Zane Robles- My Portfolio
Here is my Architecture Portfolio for professionals to view.
Here is my Architecture Portfolio for professionals to view.
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
ARCHITECTURE PORTFOLIO<br />
TEXAS TECH UNIVERSITY
Table of<br />
Contents<br />
Undergraduate <strong>Portfolio</strong><br />
STUDIO IV<br />
CONSTRUCTION II<br />
STUDIO VI<br />
STUDIO III<br />
DESIGN BUILD COMP<br />
STUDIO V<br />
BIT-REVIT<br />
STUDIO II<br />
1<br />
8<br />
12<br />
16<br />
22<br />
26<br />
32<br />
36<br />
RESUME<br />
43
STUDIO IV<br />
FALL 2015<br />
HOTEL & SPA<br />
1
The context of the design begins in a situation of stress. Like<br />
a business man relieving himself from the daily stress of life<br />
the hotel encompasses this idea. Surrounded by a canyon<br />
wall this foreign form is contrasting in its placement but<br />
crumbles away to compliment it’s surroundings. Entering<br />
from the far north of the canyon the pathway leads you to<br />
the very tip of this rigid geometry. As you move down deeper<br />
into the canyon spaces become more intimate descending<br />
through programs of hotel, public, and spa. Along with this<br />
concept are the balconies, facades, and walls that begin to<br />
fall away, strengthening the overall project. Like a person<br />
escaping the stressful confined daily routine of life, the<br />
form of the structure relates with the user and expresses<br />
the inhabitants experience in static structural arrangement.
Egress System<br />
1st Floor<br />
2nd Floor<br />
3rd Floor<br />
4th Floor<br />
In simplification of the project, the diagram explains the major<br />
arrangements and aspects of the design. Because of the shape<br />
of the canyon the perfect square was rotated ninety degrees to<br />
fill the void and give the model the appearance of its ability to<br />
open up to the canyon and give direction at its north and south<br />
points. The removal of portions of the model come from the<br />
erosion process that naturally occurs in the canyon. Creation<br />
a central void by rotation of a member opens the central<br />
portion of the model, creating a view straight down the canyon.<br />
1/16” = 1’<br />
16’<br />
32’
N<br />
16’<br />
1/16” = 1’<br />
3rd Floor<br />
Yoga<br />
Outside<br />
Yoga<br />
Fitness<br />
Outside<br />
Massage<br />
Outside<br />
Massage<br />
4th Floor<br />
Massage<br />
Massage<br />
Sana<br />
Massage<br />
Indoor Pool<br />
Sana<br />
Multi-Room<br />
Massage<br />
Massage<br />
32’<br />
Lobby<br />
Stairwell<br />
Elevator Elevator<br />
Lobby<br />
Stairwell<br />
Elevator Elevator<br />
Bar<br />
Pool<br />
Lounge<br />
Bath<br />
Pool<br />
Foot Massage<br />
Waiting<br />
Room<br />
Bath<br />
Bath<br />
Mens Dressing<br />
Rooom<br />
Indoor Pool<br />
Mani/ Pedi<br />
Womens Dressing<br />
Room<br />
PLANS<br />
1st Floor<br />
Room<br />
Room<br />
2nd Floor<br />
Room<br />
Room<br />
Room<br />
Room<br />
Room<br />
Lobby<br />
Stairwell<br />
Room<br />
Storage<br />
Stairwell<br />
Elevator Elevator<br />
Room<br />
Room<br />
Room<br />
Dining<br />
Balcony<br />
Room<br />
Room<br />
Kitchen<br />
Break Room<br />
Balcony<br />
Elevator Elevator
In plan the form is expressed as a square. This geometry<br />
balances itself with equal sides and angles<br />
which is the expression of the design. Within the<br />
prism is a sub-grid that follows the same pure<br />
qualities of the overall square form.<br />
When viewed in model and perspective<br />
the grid and orthogonality is much more<br />
noticeable. The rigidity of the structure is a<br />
strong reminder of what once was before<br />
the process of erosion took action. Again,<br />
its placement on site is foreign and unusual<br />
to the nature like environment. But,<br />
being so, it does make it a focal point for<br />
surrounding areas and draws in attention
West Canyonview Dr<br />
1/16” = 1’<br />
16’<br />
32’<br />
<strong>Zane</strong> <strong>Robles</strong> ARCH 3501 Fall 2015 - Wade<br />
East Canyonview Dr<br />
Room<br />
Elevator<br />
Room<br />
Room<br />
Lobby<br />
Room<br />
Stairwell<br />
Room<br />
Room<br />
Room<br />
Room
CONSTRUCTION II<br />
FALL 2015<br />
STRUCTURE<br />
8
white mullions of the glass shell.<br />
ROOF TO FOOTING SECTION<br />
The dramatic view of sea and sky that greets one upon entering<br />
is framed and intensified in the transparent skin of the rear<br />
façade. Placed directly opposite the entry, a painted brick<br />
fireplace pushes to the outside through the tight frame of<br />
mullions. Suspended between the chimney and the steel<br />
structural columns, the glazed wall creates a subtle tension that<br />
draws the occupant across the living space to the outside. The<br />
balustrades of the lower and upper levels are set back from the<br />
