Vicente Carrasco _________________
Architecture portfolio Selected works 2011 - 2015
Port folio V i c e n t e C a r r a s c o
selected works 2 0 1 5
Vicente Carrasco Contact Information Home Address 2517 27th St. Lubbock TX, 79410 Ph. (432) 556 – 2821
Knights of Architecture TTU, Lubbock, TX Fall 2011 – Spring 2014 Webmaster Jan. 2012 – May 2012 Maintained the Wiki page and Facebook account
vicentecarrasco23@gmail.com issuu.com/vicente_carrasco ig:vicente_carrasco linkedin.com/in/carrascovicente
Education Texas Tech Lubbock, TX Graduation May 2013 Concentration: Bach: Architecture GPA: 3.3 Texas Tech Lubbock, TX Graduation Dec. 2014 Concentration: Masters: Architecture Certificate: Digital Design and Fabrication GPA: 3.4
Experience Graduate Assistant I assisted the professor in grading and making homework assignments, quizzes and lab work. I helped oversee lectures and taught a lab section. This consisted of helping students with math and any conceptual problems they might have. Arch Construction 3, Peter Raab, TTU Jan. 2014 - May 2014 Arch Construction 2, Peter Raab, TTU Aug. 2014 - Dec. 2014 Drafter Carrasco Homes LLC, Midland, TX March 2013 – Present I worked on recreating floor plans in Revit that Sr. Carrasco had drawn up himself and also any changes on existing floor plans. I also made renderings for the Midland Parade of Homes the Company Participated in. Hunn Designs, Lubbock, TX June 2014 - Aug. 2014 Summer internship working on consrtuction documentation.
Vice-President Fall 2012 – Spring 2013 Assisted the organization in any way possible from creating posters to organizing events. Took on role of president if necessary. President Fall 2013 - Beginning Fall 2014 Took the leadership role in Knights. Organized all meetings, events, communications and members. Assisted in all aspects from web design, graphic design, and announcements to the student body. Architecture Student Council TTU, Lubbock, TX Fall 2013-Fall 2014 _Co-Chair As chair I oversaw all the organizations and helped maintain all societal calendars. Also helped lead the organization of the renewal of the TTU Beaux Arts Ball.
Interest/skills Texas Tech University Singers TTU, Lubbock,TX Aug. 2009 – May 2010 2nd Tenor /Baritone Texas Tech Matador Singers TTU, Lubbock, TX Aug. 2010 – May 2011 2nd Tenor/ Baritone Product Design Lighting, Jewelry, Furniture Bilingual Spanish Travel study abroad
Image Editor Dr. Clifton Ellis, TTU, Lubbock, TX Aug. 2012 – May 2013
Dehli_Jaipur_Pondicherry_Auraville IN DF_Puebla_Oaxaca MX Seoul SK Tokyo JP
Assisted in scanning and digitally editing a collection of slides for Associate Dean Ellis’ history class.
Programs
Organizations AIAS TTU, Lubbock, TX Aug. 2009 – May 2011 _Member
Revit Auto cad Rhino/Vray Adobe Creative Suites SketchUp Grasshopper Processing Microsoft Office
out of 7
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VC
Student living : an off campus living comunity Cholula, Puebla, Mexico __________
Graduate Spring first year joseph aranha (Professor)
revit photoshop Project This project was set in Cholula, Mexico. The eventual project was up to the individual. We had three sites along a central axis to pick from and then we had to choose whether to do social housing or student housing since Cholula is home the La Universidad de las Americas and is growing as a college town. The program was to be 25% commercial and 75% residential. After a study into central Mexican architecture and archetypes, both traditional and contemporary, we as a class took a week trip abroad to D.F., Oaxaca, and Puebla/Cholula. The site was investigated and our research and study was validated and reinforced. I chose this site since it was also on the same axis of the Cholula pyramid, a major cultural and tourist site of the area. My design initially began with a priority of views of the major landmarks, specifically the view of the pyramid and both volcanoes nearby, Popocatepetl and Iztaccihuatl, however with the occupancy restraints I shifted to the priority of having every unit have a terrace and hence a general view of the area. It resulted in a inverted pyramid of sorts that creates a community with a elevated street side patio and a courtyard. The facade makes use of the local building material, masonry brick, and takes a cue from the ancient pyramids and their canted walls. Every 10 meters they alternate creating a dynamic street facade where otherwise flat faced structures line the streets. For the open patio spaces and light wells, a screen was needed for light and ventilation and a pattern was adapted from the traditional Talavera tile work that the region is renowned for.
first floor plan 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12.
