANCE RAMP

Following a path from the Metrolink stop, pedestrians are able to emerge from under the overpass into the space.

View of the entire site from the stairs of the Metrolink station. The screen is situated to be seen clearly from the bus stop.

Section revealing hidden â&#x20AC;&#x2DC;backstageâ&#x20AC;&#x2122; space for performers.

At one entrance pedestrians can see posters for upcoming shows.

SECTION CUTS

View of the bioswale from the terrace.

Cars passing by on Grand Blvd. can get a glimse of performances below.

SANDUSKY HYDROTHERAPY RESORT SANDUSKY, OH

Home of one of the world’s most intense and exhilarating attractions in Cedar Point Amusement Park, Sandusky is built on a foundation of temporary accommodation for thrill-seekers all over the world. The city’s identification is synonymous with amusement and thus the core of Sandusky lacks anything more than a series of supplementary gimmicks meant to aid the visitor’s short experience in the city. All aspects of Sandusky are tailored to the tourist, not the permanent resident, and the result is a strange duality between the real and the hyperreal. Experiences are expected to be intensified and highly stimulating, and regions of the city beyond Cedar Point are unable to hold such a standard and crumble. This project plays to the disconnect between the real and hyperreal that Sandusky has created. It aims to be both familiar and unfamiliar, real and unreal, and possible and impossible all together. The site is one mile into Sandusky Bay, which is flanked by Cedar Point on the East and Downtown Sandusky to the South. The extremely shallow and consistently flat lake bed offers an otherwise incompatible foundation for the structure. The building is a resort consisting of a series of spaces existing below water, above water, and at water level that offer a tranquil recreational environment for health and recovery through ‘hydrotherapy’, a proven beneficial method for mental and physical strength training. The facility offers a wide variety of uses for a diverse mix of visitors, ranging from leisurely activities to more rigorous training, and for local daily visitors as well as long-term inhabitants. INSTRUCTOR: Keith Mitnick DATE: 9.08 - 12.08 *2009 TCAUP Student Exhibition Honorable Mention

Pulling the form parallel to lines of city from the city mask its presence in the bay. Shipping channels carved into the bed of the shallow lake define the second major axis.

The figure is an extension from downtown Sandusky into the bay. Determining lines of site and virtual seams in the area help distinguish the form of the structure. Visually from the city, very little of the long, linear form is visible, masking its presence in the bay. The only piece of land that can openly see the full mass of the structure is within the midst of Cedar Point Amusement Park, which offers forms in its roller coasters that are far more severe than anything the resort reveals. While the resort may be bold in its gestures in reality, the hyperextreme qualities of Cedar Point mute its intensity, creating a unique experience in the resort: a disguised unreal condition that is not felt until it is physically occupied.

Plans showing the resort as it rests in the water. The site section reveals the long walking bridge/tunnel extending from the city to the resort. The path avoids the two shipping channels by dipping under them, while the midpoint emerges above the water, revealing only a small portion of the walk to the resort, maintaining a subdued quality to observers on shore. A majority of the water depth in the bay is unexpectedly only 10â&#x20AC;&#x2122; deep, even at the location of the resort nearly a mile offshore.

N2 TIO SEC N1 TIO SEC

TIO

SEC N TIO

SEC

3 N4

TIO

SEC

TI SEC 4

N2 TIO SEC N1 TIO SEC

N1 TIO

N2 TIO SEC

SEC

N4 TIO SEC

1 2 3 4 5 6 7 8 9 10

ENTRANCE RAMP/TICKET LOBBY RESTAURANT W/ UNDERWATER BAR PLAYING FIELD HYRDOTHERAPY WING (UNDERWATER) SWIMMING LANES RESORT PERSONAL ROOMS WING SUITES BOAT DOCK FLOATING DRIVING RANGE THEATER

SECTION 2 SECTION 1

9 7

SECTION 3

SECTION 4

6 1

10 SECTION 2

SECTION 1

LEFT Renderings showing various elements of the resort. The underwater bar exposes swimmers from below as they train. The swimming lanes take advantage of the proximity of various buildings of the resort resting in the bay water. RIGHT Detailed section describing a typical moment of the structure as it contacts the water.