glass, amplifying that tension.<br />
STRUCTURAL EXPLODED AXONOMETRIC<br />
WALL SECTION DET<br />
As an exploded axonometric the clear<br />
definition of the assembly of this hotel spa<br />
structure is understood. Main structural<br />
members are defined in color and allow for<br />
simplified reading. The main construction<br />
of the project is steel framing. The choice<br />
of concrete slaps, hollow square tube<br />
columns, wide flange beams and girders,<br />
and other materials such as concrete shear<br />
walls complete the structural summary of<br />
this design.<br />
STEEL<br />
CONRETE<br />
OTHER<br />
As a camera records the moment of an event, the experience of<br />
changing light and weather activates the crisp surfaces of the<br />
house, while the clear glazing gathers subtle reflections of the<br />
interior across its surface. The natural and the manmade exist as<br />
separate, elemental experiences, yet it is impossible to separate<br />
one from the other.<br />
FLOOR TO WALL SECTION<br />
STEEL SQUARE<br />
TUBE COLUMN<br />
INSULATION<br />
EXTERIOR<br />
METAL DECKING<br />
FINISH<br />
ROOF TO<br />
WIDE FLANGE<br />
EGRESS SYSTEM<br />
1’<br />
STEE<br />
CONR<br />
WIDE FLANGE<br />
1st Floor<br />
CONCRETE<br />
FINISH<br />
OTHE<br />
6”<br />
1 1/2” = 1’<br />
1’<br />
2’<br />
CONCRETE<br />
SLABS<br />
WALL TO FOOTING SECTION<br />
6”<br />
STEEL SQUARE<br />
TUBE COLUMN<br />
STEEL SQUARE<br />
TUBE COLUMN<br />
2nd Floor<br />
WELD<br />
WIDE FLANGE<br />
WIDE FLANGE<br />
1’<br />
WIDE FLANGE<br />
STEEL<br />
STEEL SQUARE<br />
TUBE COLUMN<br />
STEEL BASE<br />
PLATE<br />
ANCHOR BOLTS<br />
NONSHRINKING<br />
GROUT<br />
SHEAR WALL<br />
ASSEMBLY<br />
CONCRETE<br />
FOOTING<br />
3rd Floor<br />
CONCRETE FOOTING<br />
3’<br />
WALL FOOTING<br />
3’<br />
1/2” = 1’<br />
1 1/2” = 1’<br />
2’<br />
4’<br />
1’<br />
2’<br />
Primary: (Columns, Girders, Beams)<br />
Secondary: (Footings, Shear Walls)<br />
4th Floor<br />
Tertiary: (Flooring, Roofing)
CONCRETE<br />
FOOTING<br />
WIDE FLANGE<br />
ANCHOR<br />
BOLTS<br />
6”<br />
3’<br />
WIDE FLANGE<br />
STEEL<br />
SQUARE<br />
TUBE<br />
COLUMN<br />
WELD<br />
STEEL<br />
SQUARE TUBE<br />
COLUMN<br />
STEEL BASE<br />
PLATE<br />
WIDE FLANGE<br />
NONSHRINKING<br />
GROUT<br />
6”<br />
3’<br />
1’<br />
STEEL<br />
SQUARE TUBE<br />
COLUMN<br />
EXTERIOR<br />
FINISH<br />
CONCRETE<br />
FINISH<br />
WIDE FLANGE<br />
INSULATION<br />
METAL DECKING<br />
1’<br />
MOMENT<br />
STEEL SQUARE TUBE TO FOOTING CONNECTION<br />
STEEL<br />
SQUARE TUBE<br />
COLUMN<br />
6”<br />
I-BEAM INTERECTING STEEEL COLUMN<br />
6”<br />
STEEL BASE<br />
PLATE<br />
ANCHOR<br />
BOLTS<br />
STEEL<br />
SQUARE TUBE<br />
COLUMN<br />
NONSHRINKING<br />
GROUT<br />
6”<br />
STEEL PLATE<br />
6”<br />
CONCRETE<br />
FOOTING<br />
AXIS THROUGH STRUCTURE<br />
1’<br />
3’<br />
3’<br />
6’<br />
1’<br />
HORIZONTAL<br />
I-BEAM<br />
3’<br />
3’<br />
WELD<br />
6”<br />
18’<br />
10’<br />
WALL TO FOOTING SECTION<br />
HOLLOW SQUARE TUBE<br />
6”<br />
6”<br />
.75”<br />
WIDE FLANGE<br />
6”<br />
10”<br />
FLOOR TO WALL SECTION<br />
3’<br />
1”<br />
12’<br />
SHEAR WALL<br />
6”<br />
STEEL<br />
DOWELS<br />
WALL FITS<br />
INTO<br />
FOOTING<br />
STEEL PLATE<br />
6”<br />
6”<br />
CONCRETE<br />
FOOTING<br />
10’<br />
2’<br />
3’<br />
3’<br />
6’<br />
1’<br />
HORIZONTAL<br />
I-BEAM<br />
6”<br />
WELD<br />
STEEL<br />
SQUARE TUBE<br />
COLUMN<br />
SHEAR WALL TO FOOTING CONNECTION<br />
I-BEAM TO STEEL COLUMN CORNER
PRIMARY-BEAMS,COLUMNS SECONDARY - PRECAST CONCRETE SLABS TERTIARY- FOOTINGS AND SHEAR WALLS<br />
STRUCTURAL<br />
COMPONENTS<br />
The understanding of primary, secondary, and tertiary members can be observed above<br />
in the axonometric drawings above. In coordination with these are the materials and their<br />
locations. For a simplified look color is added to locate the specific structures with ease.
Triana<br />
STUDIO VI<br />
FALL 2015<br />
PUBLIC SPACE-SPAIN<br />
ZANE ROBLES, FAITH HARDCASTLE, LEO MARTINEZ, IAN DUPONT, EDUARDO<br />
MARTINEZ, PHYRE BURNS<br />
iana"<br />
e la O<br />
ña<br />
12<br />
<strong>Zane</strong> <strong>Robles</strong>, Eduardo Martinez
Along Canal de la Alfonso XIII is the waterfront design<br />
“Orillas de Triana.” It is located along the west side of<br />
the river on Paseo Nuestra Senora de la O between Puente<br />
de Isabel II and Puente del Cachorro. The current<br />
shoreline defines Triana’s existing edge, giving opportunity<br />
for a new and redeveloped boarder. By refining<br />
and expressing the current edge through land manipulation<br />
and waterfront design, the “edge of Triana”<br />
becomes a vivid and exciting proposal. Its focus of the<br />
design relies heavily on the symbolic explanation of Triana’s<br />
proud and significant culture.