5
5
1
5
UP
4
12
UP
7
11 WWWW WW D D D D
parking mail room laundry restaurant/cafe commercial space residential office theatre gym game room pool courtyard paseo entrance
6
5
A
5 UP
3 2
8
UP
5 10
9
5
n 1
5
10
20FT
night time terrace view
south
4th story 1 bed loft
3rd story 2 bed
2nd story 2 bed
aerial perspective
Assembled block
6 4
5
4
10 REF.
REF.
3
6
5
1
4
2
2
4 3
4
5
5 9
8
8
2
1
1
7
7
10
1
2
7
kitchen dining bath bedroom living closet terrace lightwell courtyard patio stairwell
DN DN
typ.. bedroom for 2 bedroom apt.
1
2
REF.
REF.
REF.
REF.
7
1. 2. 3. 4. 5. 6. 7. 8. 9. 10.
7
6
9 8
10
4 3
6
5
8
4
3
6 5
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4
6
2 7
4
3 3
1
8
4
elevated street scape
A ---
Level 5 13.60
Level 4 10.00
Level 3 7.00
Level 2 4.00
Level 1 0.00
east street view
Level 5 13.60
Level 4 10.00
Level 3 7.00
Level 2 4.00
Level 1 0.00
north street view
section A
9 north east aerial perspective
gym concept layout
talavera pattern
3 var. brick pattern
Bike Node : Public bike trading post proposal Lubbock, TX __________
undergrad Spring Second year Dustin White (Professor)
rhino illustrator
Project The Project was to propose a biking station for a bike sharing system in the city of Lubbock. Freedom was given in the decision of choosing a location based off mapping and our own investigations. Research began with other bike sharing systems, in this case the bixi system in Montreal. Much was looked for in the investigation including the payment systems, return stations and overall effectiveness of the sharing system on the city. From there, research moved to bikes, roads, trails and radii within the city. I choose nodes of places that at the time of the project I thought were hotspots in the city of Lubbock. A 1.0 mile radius was extended from each node to denote a probable biking zone from the hot spot. Focus moved to the overlapping areas; the heaver of overlap the better for a biking station since this denoted a central area in the city. Three areas seemed of interest; Lubbock Christian University, a local movie theatre, and downtown at the Louise Hopkins Underwood center for the arts or LHUCA.
Diagrams were created from the surrounding site information. Lines were pulled directly from roads, lamps, buildings etc. Through different iterations of mapping and diagraming one location stood out for its more dynamic drawings. Focus came to the LHUCA center in the depot district. This is a major cultural hot spot in downtown Lubbock and part of a monthly art trail. I overlapped several diagrams and sought to find regulating lines for my site. Eventually I was able to find a good scheme. The lines that were made dictated my site and shape for my station. I extended the station to across the street in order to avoid traffic. My concept is signage. The perspective of the building changes depending on location. From the LHUCA one sees a long elegant structure in the east elevation. Drivers see an overpass, pedestrians a bridge/walkway and bikers a bridge/covered station. The overpass is spilt between pedestrian and bikers with benches extruding out of the surface.
