Seth
S.
Bartlett
SethSBartlett@gmail.com
[775] 901-1692
1014 Sierra Vista Ct., Gardnerville, NV 89460
Seth
S.
Bartlett
SethSBartlett@gmail.com
[775] 901-1692
1014 Sierra Vista Ct., Gardnerville, NV 89460
PERSONAL SKILLS
INDEPENDENT THINKING COMMUNICATION
DIGI-FABRICATION SKILLS
LASERCUTTING ROUTING
HAND-CRAFT SKILLS
PAINTING DRAWING DRAFTING MANUFACTURING MODEL MAKING
TECHNOLOGICAL SKILLS
CAD GRASSHOPPER - REVIT RHINO 3D ADOBE SUITE RHINO RENDERING
INDEPENDENT THINKING
INNOVATIVE DESIGN
4”x11”
6”x4”
6”x4”
12”x8”
COMMUNICATION
BOOK PUBLICATION
Day 1: Distance = 0 km Altitude = sea level My travel from sea to mountain begins on the central beach of Barcelona. The soft sand stretches perpendicular to my travels, and I weave in and out of the crowds of people sunbathing until I hit a sprawling boardwalk, passing raised yellow flags indicating the rough seas behind me. Passing through the Sea Point hotel, I manage to remain on an open, expansive area of pavers that juts out into the sea without entering the city proper. I swim across a small harbor populated by docked sailboats until I hit a new peninsula of land dredged up from the sea this morning. The new landscape rises in folds from the waves, and as I cross it I am presented with a soaring wall and battlements that separates the old city from the sea. Crossing several lanes of busy highway which leave the buildings of El Born and the Gothic quarter remain removed from the Mediterranean, I begin an upward trek along Via Laietana. This wide street serves as another border, dividing the Old Town running Northwest, and the slope remains a level 2% grade. Outside my apartment, movie crews are setting up a scene for a post-apocalyptic zombie movie, and without the busy cars and toursits, the elegant, dramatic, and stark features of the stone bulidings along this street serve the filmmakers well.
Day 2: Distance = 2 km Altitude = 10 m above sea level Leaving the Old Town behind, I pass through a cramped, tunnel which crosses a pointed protrusion from the town wall. Emerging out into a small plaza left over from the footprint of the wall, I can see La Rabassada in the distance. Eixample and the regular blocks of Cerdà’s plan stretch rhythmically before me, keeping pace with my journey towards the mountains. The modern buildings support a busy commercial street that remains continuos until I am forced to cross the large, diagonal avenue which cuts through the regular grid plan. On the other side of this street I notice a drastic change in scale. This small town serving as a farmer’s village for the center of Barcelona consists of irregular streets and small blocks in lieu of the mega blocks with large courtyard’s in Cerdà’s grid that is being constructed over the once fertile fields. The slope is becoming gradually steeper now as I walk through the village. It flattens out for a moment as two forks of a river traversing the base of the mountains flow through the fields. Upon crossing these two, sinuous streets, the major called Travessera de Dalt, I begin a steep, upward trek at a grade of 15% until I crest a small hill and stand in the Jardins de Mercè Rodoreda with a fantastic view backwards to the sea.
Day 3: Distance = 5.7 km Altitude = 162 m above sea level Leaving the hill, I decend for a brief time back into the small village. The streets I cross here have begun to take on the shape of the contours in the land, and my path becomes gradually steeper again as I face a final climb up the mountain. I have left the village now, crossing a large futbol camp along the way with the sounds of children shouting and laughing acompanying the soft thump of feet meeting soft leather. I cross a final, large highway running along the face of the mountains and begin a steep climb up into a dense, deciduous forest of oak dotted irregularly with the rich villas of the wealthy. Walking through the scrub brush and moving over several small crests on the mountainside, I reach my journey’s end in a thin copse of trees at 484 meters above sea level. From here I can see clearly the regular grid and irregular medieval streets merging together in a rhythmic march down to the sea. 17
4”x6” PER PAGE
Main features of a Karst
Sinkholes
Losing Streams
Natural Springs
Losing streams are surface streams that lose a significant amount of water flow to the subsurface through bedrock openings.
Sinkholes are rounded depressions in the landscape formed by water slowly dissolving the rock below or, in some cases, when an underground cavity collapses.
A spring is a cave filled with water, which is discharged to the surface. These can be a great source of pure and filtered, natural water.
Site as Layered Park
Housing Housing
Applying geometric layering and the corresponding properties to the site in section enables the program to adjust to and relate with the site and all of its formations.
Labs
Cafeteria
Classrooms Classrooms
Labs
Housing Auditorium
Exploration Center Exploration Center
Caves
Caves are cavities formed beneath the earth’s surface, when water dissolves the limestone or dolomite by chemical action. Dry caves are left behind when the aquifer line drops below the cave floor level.