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN DN DN DN DN DN DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
DN<br />
Calle Plaza Chapina<br />
Flamenqueria<br />
Calle Castilla<br />
Hotel Ribera<br />
de Triana<br />
Mercado<br />
Lola Cacerola<br />
Castillo de<br />
San Jorge<br />
Canal de Alfonso XIII<br />
Puente del Cachorro<br />
Puente de Isabel II<br />
0 30 m 90 m 180 m
In looking at the current conditions of the site, the most useful design tool<br />
is the water’s edge. The river provides opportunity to unify with the water<br />
that is otherwise limited in other parts of Seville.<br />
For an exciting and successful path, there are three destinations along a<br />
comfortable and inviting paseo. The comfort is achieved by the added<br />
shading and seating, while the invitation is visual by the destinations<br />
extending into the water to express the culture of Triana and provide<br />
entertainment for all ages. Both of these are complimented by the intimate<br />
relationship to the water.<br />
As an overall idea the vision was to express the culture of Triana by land<br />
protrusion and refine the current edge though land alteration to symbolize<br />
Triana as a proud and unique culture. In doing so the “edge of Triana” is<br />
refined and renewed to new physical edges.
STUDIO III<br />
SPRING 2015<br />
16
FOLLY DIAGRAMMING: LINES,<br />
AREAS, POINTS<br />
By taking a previous project, “Rodchenko model,” and<br />
through process, two dimensional objects became a<br />
platform for diagramming and expansion. The folly<br />
is in the multiple translations from two dimensional<br />
into three dimensional and repeated but iterated<br />
differently. The purpose of lines, areas, and points derive<br />
from an image of a portion of the “Rodchenko model”.<br />
Diagramming without limitation and constructing a<br />
composition develops a system from which design has a<br />
foundation. Extruding the diagram allows for depth and<br />
new translation of the previous. The weaving of linear<br />
elements through masses and between planes reveals a<br />
systematic approach that goes from a folly background<br />
into having the characteristics of a design strategy.
There is a strong tie between sound,<br />
body movement, and body placement.<br />
The style of music determines the<br />
dance technique applied. It is displayed<br />
with gracefulness and elegance. The<br />
proper and smooth rhythm that takes<br />
place forms the sound, space, and body<br />
together. The arms and legs function<br />
most often as two separate members<br />
in the structure of the dance. Observing<br />
the body, the legs act as the stabilizer and<br />
core structure to the dance sequence.<br />
The head and arms act as visual guides<br />
to compliment a motion or a position.<br />
The legs that stabilize the bodies are<br />
much heavier and appear in such a<br />
manor. The arms appear light and free.
BALLET LUBBOCK: ANATOMY<br />
OF DANCE<br />
Design criteria develops from the<br />
understanding of the members, their role in<br />
dance sequence, and their relationship among<br />
the body as a whole. Main spaces branch from<br />
a core hallway which connects the entirety of<br />
the design. To hold context important axis<br />
align with existing surroundings. Views align<br />
with the site in order to take advantage of visual<br />
appeals and restrict unwanted disturbance.<br />
2<br />
1<br />
3<br />
4<br />
N<br />
1’=1/16”<br />
16’<br />
32’
28’<br />
28’<br />
20’<br />
20’<br />
16’<br />
16’<br />
12’<br />
12’<br />
28’<br />
4’<br />
2’<br />
28’<br />
4’<br />
2’<br />
20’<br />
16’<br />
North Elevation<br />
20’<br />
16’<br />
East Elevation<br />
12’<br />
12’<br />
4’<br />
2’<br />
4’<br />
2’<br />
North Elevation<br />
East Elevation<br />
28’<br />
28’<br />
20’<br />
16’<br />
12’<br />
20’<br />
16’<br />
12’<br />
4’<br />
2’<br />
28’<br />
4’<br />
2’<br />
28’<br />
20’<br />
16’<br />
12’<br />
South Elevation<br />
20’<br />
16’<br />
12’<br />
West Elevation<br />
28’ 4’<br />
2’<br />
4’<br />
2’<br />
20’<br />
16’<br />
12’<br />
East<br />
South<br />
Elevation<br />
Elevation<br />
West Elevation<br />
4’<br />
2’<br />
East Elevation<br />
28’<br />
20’<br />
16’<br />
12’<br />
28’ 4’<br />
2’<br />
20’<br />
16’<br />
12’<br />
West Elevation<br />
4’<br />
2’<br />
West Elevation<br />
16’ -<br />
32’ -<br />
48’ -<br />
1’=1/16”
Stage Set Shop/Storage<br />
28’<br />
20’<br />
16’<br />
12’<br />
Lobby<br />
4’<br />
2’<br />
Reception Office<br />
Section 1<br />
28’<br />
20’<br />
Studio II<br />
Company Studio<br />
Company Studio<br />
16’<br />
12’<br />
Costume/Shop and Storage<br />
Mechanical Room<br />
4’<br />
2’<br />