Hotspot
19th
Hotter-spot
19TH
1 mile biking radii 156 625 312 1250
2500
5000 ft
extracted diagrams
11
LHUCA site
overlaping diagrams
diagramatic overlay
eventual site
aerial perspective
south
west
north
east (view from LHUCA)
bike rack building parking tree .5 2.5
5
12.5
25 ft
13
bicyclist perspective
pedestrian perspective
Tent city A homeless rehabilitation center __________
Project
Graduate summer first year Gibran Ramirez (partner) David driskill (Professor) Andrew Vernooy (professor)
This summer comprehensive studio focused on the tent city in Lubbock. This is a facility that provides shelter to the homeless by providing them army tents and shelter to help them pull themselves out of their situation. The facility will provide counseling, food, bath, shelter, community and a route to find a job. This is a new program that the city has taken on and we were tasked to design a facility to provide the means to rehabilitate them into main stream society. We traveled to San Antonio to visit the Haven for Hope program and also researched Dallas’ The Bridge project. At these programs they screen applicants who pledge to stay clean off drugs and adhere to rules. They usually start off in a public community sleeping area and over time climb a tiered system to where they live inside the compound. Eventually they will have a steady job and housing off the campus. The task handed to the studio was to look at the current site and design the chapel and facility area for the accepted people that includes a library, shower, kennel, community garden, cafeteria, job training areas and any other program we see fit.
revit photoshop illustrator
This being a summer comprehensive studio we had to team up with a partner to complete the workload. We adopted maslows hierarchy of needs for a concept. We separated the program along physiological, safety, love/belonging, and esteem with the last and final tier, self-actualization, to take place once they graduate out of the program, The first step, physiological is met with the bathrooms, tents and kitchen. All this is accessed through the lobby and applying for the program. Safety and health are dealt with the social services provided and clinic area. The non-denominational chapel is designated for the love and belonging along with the central courtyard. Esteem is achieved amongst the community and takes place in the tent area along with any other public space. Providing the basic necessities we hope to encourage people to bring themselves out of their situation. We really wanted the facilities to be available to the outside community as well as the occupants. We have several services that are open to the public including the chapel, health services, and vet.
Floor Plan 4
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5
4
4
8
28 6
1 2
3
a
3
2
27
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6 7
3 26
3 9
10 b
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11 11 12 19 22
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4 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17.
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25 29
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6
5
chappel activity room restroom lobby mechanical room electrical room storage pharmacy counseling psychiatry exam room physical therapy dental salon veterinarian networking meeting room
18. 19. 20. 21. 22. 23. 24. 25. 26. 27. 28. 29.
kitchenette/cafetria bank/mail career center vocational room classroom laundry bathroom pavillion/library store office security tent area
physiological safety/health love/belonging esteem
24
wall section Section A
V.2
2’x4’white metal panel V.1
return air
acoustal drop down celing load bearing wall
wouldn’t exist over opening, implied for overall wall
kalwall
V.3
Call outs 1/2” steel dowels @ ev. coping joint
callouts .5” gypsum board
precast concrete coping drip u-block concrete beam flashing
spherical node 2” rod members bearing plate tensothem clip plate
8” load bearing cmu
sponge tubing treated wood nailer
joint reinf. 16” o.c. vertically 3.5” limestone venneer
epdm roofing mem. vapor retarder roof decking thermal insulation
flashing steel angle rod o.c. 16” anchor tie
floor molding tile
flashing ptfe coated glass fiber nanogel/aerogel insulating blanket 3” limestone venneer
fill with mortar wood decking membrane w.p.
anchor tie
3” air space 3” ridged insulation
10”x2” lg steel
8” load bearing cmu 3” air space 3” ridged insulation flashing 3.5” limestone venneer
1/2” steel dowels ridged insulation vert. reinforcement porus backfil
V.1
V.2
V.3
17
Call outs
tectum deck system epdm (ethylene propylene diene monomer) rubber concrete tectum
g.1
osb dow styrofoam insulation tectum substrate
steel deck bridging plate metal square plate tensotherm fabric (r12) tensotherm clip set crew ptfe coated glass fiber nanogel/aerogel insulating blanket
g.2
g.2
outer coping steel plate to support blocking over wall steel decking for exterior electrical wiring
Section B
rainscreen system white metal rainscreen panel set screw c-clip undercut anchor c-profile horizontal rail wall anchor clip t-profile vertical rail insulated metal panel metl-span insulated panel metal insulation metal
3-hole cf clip clip fastener
wiper gasket base extrusion
sealant tape urethane sealant extruded splice base
19’ floor-to-ceiling
nanawall system metl-span insulated panel
c-channel c12x20
double insulated glass panel
g.3
sealer
clip fastener
weather protector
concrete footing
Container Clinic A tele-heath prefab clinic for areas in need Semi-arid climates __________
undergrad Spring third year Joseph aranha (Professor)
rhino B
1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11.