1” Insulated Glazing

Exterior Finished Floor Sealant 5/8” Finished Floor Subﬂooring

Glazing Bead Setting Block

Water

Steel Rebar Sitecast Concrete Wall

Waterprooﬁng

Roofing Membrane 8” Rigid Insulation 1.5” Steel Decking 8” Steel Stud Wall

Sitecast 3” Concrete Slab

8” Deep Structural Steel Beam

Finished Flooring 3” Concrete Floor Slab

4” Structural Steel Tubing

1.5” Steel Decking

12” Deep Structural Steel Girder

2” Exterior Metal Panel

12” Deep Structural Steel Beam

3” Rigid Insulation

1” Insulated Glazing Unit

Exterior Grade Gypsum Board

Sitecast Concrete Wall 5/8” Drywall

Sitecast Concrete Wall

6” Concrete Slab

3’ Concrete Foundation Footing

LEFT Building cross section examining construction methods and building envelope. RIGHT Detail examining roof and wall connection.

FILE TYPE: 92184462662369020003FR03 POWER DOMAIN CONTROL REMOTE ACCESS SOFTWARE UPDATE Z/ASGSA23523 SOUND: 23512560VFD2524314F234 ODBG EDA P PX AGWG 2339449935 QUICKTIME PLAYER AX23324 CONFIGURATION MANAGER WGEE23 CONTROL STRIP 24SGAG242 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 23:43:46:67:72:13

VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

0 REPARIED 14 GICKiEWAGA

25:36:64:95:28:23 USING 20 AUXILARY 42 TOTAL ADD APPLICATION PROGRAM 2532 20:24:35:93:32:45 FILE TYPE: 92184462662369020003FR03 25:36:64:95:28:23 POWER DOMAIN CONTROL REMOTE ACCESS 29:23:23:95:96:28 SOFTWARE UPDATE Z/ASGSA23523 10:32:93:39:82:24 SOUND: 23512560VFD2524314F234 ODBG EDA P PX AGWG 2339449935 33:96:84:28:67:23 ACCESS QUICKTIME PLAYER AX23324 ACCESS 20:24:35:93:32:45 CONFIGURATION MANAGER WGEE23 ACCESS CONTROL STRIP 24SGAG242 25:36:64:95:28:23 ACCESS 23:43:46:67:72:13 NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE

NOT VISIBLE 10:32:93:39:82:24 NOT VISIBLE 33:96:84:28:67:23 20:24:35:93:32:45 ACCESS 25:36:64:95:28:23 VISIBLE ACCESS 20:24:35:93:32:45 ACCESS 25:36:64:95:28:23 ACCESS 29:23:23:95:96:28 10:32:93:39:82:24 NO ACCESS 33:96:84:28:67:23 20:24:35:93:32:45 NO ACCESS ACCESS 20:24:35:93:32:45 25:36:64:95:28:23 ACCESS 25:36:64:95:28:23 29:23:23:95:96:28 23:43:46:67:72:13 10:32:93:39:82:24 VISIBLE MAPPING LIBRARY EXPORT 229 433 33:96:84:28:67:23 CONFIGURATION: 9303455838223 20:24:35:93:32:45 STANDARD: 923R58D23 25:36:64:95:28:23 HIRES RATE: 23521JD2 20:24:35:93:32:45 WARNING: CPU 2 HASNT SINTER 25:36:64:95:28:23 EPC 0x000S23SAe2344723 RA: 0x002 ACCESS 29:23:23:95:96:28 CAUSED BY SPLHIRS ACCESS 10:32:93:39:82:24 B2.46433 SECONDS 23214543 DYTERYRS ACCESS 33:96:84:28:67:23 PROXY OPTIMAL SIZE WOULD DE10ITS 20:24:35:93:32:45 57223 PROXIES VERIFIED ACCESS 25:36:64:95:28:23 0 REPARIED 14 GICKiEWAGA NO ACCESS 20:24:35:93:32:45 USING 20 AUXILARY 42 TOTAL VISIBLE 25:36:64:95:28:23 ADD APPLICATION PROGRAM 2532 NO ACCESS 29:23:23:95:96:28 FILE TYPE: 92184462662369020003FR03 10:32:93:39:82:24 DOMAIN CONTROL NOTPOWER VISIBLE 33:96:84:28:67:23 REMOTE ACCESS ACCESS 20:24:35:93:32:45 SOFTWARE UPDATE Z/ASGSA23523 ACCESS 25:36:64:95:28:23 SOUND: 23512560VFD2524314F234 NOTODBG VISIBLE 23:43:46:67:72:13 EDA P PX AGWG 2339449935 QUICKTIME PLAYER AX23324 CONFIGURATION MANAGER WGEE23 20:24:35:93:32:45 ACCESS CONTROL STRIP 24SGAG242 ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