Section 2<br />
28’<br />
20’<br />
16’<br />
12’<br />
Company Studio<br />
4’<br />
2’<br />
Womens Restroom<br />
Section 3<br />
28’<br />
20’<br />
16’<br />
12’<br />
Studio I<br />
4’<br />
2’<br />
1’=1/16”<br />
16’<br />
Section 4<br />
32’
DESIGN BUILD<br />
FALL 2015<br />
FRONT-DESK<br />
ZANE ROBLES, STEPHANIE HELMBERGER, LOGAN PATTON<br />
22
ARCHITECTURE FRONT DESK<br />
Designed for the TTU College of Architecture lobby, this front<br />
desk was thought of with a modern minimal design using<br />
complementary materials of glass and wood, with a secondary<br />
in steel. The glazing in the design became the motion and<br />
continuity through the design. The wood material defines the<br />
structure and the framework for the desk. Steel, as it does<br />
define rigidity, expresses the strong leggings which describe its<br />
ability to stand firm. The laminated panels of plywood used for<br />
the main top of the desk reveal the layered and sturdy system.<br />
The overall design expresses modernity while staying connected<br />
with academic truth.<br />
1’-0”<br />
3’-0”<br />
Shelving<br />
Hatch Drawer<br />
5’-0”<br />
4’-0”<br />
Laminated Wood<br />
1’-0”<br />
Open Drawer<br />
3’-8”<br />
Drawer<br />
Iron<br />
Glass<br />
2’-0”<br />
2’-2”<br />
2’-7”<br />
Wind Block<br />
Locked Drawer<br />
Stained Wood<br />
1’-0”<br />
Iron<br />
1’-0”<br />
2’-4”
+3’-8”<br />
+3’-8”<br />
+2’-11”<br />
+2’-11”<br />
+2’-7”<br />
+2’-7”<br />
+2’-2”<br />
+2’-2”<br />
+1’-6”<br />
+1’-6”<br />
+10” +10”<br />
Front Elevation<br />
Side Elevation<br />
Legging to Table<br />
Connection<br />
Hatch Drawer Laminated Wood Iron Leg<br />
Corner<br />
Bracket<br />
Connection Hatch Drawer Stained Wood Glass<br />
Shelving<br />
Glass<br />
Hinge<br />
Connection<br />
Drawer Lid<br />
Hatch Drawer
STUDIO V<br />
SPRING 2016<br />
FACADE<br />
26
6. Exteri<br />
7. Egres<br />
8. Come<br />
9. Come<br />
10. Loung<br />
11. Office<br />
The placement of the mid rise office building on the site of a corner street with a riverfront to the north<br />
creates multiple points of interest. The river level layout is designed for small shops to rent and have<br />
indoor and outdoor space accessible to the public. The experience on the street level becomes a place of<br />
retail, accessible through full glass facades on street facing elevations. For office level design, the floors<br />
are divided by slight elevation changes dividing the space into three sections, useful to two potential<br />
owners with a central share space. The changes in elevation heighten lower level ceilings and allow for<br />
more grand spaces. The beauty of the facade is the key feature in the project.<br />
San Antonio River<br />
1. Restro<br />
2. Comm<br />
3. Cafe/<br />
4. Interio<br />
5. Egres<br />
12. Office<br />
13. Offic<br />
6.<br />
13.<br />
dn<br />
5.<br />
dn<br />
dn<br />
dn<br />
3.<br />
4.<br />
9.<br />
10.<br />
12.<br />
7.<br />
1.<br />
dn<br />
dn<br />
dn<br />
dn<br />
North Saint Mary's St.<br />
2.<br />
9.<br />
11.<br />
East Commerce St.<br />
Office Plan<br />
zane robles ARCH 3502 SP 2016 aranha<br />
River Level<br />
Street Level
2.<br />
.<br />
2.<br />
4.<br />
3.<br />
Roof Level<br />
Office 3<br />
4.<br />
1.<br />
Aluminum Steel Tube Skin<br />
Module Frame<br />
Dimensional<br />
Lumber Joists<br />
2.<br />
5.<br />
1.<br />
Rubber Spacer<br />
2.<br />
3.<br />
4.<br />
5.<br />
1.<br />
5.<br />
Glass Panel<br />
Aluminum Skin<br />
Module<br />
Concrete Pavers<br />
Rubber Spacer<br />
Sand Bedding<br />
Protection Board<br />
6.<br />
7.<br />
8.<br />
Rigid Insulation 9.<br />
Concrete Pavers<br />
Concrete Sand Bedding Roof<br />
Protection Steel Decking Board<br />
Rigid Wide Insulation<br />
Flange:<br />
Girder<br />
Concrete Roof<br />
Wide Flange:<br />
Beam Joist<br />
Steel Decking<br />
Drop Cieling<br />
Components<br />
Wide Flange:<br />
Girder<br />
Wide Flange:<br />
Beam Joist<br />
Drop Cieling<br />
Components<br />
6.<br />
10.<br />
7.<br />
11. 8.<br />
12.<br />
9.<br />
10.<br />
13.<br />
14.<br />
11.<br />
12.<br />
13.<br />
14.<br />
1. Steel Tube<br />
Frame<br />
2.<br />
Dimensional<br />
Lumber Joists<br />
3. Glass Panel<br />
4. Aluminum Skin<br />
Module<br />
5.<br />
Rubber Spacer<br />
Concrete Pavers<br />
Sand Bedding 7.<br />
Protection Board<br />
9.<br />
Rigid Insulation 9.<br />
13.<br />
Concrete Roof<br />
Steel Decking<br />
Wide Flange:<br />
Girder<br />
6.<br />
8.<br />
10.<br />
11.<br />
12.<br />
Wide Flange: 13.<br />
Beam Joist<br />
Drop Cieling 14.<br />
Components<br />
Double Glazing 15.<br />
Mullion 16.<br />
Floor Finish 17.<br />
Inset Steel 18.<br />
C Channel<br />
Steel Angle 19.<br />
C Channel Skin 20.<br />
