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2017 TRISTAN SNYDER

||GRADUATE APPLICATION|| U March

2-YEAR APPLICANT 368 COURTNEES WAY GEORGETOWN TEXAS, 78626 TDSsnydes@gmail.com | 512.940.0005


서울스튜디오

STUDIO 07

DENVER STUDIO|

STUDIO 06

AUSTIN STUDIO|

INDEPENDENT

Pages [ 4-17 ]

Pages [ 18-23 ]

Pages [ 24-28 ]

Pages [ 29-33 ]

ORGANIZATION |

ORGANIZATION |

ORGANIZATION |

ORGANIZATION |

Professor: Dr. Kuhn Park Collaboration: Jonathan T. Matz

Professor: Gary Smith Collaboration:

Professor: Andrew Fulcher Collaboration:

Professor: Dr. Kuhn Park Collaboration:

SEOUL STUDIO|

INTERESTS|

2


SEOUL STUDIO | SITUATION | The borough of Changsin, in Seoul, South Korea, is one of the oldest districts in the city. In the 1970’s garment factories began to take over after union activity in the original location, Pyeonghwa, caused the industry to disperse. This movement enveloped the neighborhood and created the manufacturing heart of Dongdaemun market, but with the rapid industrialization came the need for logistics systems and a disregard for the quality of living. The district’s street system is congested with heavy motorbike and small truck traffic that supplies the strata of factories. Due to the volume of traffic the district is experiencing a cap preventing further development, and it is not able to compete in the global market.

INTERVENTION | The proposal is a system of connecting the independent micro-factories to create a mega-factory that can compete with global mass-production facilities, while maintaining the specialization of the individual factory. Using a system of pneumatic pipes to fulfill the supply needs of the district may increase factory efficiency, reduce congestion, and catalyze industrial growth within the district. The physical separation of the supply network while maintaining its visual presence retains the productive character of the district and promotes a return of the resident’s social space.

LOCATION | Changsin_Seoul_SouthKorea

SITE PROGRAM | LightIndustrial_GarmentDistrict

STUDIO PHASES | Phase_0.1_FieldMeasure Phase_0.2_IdeaModeling Phase_0.3_SystemofChangsin

STUDIO PRODUCT | InfrastructureSystem

3


Bukcheon, Seoul, South Korea | 2017 |


[

BUKCHON

]

Describing utility as an isolated, generative, source for spatial formulation through volumetric contours created by a nearly pure functionality.

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o ont

01 C

01

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FIELD MEASURE | Seoul, South Korea experienced a rapid period of growth following the end of the Korean War. The buildings constructed during this time had very little consideration of electricity, HVAC, and gas utilities. When the buildings needed to be retrofitted for these utilities there was no cost-effective way to conceal the systems within the finished walls. The solution was to attach them to the exterior of the building resulting in buildings wrapped with gas lines, ventilation systems, electrical, phone, and internet cables. Mapping these systems informs the viewer of the program of the district, and begins to visually demonstrate a hierarchy within the neighborhoods. This district, Bukcheon, is a primarily residential neighborhood and small commercial shops interlaced along the more heavily trafficked corridors. The density of utilities indicates this program, and should the building be removed the utilities define a more implicit space.

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LOCATION | Bukcheon_Seoul_SouthKorea

SITE PROGRAM | Residentialand Commercial_District

03 | 01 02 03

5


Seochon, Seoul, South Korea | 2017 |


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SEOCHON

]

Describing utility as an isolated, generative, source for spatial formulation through volumetric contours created by a nearly pure functionality.

01

01 |

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FIELD MEASURE |

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The district of Seochon is a similar mix of residential and commercial however, instead of the single-story density of Bukcheon, Seochon Village contains medium rise structures and multiple markets like Tongin Market. This mapping is of a small market near Gyeongbukgung Palace, and using the utility density as a reference, it demonstrates that this area contains a higher population density. Upon removal of the building masses the utility density begins to more explicitly form space around their building geists.

02

02 |

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03

01 02 03

LOCATION | Seochon_Seoul_SouthKorea

SITE PROGRAM | Residential_Commercial_[Market]_District

03 |

7


Changsin, Seoul, South Korea | 2017 |


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FIELD MEASURE |

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Changsin, garment district, is a light industrial and residential district. In comparison to Seochon this district retains a similar density, but it has a different program. This program creates an inconsistent density per building. The more implicit the space created by isolated utilities the more likely that structure contains a factory. By isolating these utilities, one can nearly determine the program, and density of individual buildings, and floors within those buildings.