ANALYSIS: MATCH: 389_VEHI_55683 ANALYSIS: MATCH: 389_VEHI_55683 690_SIZE_39958 690_SIZE_39958 294_TSPO_12139 294_TSPO_12139 105_HPWP_94223 ANALYSIS: MATCH: ANALYSIS: MATCH: 933_CODE_29345 389_VEHI_55683 389_VEHI_55683 922_RNGE_92273 105_HPWP_94223 690_SIZE_39958 346_CAPC_12343 ACCESS 20:24:35:93:32:45 MAPPING LIBRARY EXPORT 229 433 ANALYSIS: MATCH: 690_SIZE_39958 294_TSPO_12139 384_MAXI_93448 105_HPWP_94223 000_TORQ_38442 933_CODE_29345 294_TSPO_12139 25:36:64:95:28:23 CONFIGURATION: 9303455838223 ACCESS ANALYSIS: MATCH: 933_CODE_29345 255_SUSP_23438 389_VEHI_55683 105_HPWP_94223 922_RNGE_92273 832_IDLE_98334 389_VEHI_55683 922_RNGE_92273 690_SIZE_39958 346_CAPC_12343 234_WGHT_23842 933_CODE_29345 ACCESS 29:23:23:95:96:28 STANDARD: 923R58D23 MATCH: 294_TSPO_12139 384_MAXI_93448 ANALYSIS: 293_TANK_23843 690_SIZE_39958 922_RNGE_92273 000_TORQ_38442 389_VEHI_55683 105_HPWP_94223 346_CAPC_12343 10:32:93:39:82:24 ACCESS HIRES RATE: 23521JD2 933_CODE_29345 255_SUSP_23438 690_SIZE_39958 346_CAPC_12343 294_TSPO_12139922_RNGE_92273 832_IDLE_98334 294_TSPO_12139 384_MAXI_93448 384_MAXI_93448 346_CAPC_12343 234_WGHT_23842 105_HPWP_94223 WARNING: CPU 2 HASNT SINTER NO ACCESS 33:96:84:28:67:23 293_TANK_23843 933_CODE_29345384_MAXI_93448 000_TORQ_38442 922_RNGE_92273000_TORQ_38442 000_TORQ_38442 105_HPWP_94223 255_SUSP_23438 20:24:35:93:32:45 VISIBLE EPC 0x000S23SAe2344723 RA: 0x002 346_CAPC_12343 255_SUSP_23438 384_MAXI_93448 832_IDLE_98334 832_IDLE_98334 255_SUSP_23438 234_WGHT_23842 CAUSED BY SPLHIRS NO ACCESS 000_TORQ_38442 25:36:64:95:28:23 933_CODE_29345 234_WGHT_23842 255_SUSP_23438293_TANK_23843 832_IDLE_98334 293_TANK_23843 20:24:35:93:32:45 NOT VISIBLE 832_IDLE_98334 B2.46433 SECONDS 23214543 DYTERYRS922_RNGE_92273 234_WGHT_23842 293_TANK_23843 234_WGHT_23842 PROXY OPTIMAL SIZE WOULD DE10ITS ACCESS 25:36:64:95:28:23 ACCESS 346_CAPC_12343 293_TANK_23843 29:23:23:95:96:28 57223 PROXIES VERIFIED ACCESS ACCESS 384_MAXI_93448 10:32:93:39:82:24 0 REPARIED 14 GICKiEWAGA NOT VISIBLE ACCESS 000_TORQ_38442 NOT VISIBLE 33:96:84:28:67:23 ANALYSIS: MATCH: USING 20 AUXILARY 42 TOTAL ACCESS 389_VEHI_55683 20:24:35:93:32:45 690_SIZE_39958 ADD APPLICATION PROGRAM 2532 ACCESS 255_SUSP_23438 NO ACCESS VISIBLE 25:36:64:95:28:23 294_TSPO_12139 FILE TYPE: 92184462662369020003FR03 VISIBLE 832_IDLE_98334 ACCESS 20:24:35:93:32:45 105_HPWP_94223 POWER DOMAIN CONTROL NO ACCESS 234_WGHT_23842 ACCESS 25:36:64:95:28:23 933_CODE_29345 REMOTE ACCESS NOT VISIBLE 922_RNGE_92273 293_TANK_23843 29:23:23:95:96:28 346_CAPC_12343 ACCESS SOFTWARE UPDATE Z/ASGSA23523 ACCESS 10:32:93:39:82:24 384_MAXI_93448 SOUND: 23512560VFD2524314F234 NO ACCESS ACCESS 33:96:84:28:67:23 000_TORQ_38442 ODBG EDA P PX AGWG 2339449935 NO ACCESS NOT VISIBLE 20:24:35:93:32:45 255_SUSP_23438 QUICKTIME PLAYER AX23324 ACCESS ACCESS 832_IDLE_98334 ACCESS 25:36:64:95:28:23 234_WGHT_23842 CONFIGURATION MANAGER WGEE23 ACCESS 23:43:46:67:72:13 293_TANK_23843 CONTROL STRIP 24SGAG242 VISIBLE ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE

POWER DOMAIN CONTROL REMOTE ACCESS SOFTWARE UPDATE Z/ASGSA23523 SOUND: 23512560VFD2524314F234 ODBG EDA P PX AGWG 2339449935 QUICKTIME PLAYER AX23324 CONFIGURATION MANAGER WGEE23 CONTROL STRIP 24SGAG242 ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS MAPPING LIBRARY EXPORT 229 433 VISIBLE CONFIGURATION: 9303455838223 STANDARD: 923R58D23 ACCESS HIRES RATE: 23521JD2 ACCESS WARNING: CPU 2 HASNT SINTER EPC 0x000S23SAe2344723 RA:ACCESS 0x002 CAUSED BY SPLHIRS NO ACCESS B2.46433 SECONDS 23214543 DYTERYRS NO ACCESS PROXY OPTIMAL SIZE WOULD DE10ITS ACCESS 57223 PROXIES VERIFIED 0 REPARIED 14 GICKiEWAGA ACCESS USING 20 AUXILARY 42 TOTAL VISIBLE ADD APPLICATION PROGRAM 2532 FILE TYPE: 92184462662369020003FR03 POWER DOMAIN CONTROL REMOTE ACCESS SOFTWARE UPDATE Z/ASGSA23523 SOUND: 23512560VFD2524314F234 ODBG EDA P PX AGWG 2339449935 QUICKTIME PLAYER AX23324 CONFIGURATION MANAGER WGEE23 CONTROL STRIP 24SGAG242

ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

20:24:35:93:32:45 0 REPARIED 14 GICKiEWAGA 25:36:64:95:28:23 USING 20 AUXILARY 42 TOTAL 29:23:23:95:96:28 ADD APPLICATION PROGRAM 2532 10:32:93:39:82:24 FILE TYPE: 92184462662369020003FR03 33:96:84:28:67:23 POWER DOMAIN CONTROL 20:24:35:93:32:45 REMOTE ACCESS 25:36:64:95:28:23 SOFTWARE UPDATE Z/ASGSA23523 ACCESS 23:43:46:67:72:13 SOUND: 23512560VFD2524314F234 ACCESS ODBG EDA P PX AGWG 2339449935 ACCESS QUICKTIME PLAYER AX23324 ACCESS CONFIGURATION MANAGER WGEE23 NO ACCESS CONTROL STRIP 24SGAG242 VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE 20:24:35:93:32:45

ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

25:36:64:95:28:23 20:24:35:93:32:45 29:23:23:95:96:28 25:36:64:95:28:23

ANALYSIS: ACCESS MATCH: MAPPING LIBRARY EXPORT 229 433 389_VEHI_55683 ACCESS CONFIGURATION: 9303455838223690_SIZE_39958 294_TSPO_12139 ACCESS STANDARD: 923R58D23 105_HPWP_94223 ACCESS HIRES RATE: 23521JD2 933_CODE_29345 NO ACCESS WARNING: CPU 2 HASNT SINTER 922_RNGE_92273 346_CAPC_12343 ANALYSIS: MATCH: 384_MAXI_93448 389_VEHI_55683 EPC 0x000S23SAe2344723 RA: 0x002 VISIBLE 690_SIZE_39958 000_TORQ_38442 294_TSPO_12139 NO ACCESS CAUSED BY SPLHIRS 255_SUSP_23438 105_HPWP_94223 832_IDLE_98334 933_CODE_29345 B2.46433 SECONDS 23214543 NOT VISIBLE 234_WGHT_23842 922_RNGE_92273 346_CAPC_12343 ACCESS DYTERYRS 293_TANK_23843 384_MAXI_93448 000_TORQ_38442 PROXY OPTIMAL SIZE WOULD DE10ITS ACCESS 255_SUSP_23438 832_IDLE_98334 NOT VISIBLE 57223 PROXIES VERIFIED 234_WGHT_23842 293_TANK_23843 NOT VISIBLE 0 REPARIED 14 GICKiEWAGA ACCESS USING 20 AUXILARY 42 TOTAL VISIBLE ADD APPLICATION PROGRAM 2532 FILE TYPE: 92184462662369020003FR03 ACCESS ACCESS POWER DOMAIN CONTROL ANALYSIS: MATCH: REMOTE ACCESS ACCESS 389_VEHI_55683 NO ACCESS SOFTWARE UPDATE Z/ASGSA23523 690_SIZE_39958 NO ACCESS 294_TSPO_12139 SOUND: 23512560VFD2524314F234 105_HPWP_94223 ODBG EDA P PX AGWG 2339449935 ACCESS 933_CODE_29345 ACCESS QUICKTIME PLAYER AX23324 922_RNGE_92273 VISIBLE 346_CAPC_12343 CONFIGURATION MANAGER WGEE23 384_MAXI_93448 CONTROL STRIP 24SGAG242

000_TORQ_38442 255_SUSP_23438 832_IDLE_98334 234_WGHT_23842 293_TANK_23843

ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

MA CO ST HIR WA EP CA B2 PR 572 0R US AD FIL PO RE SO SO OD QU CO CO

NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS ACCESS ACCESS ACCESS ACCESS VISIBLE

10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 20:24:35:93:32:45 25:36:64:95:28:23 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 23:43:46:67:72:13

NO ACCESS 33:96:84:28:67:23 VISIBLE 20:24:35:93:32:45 25:36:64:95:28:23 NO ACCESS NOT VISIBLE 20:24:35:93:32:45 25:36:64:95:28:23 ACCESS ACCESS 29:23:23:95:96:28 NOT VISIBLE 10:32:93:39:82:24 33:96:84:28:67:23 NOT VISIBLE ACCESS 20:24:35:93:32:45 25:36:64:95:28:23 VISIBLE ACCESS 20:24:35:93:32:45 ACCESS ACCESS25:36:64:95:28:23 ACCESS ACCESS29:23:23:95:96:28 10:32:93:39:82:24 NO ACCESS NO ACCESS ACCESS33:96:84:28:67:23 ACCESS ACCESS20:24:35:93:32:45 25:36:64:95:28:23 ACCESS NO ACCESS VISIBLE 23:43:46:67:72:13

VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE

ACCESS ACCESS VISIBLE

20:24:35:93:32:45 NO 25:36:64:95:28:23 ACCESS VISIBLE 23:43:46:67:72:13 NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 20:24:35:93:32:45 25:36:64:95:28:23 29:23:23:95:96:28 10:32:93:39:82:24 33:96:84:28:67:23 20:24:35:93:32:45 25:36:64:95:28:23 23:43:46:67:72:13

ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE

THE NEW METROPOLITAN LIBRARY DETROIT, MI

ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE

ACCESS ACCESS ACCESS ACCESS NO ACCESS VISIBLE NO ACCESS NOT VISIBLE ACCESS ACCESS NOT VISIBLE NOT VISIBLE ACCESS VISIBLE ACCESS ACCESS ACCESS NO ACCESS NO ACCESS ACCESS ACCESS VISIBLE

In the past, the library has been seen as the universal free public space, offering upon its users truth, validity, and safety through its level of control. However, the rise of the rhizomatic internet as an infinite exchange of data has made the new free public space virtual, unrestrained, and incredibly expansive. A constant virtual connection means websites can track a user’s actions, such as where they are and what they like. This information, categorized as metadata, is continously floating around in massive amounts. This project aims to harness and collect this metadata about all facets of one’s interaction with the library, allowing the library itself can expand and develop, in turn redistributing new information. The library becomes a complex system, completely non-linear and self-organizing. A folksonomy offers a less rigid form of classification compatible with this library format. A folksonomy differs from the traditional classification systems in that it is entirely usergenerated. Through a collaborative system of user-generated tag-clouds, media in the library can be constantly updated with new classifications through tagging. The New Metropolitan Library emphasizes acquisition and storage of material, and the library demands a large physical space to store its collection. Fisher Body 21, an Albert Kahn-designed automobile factory that has been abandoned since 1984 offers a unique solution. The plant’s 536,000 square feet of floor space nearly entirely free from loadbearing walls becomes a scaffold the expanding collection of information. The spatial organization of the library reflects both the collection of data within it as well as the classification systems being carried out for that data. No book is lost in the collection because regardless of the lack of a central controlled system, tracking devices in each book make their locations in space always clear. Every book’s location in space reveals its location relative to other books with shared tags. With the ability to digitally turn on or off an enormous number of concatenated webs, the media can be arranged and re-arranged in an infinte number of ways. INSTRUCTOR: Mary-Ann Ray DATE: 9.10-12.10 67

The New Metropolitan Library emphasizes acquisition and storage of material, and the library demands a large physical space to store its collection. Detroit in 2010 offers a unique opportunity. Detroit, once the booming automobile manufacturing capital of the world, and still retaining it's industrial roots, is desperately seeking a new identity upon which it can revive its deflated economy. Detroit is still home to nearly 4,000 industrial factories, several of which have turned abandoned as companies collapse, with the city's suffering budget unable to properly do anything with the old structures. Today, these large factories offer enormous amounts of cheap space. One of these spaces is the 536,000 square foot Fisher Body 21 plant, designed by Albert Kahn for the Fisher Body Corporation and constructed in 1919. At the time, the company had more than 40 buildings encompassing 3,700,000 square feet of space, and Fisher Body 21 was designed as the signature factory. Between 1919 and 1925, it produced bodies for Buick and Cadillac, and after transforming into an engineering facility in 1929, it again began producing Cadillac bodies in 1956, primarily centered around limousines. Since 1984, the factory has been shut down and sits today entirely abandoned.

Fisher Body 21 is a significant project for architect Albert Kahn, who designed nearly 100 factories in the Detroit area. Fisher Body is a six-story building constructed of concrete and large glass apertures, contrasting earlier industrial plants with heavy brick wills with very few windows. Another major difference is the use of reinforced concrete floors capable of holding tremendous weight and many tons of pressure instead of the traditional heavy oak floors that are limited and susceptible to fires. The interior of the factory has essentially no load-bearing walls; instead it is comprised of a grid of concrete supporting columns. Without load-bearing interior walls, the factory acts as a perfect grid to insert a massive collec-