Structure<br />
C Channel Frame 21.<br />
Bracing<br />
6.<br />
7.<br />
8.<br />
9.<br />
10.<br />
Construciton III: Skin<br />
<strong>Zane</strong> <strong>Robles</strong> ARCH 3502 Spring 2016<br />
6.<br />
11.<br />
7.<br />
8.<br />
10.<br />
13.<br />
11.<br />
1.<br />
Construciton III: Skin<br />
Peter Raab TA Zach Sprinkle<br />
<strong>Zane</strong> <strong>Robles</strong> ARCH 3502 Spring 2016<br />
Peter Raab TA Zach Sprinkle<br />
6.<br />
7.<br />
8.<br />
9.<br />
10.<br />
13.<br />
17.<br />
10.<br />
13.<br />
11.<br />
11.<br />
1.<br />
14.<br />
2.<br />
14.<br />
14.<br />
19.<br />
12.<br />
12.<br />
16.<br />
16.<br />
18.<br />
15.<br />
15.<br />
12.<br />
23.<br />
12.<br />
Location: San Antonio<br />
Program: Office/Commercial<br />
20.<br />
16.<br />
21.<br />
1.<br />
15.<br />
16.<br />
1.<br />
24.<br />
15.<br />
4.<br />
Roof Detail<br />
25.<br />
Location: San Antonio<br />
Program: Office/Commercial<br />
1.<br />
1.<br />
4.<br />
4.<br />
Roof Detail<br />
Roof Detail<br />
The facade consists of modular<br />
aluminum framed panels which are<br />
pre-fabricated with voids removed<br />
from each panel. These voids are the<br />
same size as a standard brick in order<br />
to relate to the brick masonry context,<br />
while introducing a modernity to the<br />
area. The panels are layered three<br />
panels deep for the sake of light<br />
penetration. Through a diagrammatic<br />
process, filled within certain voids are<br />
fogged glazing units which diffuse<br />
light. The three layered panels allow<br />
for depth to be created concerning<br />
the glass units, and therefore creates<br />
a unique light diffusion throughout<br />
the inner building. As light passes<br />
through the facade, the fogged glass,<br />
complimented with open voids,<br />
are arranged in a diagrammatic<br />
randomness which diffuses the light<br />
that passes into the interior.<br />
Beam Bracket 22.<br />
14.<br />
22.<br />
Double Glazing<br />
15.<br />
Spandrel 23.<br />
Spandrel Support 24.<br />
2.<br />
15.<br />
25.<br />
Mullion<br />
16.<br />
Steel Spanning 25.<br />
Angle<br />
Office 2<br />
Office 1<br />
Floor Finish<br />
17.<br />
Inset Steel<br />
Double C Channel Glazing<br />
18.<br />
Mullion<br />
Steel Angle<br />
19.<br />
Floor Finish<br />
C Channel Skin<br />
Structure<br />
Inset Steel<br />
C Channel<br />
C Channel Frame<br />
Bracing<br />
Steel Angle<br />
20.<br />
21.<br />
Beam Bracket 22.<br />
C Channel Skin<br />
Structure<br />
Spandrel<br />
23.<br />
C Channel Frame<br />
Spandrel Support 24.<br />
Bracing<br />
Steel Beam Spanning Bracket<br />
Angle<br />
15.<br />
16.<br />
17.<br />
18.<br />
19.<br />
20.<br />
21.<br />
25.<br />
22.<br />
Fogged Glass 26.<br />
Units<br />
17.<br />
10.<br />
11.<br />
27. Poured Concrete<br />
Floor<br />
28. Leveled Sand<br />
29. Concrete Footing<br />
13.<br />
17.<br />
30. Load Bearing<br />
Wall<br />
10.<br />
31. Vertical<br />
Reinforcement<br />
11.<br />
32. Footing<br />
Reinforcement<br />
33. Ground<br />
13.<br />
2.<br />
Facade Concept<br />
15.<br />
In thinking of the context of downtown San Antonio<br />
the masonry façade dominates most of the<br />
surrounding area. It holds to the history; therefore, it<br />
is important to maintain this contextual quality. The<br />
18.<br />
façade consists of modular aluminum framed panels<br />
which are pre-fabricated with voids removed from<br />
each panel. These voids are the same size as a<br />
16.<br />
standard brick in order to relate to the brick<br />
masonry context, while introducing 19. a modernity to<br />
the area. The panels are layered three panels deep<br />
for the sake of light penetration. Through a<br />
diagrammatic process, filled within certain voids are<br />
12.<br />
fogged glazing units which diffuse light. The three 23.<br />
layered panels allow for depth to be created<br />
concerning the glass units, and therefore creates a<br />
unique light diffusion throughout the inner building. 18.<br />
As light passes through the façade, the fogged<br />
glass, 14. complimented with open voids, are arranged in<br />
22.<br />
a diagrammatic randomness which diffuses the light<br />
that passes into the interior. 19. During the morning, the<br />
direct light can enter the east façade in a controlled<br />
manor by the depth of the panels and diffusion of<br />
glazing units. Since San Antonio has a warm dry<br />
12.<br />
climate, this system is useful for removing direct<br />
23.<br />
light off the south and east façade, as well as a<br />
similar system that covers the habitable roof. It not<br />
only creates interior lighting conditions that are<br />
unique, but it contains and controls the climate<br />