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02 |

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LOCATION | Changsin_Seoul_SouthKorea

SITE PROGRAM | Residential_Industrial_[Arterial Street]_District

01 02 03

03 |

9


Changsin, Seoul, South Korea | 2017 |


SYSTEM MAPPING | The Changsin district is a light industrial (dark blue) garmet district mixed with high density residential (grey) providing the industry with a working population. Although the map indicates the zoning as a polar organization the reality is that within the blue structures the factories may only occupy half of the building and the other half residential or commercial. Mapping the district from above disguises the grade of the district, a steepness, even pictures fail to capture, exponentially increases as you travel away from the central artery of the district. Similaly, the map will not describe the mechanism of the industry throughout the district. In person the burough is in constant motion; motor bikes traveling in packs of 10 up and down the district as the traffic light at the gate of the district turns green, the machine gun sound of a million inescapeable sewing machines, and the steam and smells that bleach and irons exhaust. The map instead describes a thermodynamic law that the district is not excused from. The density of factories resides near the base of the valley, along level ground, and against the street that allows a relatively inexpensive and incredibly quick suppply line.

LOCATION | Changsin_Seoul_SouthKorea

SITE PROGRAM | Residential_Industrial_[Arterial Street]_District

11


Existing Changsin Factories:

[ DESIGN ]

[ FACTORY ]

[ PRODUCT ]

[ MARKET ]

MICRO TO MEGA | The typical mass production process involves a single large order designated for a mega factory that specifically manufactures a single product at a time. The mega factory is very efficient, but lacks the diversity in products.

New Pipe System:

CHANGSIN SYSTEM |

12

In the existing Changsin Dong production process the micro factories act individually to produce unique products; each factory recieves a smaller order to be fulfilled, and in order to complete the order specialized work is sub-contracted out among several smaller facilities. The movement between facilities as well as material distribution requires motorbike transport through the connecting allys.

PROPOSED SYSTEM | By incorporating the pneumatic pipe system into the district, the area of manufacturers becomes a cohesive mega-factory. The new mega-factory still allows for a diversity in product design by maintaining the individuality of each factory, but the system creates an efficient transportation system that can compete with the current mass production facilities.

New Logistics System:


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HUB STATION


STUDIO 07

CURTIS STREET

ARAPAHOE STREET

B

B

B

B

22

LARIMER STREET

MARKET STREET

18TH STREET

21

18TH STREET

COURT PL.

TREMONT PL.

GLENARM PL.

WELTON ST.

CALIFORNIA ST.

STOUT ST.

CHAMPA ST.

B

B

B

B

B B

B

B

B

15TH STREET

30

INTERVENTION |

02

CHERRY CREEK

27

B

32

13

B

EK

CRE

12

RRY

11

01

14TH STREET

CHE

ER

SPE

D. BLV

13TH STREET

28

The proposal is community center that can act as recreation center. The design along Cherry Creek (existing pedestrian and bike path) may become a place for pause or additional activity.

29

B

03

10

B

B

04

33

09

B

15TH STREET

B

B

B

B

B

B

05

B

B

06

B

B

B

08

07

31

26

WATER STREET

25

B

B

B

B

B

B

B

B

16TH STREET B

18

17

24

L

19

L ITT

E

B

B

B

B

B

N VE RA

17TH STREET

23

R ST

T EE

20

B

B

16

B

18TH STREET

IH-25

1404 Wynkoop, Denver, Colorado is located near the heart of downtown only three blocks away from Union Station. The site is 125’ long by 62’ wide with a small outcropping, 20’x25’ on the East side. The existing program of the site is a pay to park asphalt black top, and the site is bordered by mixed-use apartment/commercial/offices. The neighboring building to the East has windows that look West towards the site. The site’s topography slopes from West to East (away from the creek), and North to South. The site abutts an alley that links the 16th street mall with the site, and acts as the primary drainage corridor for the Wynkoop and Wazee St. blocks. The site is directly between the Pepsi Center and Coors Field, and the site is only a few blocks away from the University of Colorado at Denver.

19TH STREET

34

19TH STREET

LAWRENCE STREET

BLAKE STREET

WAZEE STREET

WEWATTA STREET

CHESTNUT PL.

SITUATION |

WYNKOOP STREET

DENVER STUDIO |

.

O

.C W

ELITCH CIR.

B

B

SOUTH PLA TTE RIVER

SITE PROGRAM |

14

15

LOCATION | Denver_Colorado_UnitedStates

MixedUse_Downtown

STUDIO PRODUCT | Recreation Community Center

25 IH-

Phase_0.1_SiteAnalysis Phase_0.2_PrecedentStudy Phase_0.3_CommunityCenter

AURARIA PKWY.