5 4
reception restroom pallet screen tele/health lab exam room courtyard seating/water tank solar panel(above) req. wheel chair area solar aluminum screen
11
3
7 A
6
2
9
8
10 6 N
1
A
8
10
10’
1
B
Plan/Ada
2
4
Project Using three 8’x8.5’x20’ shipping containers the task was to make a medical clinic for a semi-arid climate. Programing includes a waiting area, restroom, 2 clinic rooms, reception, lab space and a tele/health information area for presentations to the public. Phoenix Arizona was assigned for a climate reference but this clinic is suitable for any semi-arid climate. The idea was that this could be mass produced. The shading device is site specific but adjustments could easily be customized as long as the latitude was known. Assembly on site wouldn’t take more than a few days. Doing some research, a courtyard design was decided upon. There are many practical and cultural reasons for this. Since this clinic would be used in either emergencies or in developing countries, it could act as a gathering area for the population. The courtyard centralizes an area almost a pocket of space within that can add some protection, both physical and psychological. The shading device can be custom made for any orientation and specific latitude. It would be bolted on site. There are water tanks located where needed. There is a tarp to cover the opening if need be. Photovoltaic panels line a side of the courtyard opening. The doors to the non-clinical containers open to a fixed window and louvers to allow for sun light and ventilation when needed. Clear story operable windows exist for sunlight and privacy along with assisting in airflow. The Clinics also have sunroofs. Pallet walls would line the sides in need of protection of the sun during summer and can be moved for winter months. To the right are various views into the facility. You can see from here the containers largely support the shading device and also the public and private spaces created.
19
Ventilation
Orientation
Oriented to minimize the exposed surface area in the summer while still getting heat in the summer. The construct is 15 deg. East of south to help block the south east winds and block the north west.
The shading device also helps to promote air movement, with the material being made of metal, the heat will draw air between the containers and device. There are small wind scoops to help with circulation. The large window in the back has operable vents to control airflow. There is also airspace between the stacked shipping pallets and containers to help wick away any heat from the building while protecting it from direct radiation.
Winter winds
Summer winds
Section Perspective
2” square steel tube
.25” aluminum plates
2” steel tube
shipping pallets corrugated steel 6” air space roll up metal door overhead ventilation opening
double pane glass
ridged insulation board gypsum board
aluminum frame
furniture 3 1 scale: 1’=1”
5
10ft
Sections
A
1
2
4
10’
21
B
1
Jan
Sun Studies Here is a sun study showing the progression of the sun through the site in various times of the year. The shading device is specifically set for the Phoenix longitude and climate, allowing for direct radiation in the mornings and winter months,
9 am
12 pm
3 pm
Mar/Oct
Dec
2
4
10’
urban stage a downtown revitalization experiment __________
Project Urban Stage is an attempt to rethink downtown Lubbock. Today as it stands, downtown lacks any vibrant life as development exists mainly on the city’s Loop. Beyond its small entertainment and art district, the rest of downtown is, for the most part, dead save for the 9-5 businesses that exist. The proposal looks at a main central axis of the area, Ave. J, and looks to bring to it local vegitation with natural gardens, reduced traffic, and pedestrian areas with the introduction of entertainment. Urban Stage transformed the street from a hard urbanscape to a softer greenscape that the public can utilize and enjoy. The event was two weekends long with numerous events including a 5k, live music, and oktoberfest. The studio was tasked to finish and help with the streetscape. A master plan was provided that was conceptualized by former studios. The task was to use the master plan and interprete the lines, fields and points and materialize them into physical objects. My team of two was tasked with 3d points.