through the facades design.<br />
14.<br />
22.<br />
16.<br />
Floor Detail<br />
20.<br />
20.<br />
21.<br />
24.<br />
21.<br />
24.<br />
1.<br />
1.<br />
25.<br />
25.<br />
25.<br />
Fogged<br />
Spandrel<br />
Glass<br />
Units<br />
Spandrel Support<br />
23.<br />
26.<br />
24.<br />
25.<br />
Floor Detail<br />
Street Level<br />
Steel Spanning<br />
Angle<br />
25.<br />
Facade Concept<br />
31.<br />
30.<br />
In thinking 3. of the context of downtown San Antonio
52’<br />
40’<br />
28’<br />
16’<br />
0’<br />
-10’
52’<br />
40’<br />
28’<br />
16’<br />
0’<br />
-10’
BIT-REVITT<br />
FALL 2015<br />
RESIDENTIAL/STUDIO<br />
32
UP<br />
6"<br />
6"<br />
6"<br />
6"<br />
1<br />
1 2<br />
3<br />
1<br />
A-300<br />
4<br />
5<br />
6<br />
2' - 1 3/4" 6' - 4" 8' - 5 1/2" 9' - 4 3/4" 8' - 1 1/4" 10' - 0"<br />
7<br />
1<br />
2<br />
3<br />
A-300<br />
4<br />
5<br />
6<br />
7<br />
2' - 1 3/4" 6' - 4" 8' - 5 1/2" 9' - 4 3/4" 8' - 1 1/4" 10' - 0"<br />
32' - 3 1/2"<br />
44' - 5 1/2"<br />
6' - 4" 25' - 11 1/2"<br />
1' - 0" 5' - 10" 6" 16' - 11 1/4" 3 1/2" 7' - 8 3/4" 6"<br />
-0' - 0 1/2"<br />
26' - 6 3/4" 7' - 10 1/2" 10' - 0 1/4"<br />
5 1/2" 1' - 3 3/4" 3' - 0" 8' - 6" 3' - 0" 9' - 7 3/4" 5 1/2" 7' - 7 1/4" 5 1/2"<br />
-0' - 0 1/2"<br />
LIBRARY PATIO<br />
E<br />
D<br />
C<br />
B<br />
A<br />
8' - 5 1/4" 12' - 2" 14' - 4" 10' - 0"<br />
45' - 1 1/4"<br />
8' - 7 1/4"<br />
26' - 6"<br />
10' - 0"<br />
6" 7' - 7 1/4" 1' - 0" 11' - 2" 1' - 0" 13' - 4" 1' - 0" 9' - 0"<br />
CONCRETE SIDEWALK<br />
-0' - 0 1/2"<br />
A-600 1<br />
2<br />
A-400<br />
6<br />
MECH.<br />
STORAGE<br />
SECOND FLOOR<br />
6<br />
OVERHANG<br />
5<br />
53 SF<br />
156 SF TILE FLOOR<br />
TILE FLOOR<br />
-0' - 0 1/32"<br />
1A 5<br />
3 1/2"<br />
0' - 0"<br />
WASH ROOM<br />
3 1/2"<br />
TILE FLOOR<br />
0' - 0"<br />
7<br />
1B<br />
WOOD FLOOR<br />
ENTRY<br />
WORK ROOM 0' - 0"<br />
1<br />
4<br />
4A<br />
88 SF<br />
236 SF<br />
TILE FLOOR<br />
6<br />
83<br />
A-500<br />
6"<br />
3 1/2"<br />
2A 2B 3<br />
9' - 11 3/4"<br />
2<br />
A-600 3<br />
1<br />
A-400<br />
DISPLAY AREA<br />
3 1/2" 9' - 8 3/4"<br />
DISPLAY WALL<br />
2<br />
LOUNGE<br />
227 SF<br />
3<br />
141 SF<br />
WOOD FLOOR<br />
3 1/2"<br />
5' - 3" 8' - 1 1/4"<br />
WOOD FLOOR<br />
8 3/4" 3 1/2"<br />
1' - 8"<br />
4 3/4"<br />
7' - 0"<br />
4' - 9 1/2" 3 1/2"<br />
7<br />
1 1 R-1<br />
57 SF<br />
A-401<br />
-0' - 0 1/32"<br />
8' - 5"<br />
Room<br />
6"<br />
20<br />
47 SF<br />
TILE FLOOR<br />
31 31 31 31<br />
83<br />
DISPLAY WALL<br />
0' - 0"<br />
3B<br />
CONCRETE PATIO<br />
36<br />
-0' - 0 1/2"<br />
ROOF OVERHANG<br />
3<br />
A-400<br />
-0' - 0 1/2"<br />
5' - 4"<br />
15' - 7"<br />
-0' - 0 1/2"<br />
STAIR RAIL<br />
-0' - 0 1/2"<br />
4' - 3 1/4"<br />
-0' - 0 1/2"<br />
SECOND FLOOR<br />
COVERED ENTRANCE<br />
2' - 5"<br />
5' - 5"<br />
7' - 8 3/4"<br />
7 1/2"<br />
7' - 3"<br />
4' - 5 1/2"<br />
1 3/4" 6' - 11 3/4"<br />
8' - 1"<br />
8' - 7"<br />
12' - 1"<br />
8' - 4"<br />
16' - 1 1/4"<br />
45' - 1 1/4"<br />
8' - 5 1/4"<br />
12' - 2"<br />
14' - 4"<br />
10' - 0"<br />
E<br />
D<br />
C<br />
B<br />
A<br />
3<br />
A-300<br />
3<br />
A-300<br />
E<br />
D<br />
C<br />
B<br />
A<br />
8' - 5 1/4"<br />
12' - 2"<br />
14' - 4"<br />
10' - 0"<br />
44' - 11 1/4"<br />
7 1/2" 18' - 7 1/2" 26' - 3 3/4"<br />
5 1/2" 5' - 8 3/4" 3 1/2"<br />
7 1/2" 4' - 1 1/4" 7 1/2" 6' - 2" 5' - 7 1/4" 9' - 1 3/4" 3 1/2" 2' - 10" 3' - 0" 3' - 0" 1' - 11 3/4" 5 1/2"<br />
1<br />
A-500<br />
83<br />
83<br />
83<br />
83<br />
UP 2<br />
A-400<br />
83 83 83 83<br />
15<br />
83<br />
LIBRARY<br />
83<br />
15<br />
207 SF<br />
14<br />
3 1/2"<br />
BEDROOM<br />
12<br />
157 SF<br />
CLOSET<br />
13<br />
40 SF<br />
3 1/2"<br />
16<br />
BAHTROOM<br />
14<br />
63 SF<br />
3<br />
3 1/2"<br />
12<br />
6 K-2<br />
3 1/2"<br />
A-401 5<br />
LAUNDRY<br />
16<br />
67 SF<br />
KITCHEN<br />
17<br />
218 SF<br />
BALCONY<br />
137 SF<br />
DINING AREA<br />
10<br />
18<br />
100 SF<br />
115 SF<br />
10B<br />
83<br />
4 R-2<br />
A-401<br />
7 1/2"<br />
1<br />
10A<br />
A-400<br />
8<br />
LIVING ROOM<br />
A-600 9<br />
11<br />
R-1<br />
3' - 8 1/2" 3 1/2"<br />
3 1/2" 3 1/2"<br />
3' - 11 1/2" 5' - 6" 7 3/4"<br />
6' - 7 1/2"<br />
RESTROOM<br />
9<br />
A-401 9<br />
HALLWAY ENTRY<br />
49 SF<br />
8<br />
2 R-3<br />
132 SF<br />
3 1/2"<br />
4' - 2"<br />
K-1<br />
35 35 35<br />
3 1/2"<br />
REF. DW<br />
35<br />
35<br />
35<br />
35<br />
3<br />
A-400<br />
DN<br />
5 1/2" 5' - 0 3/4" 3 1/2" 2' - 4" 5' - 0" 2' - 7" 3 1/2" 4' - 7" 5' - 0" 4' - 0 1/4" 3 1/2" 5' - 10" 5 1/2" 3' - 3 1/2" 3' - 0" 1' - 11 3/4" 5 1/2"<br />
5' - 5 1/4" 30' - 11 1/2" 8' - 8 3/4"<br />
45' - 1 1/2"<br />
8' - 5 1/4" 12' - 2" 14' - 4" 10' - 0"<br />