9”x7” PER PAGE
[14]
Tree Canopy : Erodable Ground Level : Soluable Sink Level : Permeable Karst Level : Impervious
The site is divided sectionally into four strata which different programmatic elements may occupy. This enables the park and what lies beneath to be understood by the location and opacity of different pieces of program.
9”x7” PER PAGE
LASERCUTTING
CHIP + MUSEUM BOARD
9”x11”
24”x36”
48”x72”X18”
ROUTING
MDF + BALTIC BIRCH
12”x6”X4”
12”x6”X4”
30”x60”X6”
18”x12”
PAINTING
OIL + WATERCOLOR
24”x18”
18”x12”
8”x4”
DRAWING
INK + CHARCOAL
30”x48”
24”x36”
DRAFTING
24”x36”
GRAPHITE
24”x36”
MANUFACTURING
CONCRETE + RUBBER
24”x36”
21”x19”x33”
MANUFACTURING
BENT PLYWOOD + STEEL
21”x19”x33”
48”x48”
MODEL MAKING
24”x36”
BOARD + WOOD
24”x30”
60”x30”x6”
32”x54”
MODEL MAKING
STYRENE
32”x54”
24”x36”
CAD
AUTOCAD
24”x36”
DANCING WALLS
Skin Surfaces : Up to 8 x plywood - Triangle Cut
Skin to Frame :
Attached To Projecting Arms : Up to 4 x lumber - Hinged and Pinned
Top
Attached To Frame : 4 x lumber - Mitered Corners
Bottom
Side
Top Skin attaches along frame edge Side Skin attaches at a cant
Sizing Schedule : 96 Basic Frames 142 Side Surfaces 202 Top Surfaces
Lengths of specific sizes of dimensional lumber can be calculated by the schedule. Frames with an area of 10 SF would need 13’ linear feet of 2’ x 6” lumber. The totals can then be grouped and added by dimensional lumber type, using the height and width parameters to further determine which lengths are cut from each piece of lumber.
11”x17” 11”x17”
GRASSHOPPER + REVIT
PARAMETRICS
Visibility Projection Projection Location
DANCING WALLS
Shelving and Shade
DJ Booth
Gathering and Rest
Passage Gathering Gathering, Shade, and Misters
Gathering and Seating
Two Walls Interacting in the Courtyard : N Seth Bartlett || Jacob Beebe || A436B_BIMip || Booth
11”x17”
24”x36”
16”x40”
RHINO 3D
2D + 3D DRAFTING
24”x24”
Washington University School of Architecture Helsinki International Semester Seth Bartlett Spring 2012
H
H
F
G
E Steel Beam
D
Water Barrier
C
Rigid Insulation
Aluminum Cap Cast Concrete Aluminum Mullion Plaster Over Mesh
B
A
Section 1:200
Triple Glazed Window
Detail Sections 1:10
Typ. Wall 1:5
F
G
Brick Air Space Water Barrier Rigid Insulation Steel Framing Board Air Space Brick
Triple Glazed Window Glass Rail
Wood Flooring Insulation Framing
Poured Concrete Floor Radiator Aluminum Mullion Aluminum Cap Stone Tile Poured Concrete Water Barrier Aluminum Cap Rigid Insulation Metal Decking
Cellular Steel Beam
Board Plaster Over Mesh
5”x5”
Flashing Aluminum Mullion
E
D
Glass Rail
C
Glass Rail
Steel Truss Polished Concrete Metal Decking Cellular Steel Beam
Aluminum Cap Steel Framing Board Plaster Over Mesh Water Barrier Board Air Space Brick
Aluminum Mullion Triple Glazed Window
Board Plaster Over Mesh
Stone Tile
Rigid Insulation Water Barrier
Rigid Insulation
Air Space
Steel Mullion Metal Decking
Brick Brick Beam Steel Plate Hung Brick
Board
Steel Beam Cellular
Steel Angle
Board
Aluminum Mullion
Aluminum Mullion
Plaster Over Mesh
Double Glazed Window
Steel Column Triple Glazed Window Bridge Truss
Reflective Glass
A
B
Backfill Drainboard Water Barrier
Triple Glazed Window
Rigid Insulation Cast Concrete Drain
Rigid Insulationr Water Barrier Aluminum Mullion Floor Radiator Stone Tile Cast Concrete Level Concrete
5”x5”
RHINO 3D
24”x36”
DETAILING
30”x24”
36”x16”
24”x12”
ADOBE SUITE
36”x50”
PHOTOSHOP + ILLUSTRATOR
24”x48”
10”x6”
72”x36”
72”x15”
RHINO RENDERING
VRAY
15”x10”
24”x20”
RHINO RENDERING
MAXWELL
48”x30”