STUDIO PHASES |

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LEGEND

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Colorado_USA

I-76

SITE

I-70

CITY LIMITS

06

ROADS

83

Colorado Springs_Colorado 05

01 Site (District Map): 1404 Wynkoop St. [5,202’] 02 Capital

I-25

07

85 225

04

E-470

27

74

I-25 14

03 Thornton Gravel Ponds

03 285

470

04 Rock Mountain Arsenal National Park

02 08

Denver_Colorado

05 Barr Lake

30

2

36

06 Denver International Airport

I-70

07 Cherry Creek Resevoir

0 24

Fort Collins_Colorado

Boulder_Colorado

01

10

36

I-70

ROCKY MOUNTAINS

12

11

09

08 Pikes Peak [14,110’] 09 Mt. Evans [14,271’] 10 Chief Mountain [11,709’] 11 Apache Mountain [13,441’] 12 Longs Peak [14,259’] 13 Jackson Lake 14 US Airforce Academy

N

I-25

17


Denver, Colorado, United States | 2017 |


A

10

2

148’-0” 145’-6” 1

Plan 09 17

11

12 16 13

3

123’-9”

6

111’-6”

Plan 08

B

99’-3”

22 21 20

6

11

18

Plan 07

19

73’-3”

3

1

Wall Section Model Plan 06

58’-4”

C

19

45’-9”

1

2

3

4

5

6 7

Plan 03

8

21’-0”

9 10

11 14

13

15

8’-0” Plan 01

D

0’-0” 12

Plan -01

15 23

11

-11’-8”

14

Plan -02 25

-23’-4”

24

Scale: 1’

2’ 1’

8’ 4’



AA

BB

CC

DD

EE

FF

GG

HH

II

aa

Wynkoop

SECTIONS Scale: 1/16”

AA

BB

CC

DD

EE

FF

GG

HH

II

aa

154’

136’

124’

112’

100’

86’

61’

49’

36.7’

25.5’ 14’

Wynkoop

Wynkoop

-10.5’

-24.5’

bb


STUDIO 06

AUSTIN STUDIO | SITUATION | The city of Austin is divided by IH-35 which runs from the Northern edge of the United States to the Southern tip of Texas. An extreme connection like this interstate highway brings with it extreme volumes of traffic, only maginified by the urban density. Within this urban environment is the entertainment district, in downtown Austin, which includes 5th, 6th, 7th, and RedRiver street. The site is located on the edge of this district and brushes shoulders with the country long vein, and the devisive Waller Creek.

INTERVENTION | The proposal is a connective tissue to join the East and West sides of Waller creek while preparing for the future of IH-35. The tissue acts as a connector, but becomes a place.

22

LOCATION | Austin_Texas_UnitedStates

SITE PROGRAM | Commercial_EntertainmentDistrict

STUDIO PHASES | Phase_0.1_MusicStudy Phase_0.2_PrecedentStudy Phase_0.3_MusicCenter

STUDIO PRODUCT | Experimental Music Center


Austin, Texas, United States | 2016 |


DIAGRAMATIC MODEL | The extension and connect the East and West side of Waller Creek manifests itself as a gesture encouraging traffic into the building through an unconventional direction. The traditional ‘back’ of the property faces the creek, but in a program of performance the volume of the ‘front’ is practically unfavorable. By shifting the performance program to the creek side, the point of interest shifts. This new gesture not only creates an easy means of crossing the creek, but it creates an intriguing entrance through a performance space on the creek.



Austin, Texas, Concept Rendered Perspective | 2016 |


import processing.video.*; Capture video;

MOTH

DiMeND | SITUATION | Gamification is the use of interactive displays to encourage social interaction. Our proposal is to visually display proximities systematically using the Java based Processing platform. Our code calls for a video capture that tracks pixel color (246 white), and establishes clusters of color or “blobs” that may be mapped and used as nodes. These nodes are then visually represented by an ellipse at which they may be connected by neighboring blobs. This collection of points and lines amorphosly defines the participant’s motion, and as two different individuals approach a specified threshold connections begin to connect each collection of nodes. The project creates an interactive incentive to breakdown the layers of social boundries our culture has, and through the game-like situation begins to spark conversation between strangers. The project may also act as a billboard for a less populated area in town at which the class exhibition was held. The Urban Tech location in downtown Lubbock counterintuitively is sparsly occupied after 5:00pm. The projection of a 46’ X 24’ display 15’ off the ground acted as an invitation to the unknown location. https://youtu.be/mJbQqAEzbMc