E<br />
D<br />
C<br />
B<br />
A<br />
8<br />
A-500<br />
4' - 5" 4' - 5" 4' - 5" 5' - 6" 5' - 4 3/4" 1' - 10 1/4"<br />
7 1/2" 7' - 6" 5 1/2" 8' - 8 1/2" 3 1/2" 1' - 10 1/2" 5' - 5 3/4" 5' - 0" 10' - 4 3/4" 5 1/2"<br />
1' - 0" 5' - 6 3/4" 1' - 0" 3' - 3 1/4" 3' - 11 1/2" 6" 2' - 4 3/4" 4' - 0" 4' - 0" 4' - 0" 2' - 7 1/2" 6"<br />
6' - 4" 8' - 5 1/2" 17' - 6 1/4"<br />
32' - 3 1/2"<br />
2' - 1 3/4" 6' - 4" 8' - 5 1/2" 9' - 4 3/4" 8' - 1 1/4" 10' - 0"<br />
8' - 8" 35' - 11 3/4"<br />
44' - 7"<br />
2' - 1 3/4" 6' - 4" 8' - 5 1/2" 17' - 6" 10' - 0"<br />
1<br />
2<br />
3<br />
4<br />
5<br />
6<br />
2<br />
A-300<br />
7<br />
1<br />
2<br />
3<br />
4<br />
5<br />
6<br />
7<br />
2<br />
A-300<br />
The simple material, simple design of the modern residential studio becomes a place of<br />
Level TWO FLOOR PLAN<br />
1<br />
1/4" = 1'-0"<br />
work and rest. Split into three levels, two upper residential, and one lower studio, allows<br />
for a building of multipurpose. The materials of wood and concrete, with a wood stud<br />
frame offer simple construction and beautiful finish. As the first design in Revit it is a<br />
well developed project which lends the opportunity for furthering future and previous<br />
models.
STUDIO II<br />
FALL 2014<br />
COTTON FIELD<br />
36
MOTION CREATING SPACE<br />
When motion occurs, space transforms. The creation of mobile study models allows<br />
for existing initial space to transform into new space and develop new spacial quality<br />
as an outcome. Through diagramming motion it reveals a new way to document<br />
and understand space through motion. These techniques were the allowance for<br />
designing a moving model that creates new experience of the changing spaces.<br />
+24<br />
Surface Setting Upper<br />
Boundary<br />
+23<br />
Rotation Surface 3<br />
(Horizontal Effects<br />
Beneath and Upon)<br />
+23<br />
+19<br />
Enclosing Bounding Thickened<br />
Surface<br />
Surface Setting<br />
Upper Boundary<br />
+19<br />
Surface 2 Rotated<br />
(Vertical)<br />
Diagonal Surface<br />
Sets Enclosure<br />
Boundary<br />
+18<br />
Rotation Surface 2<br />
(Sloped but Inhabitable)<br />
Consistent Platform<br />
Rotated Surface 2<br />
(More Vertical Condition<br />
+14<br />
+14<br />
+12 +12<br />
+10<br />
Rotation Surface 1<br />
(Sloped and Inhabitable)<br />
Surface 1 Rotated<br />
Rotated Surface 3<br />
(Diagonal Acts Below and<br />
Above Surface Differently)<br />
+7 1/2<br />
+7<br />
+7<br />
+7<br />
+4<br />
Consistent Platform<br />
Structural Pivoting Member 1<br />
(Raises Entire Sctructure)<br />
Scructural Pivoting Member 2<br />
(Raises Entire Structure)<br />
Sctructural 1 (Ending<br />
Pivot Position Effects<br />
Mechanic Heighth)<br />
Sctructural 2 (Ending<br />
Pivot Position Effects<br />
Mechanic Heighth)<br />
Rotated Steeped<br />
Surface 1<br />
(effects the use)<br />
Consistent Platform<br />
+1/2
1<br />
2<br />
N<br />
Kitchen<br />
1/4”= 1’ 0”<br />
5’ 20’<br />
10’<br />
Rest Room in a Cotton Field<br />
The Rest-room concept enables farmers who have an<br />
ADA need to have access to a resting area while out on<br />
the job. The structure is formed upon an elongated path<br />
that bends as it ascends vertically. Through the use of<br />
extruded paths, surface, and related space transitions,<br />
the restroom program becomes a continuous loop.<br />
The elongated path highlights the directional hierarchy<br />
of the structure and its correspondence with its<br />
situation. In observing the situational characteristics<br />
the structure runs parallel to its surroundings. The<br />
parallel of the cotton field on its immediate north and<br />
a road condition to its south determine this direction.<br />
Rest Area 2<br />
Restroom 1<br />
Rest Room Detail<br />
Stair Detail<br />
Restroom 2<br />
Rest Area 4<br />
1/4”= 1’ 0”<br />
Telephone Lines<br />
5’ 20’<br />
10’<br />
Section 1<br />
Rest Area 1<br />
+24<br />
Storage<br />
Storage<br />
Storage<br />
Storage<br />
Rest Area 3<br />
+19<br />
Conceptual Diagram<br />
+14<br />
+9<br />
+8<br />
+7<br />
+4<br />
+3<br />
1/4”= 1’ 0”<br />
5’ 20’<br />
10’<br />
Section 2<br />
+24<br />
Ramp Detail<br />
+19<br />
+14<br />
+9<br />
+8<br />
+7<br />
Ramp Detail<br />
Cotton Rows<br />
+4<br />
+3
Offset from path are the program spaces. The spatial<br />
places being set aside from the path allow for rest<br />
and moments to step off the continuous path. In<br />
creating relationship between Program space and<br />
the pathway, surfaces of solid and void react to<br />
program space placement. Where voids are created<br />
for entrance into space, solid surfaces are inverted<br />
along the path. The ground to program connection<br />