tion of information that can sprawl upward into its upper levels and across its expansive floorplan. The reinforced concrete structure ensures a stable and structural scaffold for the weight of a large population of books and people. Fisher Body 21 sits in the Milwaukee Junction area of Detroit, near an array of other automobile factories in the neighborhood, constructed here primarily because of access to rail lines. It sits at 700 Piquette Ave., on the corner of Piquette and Hastings, as part of the Piquette Avenue Industrial Historic District. The site lies near the junction of I-75 and I-94. Located just under 3 miles from the heart of Detroit and a quick jog from Woodward Ave., the library resides as a convenience to the city's

population while still being "a destination" more than a walk-in-off-the-street setting. Its proximity to major highways and rail lines allows for access from a much larger population. Photographs of the interior reveal the types of spaces the factory currently contains. Now at an extreme level of dilapidation and decay, Fisher Body 21 houses the remnants of the automobile manufacturing plant it once was.

In order for the New Metropolitan Library to exist in a world of digital media, the classification system cannot be restrictive and rigid. Instead, a new system must be developed that is fluid and dynamic, resisting an outdated overarching system of control and organization. Rather than being classified by call numbers and having a single, fixed location on a shelf within the library, books are organized by a collaborative classification system known as a â&#x20AC;&#x153;Folksonomyâ&#x20AC;? that is constantly being managed and annotated by users through "tagging". Books no longer have a fixed location in the library, but rather drift around to groups that share similar tags.

Tagging differs from other classification systems in that it is non-hierarchical nor professionally created (by librarians). Media in the library can be constantly updated with new classifications through tagging, much like websites like Facebook and Flickr use tags to connect facets of their sites. Collaborative tagging exhibits a form of complex system dynamics, thus, even if no central controlled vocabulary constrains the users, the distribution of tags that emerge will converge over time to stable power law distributions. Once these stable distributions form, simple vocabularies can be extracted by examining the correlations that form between different tags.

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  

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While implicit metadata may be collected by technology embeded directly within the books of the library, a free-range component is required to collect a much broader range of data about the books and their users as they leave the confines of the physical library. This component is a cluster of thousands of nano-scale sensors, or "smartdust" that exist as nearly microscopic autonomous data-collectors that disperse across the city as they get carried out of the library by users through air-drafting or inadvertently sticking to clothing. Once active, the sensors can collect an enormous level of information for the library's collection as they traverse the landscape. Linked to books of voluntary users that leave the library, the smartdust can be programed to collect a variety of categories of information, and work both independently and collectively with other sensors that leave the premises.

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    

  

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

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While the sensors are generated and deployed within the confines of the library, with time they will begin to venture out of the building and be swept further from the site. This series of diagrams represents the initial batch of smartdust as it spreads across the city and eventually beyond. The key at the bottom right reflects the relative amount of sensors still within the New Metropolitan Library (N.M.L.) to those that have moved out into the city as time passes.

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By 100 days, the initial batch of smartdust metadata collectors has completely spread from the site and has been randomly scattered throughout the city. Unlike midway through the dispersion process where the sensors were still scattered in close proximity to their original host, by day 100 the blanket of sensors is relatively evenly spread across much more than just the immediate urban landscape. With time, they extend their scope to other nearby municipalities or further, depending on where library users or random chance carry them.

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                       

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                            

                    

 

  73

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The plan reveals the complexity of the space in the library, which reflects both the collection of data within it as well as the classification systems being carried out for that data.

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LEFT An interior perspective of part of the collection space reveals the stacks of books arranged on horizontal surfaces throughout the library. Because books are constantly being rearranged by the users, a vertical shelving system is not necessary.

RIGHT A section reveals the massive concrete floor plates of the Fisher Body plant along with the thinner wooden inserted surfaces. Having horizontal surfaces at a variety of heights creates hundreds of pockets of space for both walking on and resting books on.

LEFT At points in the library â&#x20AC;&#x153;atriumâ&#x20AC;? spaces open as a point of reorienting oneself. Digital screens in these spaces allow users to locate where their books are in the library. RIGHT The size of the building allows for grand public spaces to exist within it. A triple-tiered auditorium unfolds from the floor plates on the southwest side of the structure. 78

Cameron Stewart 1257 Timber Oaks Ct. Plainwell, MI 49080 269.207.2030 camjstew@umich.edu