color trackColor; float threshold = 30; float blobThresh = 65; float opacity = 80; int distance01 = 60; int distance02 = 70; int distance03 = 100; int distance04 = 150; int maxDistance = 200; ArrayList<Blob_01> blobs = new ArrayList<Blob_01>(); void setup() { video = new Capture(this, 1280, 720); video.start(); trackColor = color(255, 0, 0); fullScreen(); } void captureEvent(Capture video) { video.read(); } void keyPressed() { if (key=='a') { blobThresh+=5; } else if (key=='z') { blobThresh-=5; } println(blobThresh); if (key==',') { maxDistance-=5; } else if (key=='.') { maxDistance+=5; } println(maxDistance); } void draw() { video.loadPixels(); image(video, 0, 0); noStroke(); fill(0, 210); rect(0, 0, width, height); blobs.clear(); threshold = 100; for (int x = 0; x < video.width; x++) { for (int y = 0; y < video.height; y++) { int loc = x + y*video.width; color currColor = video.pixels[loc]; float r_01 = red(currColor); float g_01 = green(currColor); float b_01 = blue(currColor); float r_02 = red(trackColor); float g_02 = green(trackColor); float b_02 = blue(trackColor); float d = distSq(r_01, g_01, b_01, r_02, g_02, b_02); if (d < threshold*threshold) {

}

}

}

boolean found = false; for (Blob_01 b : blobs) { if (b.isClose(x, y)) { b.add(x, y); found = true; break; } } if (!found) { Blob_01 b = new Blob_01(x, y); blobs.add(b); b.show(); }

for (int i=0; i <= blobs.size()-1; i++) { for (int j=i+1; j <= blobs.size()-1; j++) { float d = (dist(blobs.get(i).centx, blobs.get(i).centy, blobs.get(j).centx, blobs.get(j).centy)); if (d > 0 && d < distance01) { stroke(255); strokeWeight(1); line(blobs.get(i).centx, blobs.get(i).centy, blobs.get(j).centx, blobs.get(j).centy); } else if (d > distance01 && d < distance02) { stroke(240); strokeWeight(.75); line(blobs.get(i).centx, blobs.get(i).centy, blobs.get(j).centx, blobs.get(j).centy); } else if (d > distance02 && d < distance03) { stroke(220); strokeWeight(.65); line(blobs.get(i).centx, blobs.get(i).centy, blobs.get(j).centx, blobs.get(j).centy); } else if (d > distance03 && d < distance04) { stroke(200); strokeWeight(.5); line(blobs.get(i).centx, blobs.get(i).centy, blobs.get(j).centx, blobs.get(j).centy); } else if (d > distance04 && d < maxDistance) { stroke(100); strokeWeight(.1); line(blobs.get(i).centx, blobs.get(i).centy, blobs.get(j).centx, blobs.get(j).centy); } } } //fill(0); //noStroke(); //rect(0, 0, 280, 720); //rect(1000, 0, 1280, 720); } float distSq(float x1, float y1, float x2, float y2) { float d = (x2-x1)*(x2-x1) + (y2-y1)*(y2-y1); return d; } float distSq(float x1, float y1, float z1, float x2, float y2, float z2) { float d = (x2-x1)*(x2-x1) + (y2-y1)*(y2-y1) + (z2-z1)*(z2-z1);

class Blob_01 { float minx; float miny; float maxx; float maxy; float centx; float centy;

display

Blob_01(float x, float y) { minx = x; miny = y; maxx = x; maxy = y; centx = x+5; centy = y+5; }

projector

recording

void show() { stroke(0); fill(210); strokeWeight(0); //rectMode(CENTER); //rect(minx, miny, maxx, maxy); ellipseMode(CENTER); ellipse(centx, centy, 5, 5); } void add(float x, float y) { minx = min(minx, x); miny = min(miny, y); maxx = max(maxx, x); maxy = max(maxy, y); }

cam

float size() { return (maxx-minx)*(maxy-miny); } boolean isClose(float x, float y) { float cx = ((maxx+minx)/random(1.8,2)); float cy = ((maxy+miny)/random(1.8,2)); float d = distSq(cx, cy, x, y); if (d < blobThresh*blobThresh) { return true; } else { return false; } } }

27


Interior View

Original Polyhedron: Biscribed Truncated Octahedron

All square faces removed from the polyhedron.

From the square holes surfaces were constructed inwards, creating apertures framing the core.

Cluster aggregated from perforated and scaled polyhedron.

28 32

2’X2’ grid to determine horizontal curve sizes and shapes.

Second Grid, vertically oriented to create the arch’s apex.

Last grid angled from the center at a 45 degrees to create the final arch adjustment.

Lofting the curves derived from the 2’X2’ grid to create a twisting arch.



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