is ordered and minimal. The mass is elevated to<br />
minimize the footprint on the soil. With less contact<br />
Stair Detail<br />
Rest Room as Path<br />
Stair Detail<br />
Rest Room as Path
RESUME<br />
ZANE ROBLES<br />
OBJECTIVE STATEMENT<br />
Senior majoring in Architectural Design, hoping to influence the future of<br />
architecture through the awarding honor of scholarship.<br />
EDUCATION<br />
Texas Tech University, Lubbock, Texas<br />
Bachelor of Science in Architecture<br />
Clarendon College, Pampa Texas<br />
38 hours; General Education<br />
COMMUNITY AND CAMPUS INVOLVEMENT<br />
AIAS Officer: Historian<br />
-Help organize members meetings, organize events, fundraising<br />
Dream Center (Local Church North Campus) Saturday Outreach (Once a month)<br />
-Outreach program, passing out food, clothes, give a message, and go to the Coronado Project (Coronado Apartments)<br />
Saturday mornings.<br />
Gama Beta Phi (Honor Society), Texas Tech<br />
Alpha Lambda Delta Phi Eta Sigma (Honor Society), Texas Tech<br />
The National Society of Collegiate Scholars (Honor Society), Texas Tech<br />
Knights of Architecture, Texas Tech<br />
Christians @ Tech, Texas Tech<br />
Worship Vocalist, Co-Worship Leader<br />
-Trinity Fellowship Church, Pampa Texas/Church On The Rock, Lubbock Texas/ Awaken College Ministry, Lubbock Texas<br />
Rotary Interact Club, Pampa Texas<br />
-Bi-weekly personally dedicated to collecting aluminum cans and newspapers for recycle<br />
- Elected Vice President and later President<br />
Pampa High School Show Choir, Pampa Texas<br />
-Elected President<br />
National Honor Society, Pampa Texas<br />
-Elected Vice President<br />
Varsity Soccer Team, Pampa Texas<br />
-Team Captain, Received outstanding leadership award<br />
SPRING 2017<br />
GPA: 3.752<br />
FALL 2011-SPRING 2013<br />
GPA: 3.85<br />
FALL 2016-PRESENT<br />
SPRING 2016-PRESENT<br />
SPRING 2014-PRESENT<br />
SPRING 2015-PRESENT<br />
SPRING 2015-PRESENT<br />
FALL 2015-SPRING 2016<br />
FALL 2013-SPRING 2015<br />
SUMMER 2011-PRESENT<br />
FALL 2011-SPRING 2013<br />
SPRING 2011-SPRING 2013<br />
FALL 2011-SPRING 2013<br />
FALL 2012-SPRING 2013<br />
43
EXPERIENCE<br />
Pampa H2O Aquatic Center, General Staff, Pampa, Texas<br />
Working with both adults and children, I developed skills for communicating with others in<br />
different situations. Keeping the park organized and clean was another duty.<br />
SUMMER 2013<br />
Superb Auto Detailing, Detail Assistant, Pampa Texas<br />
Communication with costumers and fulfilling their needs was of greatest importance. Time<br />
management and learning to work under a timed pace was an acquired skill.<br />
Fowler Access Controls, Field Worker, Pampa Texas<br />
I worked hands on in the construction process of chain link and wood fence building. Learning<br />
the construction process was of great benefit (Similar to a building process on a smaller scale). I<br />
had to Listen to orders given by our field manager and communicate with our team to get the job<br />
done correctly.<br />
B’s Beds (Landscaping and Mowing Service), Maintenance Worker, Lubbock Texas<br />
Overcoming physical exhaustion and maintaining a team effort mentality during difficult<br />
conditions kept the work load on schedule and under control. I developed an appreciation for<br />
hard work and maximum effort in difficult situations.<br />
Student Recreational Sports Facility, Facilities Assistant, Lubbock Texas<br />
While cleaning the facility, and checking out equipment, I learned to value and do every task<br />
assigned to the best of my ability, even when no one is watching. It was a minimal effort job, but I<br />
treated it as if it was necessary to perform as full energy. Doing the job right was most important<br />
to me, even if no one else was.<br />
UrbanTech, Undergraduate Assistant, Lubbock Texas<br />
Working with TTU’s Architecture Department, at Urban Tech I’ve been able to work on master<br />
plans of facilities such as the Lubbock Lake Landmark. Learning to design for something that<br />
has the potential to be built has been something the educational system has not given me. I’ve<br />
collaborated with clients, colleagues, and professors to better my process of design.<br />
Dekker Perich Sabatini, Intern, Amarillo Texas<br />
This has been my first true experience with an architecture firm. They’ve allowed me to design<br />
in Revit, fix red line markups, sit in on client meetings, and visit job sites and sit in on site<br />
collaboration. I’ve also been allowed to offer some design into recent projects as well.<br />
WINTER 2013<br />
SUMMER 2014<br />
SPRING 2015-SUMMER 2015<br />
FALL 2015-SPRING 2016<br />
FALL 2016-PRESENT<br />
SUMMER 2016, WINTER 2016