Balloon In research the idea of the 3d manifestation of the point became evident in the sphere. With that in mind I set forth in looking at different solutions in engaging the public with lighting, sensors, projectors etc. However the investigation that would have had strongest and biggest impact on the site unfortunately did not come into fruition due to logistics and paperwork. Using a mirrored ball, we end up reflecting the surroundings, emphasizing space downtown. We highlight the large expanse of space in Lubbock by inversing the world and displaying it in one spot. The crowd will engage in it, with the sky and finally SEE the space they are in. This is a simple moment that has a large impact for its value. The object would have been large (0.5-2.0 m) inflatable vinyl mirrored balloons from China. However given the time constraint ordering was not feasible after the paper work went through. Large blue balloons were purchased instead from the US. Due to high winds they weren’t able to be inflated for the duration of the events.
Graduate fall second year tyler mason (partner) Dustin white (Professor) christian pongratz (professor)
rhino vray illustrator photoshop
Tripod The urban points are seen as an opportunity for a procession along with a series of beacons to light the way. The project strategy was to illuminate single points along the urban stage. Based on earlier studies of industrial design, tripod lamps were investigated due to their unique form of being structurally sound. The design was pushed to incorporate lighting integration with LED light strips embedded into a tripod system. The main challenge with this was how to power the strips without a power cord. Battery packs would be encased in the tripod for temporary poser for the urban stage event. These tripods are held together with steel tube sections welded together that are each individually uniquely angled. The wooden sticks have embedded LED light strips shining through the encased plexi sheet with minimal joint edges. They are remote controlled using an embedded sensor that can allow it to flash and change the speed and tempo. This creates a closed system and clean design. A series of 6 tripods were produced and placed along the procession of Ave. J.
Canopy Precedents were researched and one stood out for its projected cost and fabrication. A canopy system was designed by MisoSoupDesign from Taipei. Its main principles were adopted and translated into readily available materials like PEX pipes and steel. The idea of column and vaulting resonated as a powerful form and the lattice made it light and delicate. The project makes a statement were each column touches the ground. Lighting added another element as night fell.t fell.
23
Tripod
Exploded Diagram
20” 18”
6.25” *See Detail Exploded diagram
Welded Joint
Battery Pack with Sensor 1.25” x 1.25” Wood Stick
LED Light Strip Masking Tape Plexi Strip
18.25” 23.25”
35”
Canopy Steel Ring
Base Prep
1/2” Holes
2”
1/4” Holes
1’8”
Materials
Bench
COMPONENT
18” H
N
IG
1/2” PEX pipe
black sprin kler hose
8” cardboard tube
O
T
S
H
LE
18”
E
O
R
D
Y
H
concrete
1/2” MDF
20” steel ring
12”
3/4” PVC pipe
16” 8”
1/8” steel cable
3/8” steel rods
base mold (oil drain pan)
waterproof LED
CONNECTOR
3/16” turnbuckle
3/16” x3” Eyebolt
small zipties
1/8” wire rope clip 1/8” aluminum 1/2” hose clamp 1/2” pinch clamp sleeves
TOOLS RELEASANT
tape measure
releasant
flat wire cutters screwdriver
pliers
permanent scissors wood glue marker paint brush
Detail exploded
1.25” x 1.25” Wood Stick
Wood Excavation
Recessed Lip LED Light Strip Masking Tape Plexi Strip
1
2
1.25” x 1.25” Wood
Belt Sander to create tapered end
Drilled Hole for Wiring Tapered End 1.25” x 1.25” Steel Tube
3
Table Router to create rounded corners
Welded Connection
4
Battery Pack with 4 AAA Batteries Remote Sensor
5
25
Milling Machine to excavate hollow space
Milling Machine to create recessed lip
Assembly
LEHIGH
HYDROSTO
NE
+
+
8”
+
+ 4’
+
RELEASANT
+
+
x5@6
6”
+
+
+
x10@3
x10@3
+
x5@6
+
+
+
+
+
x15 + +
+
+
LIFE SAFETY PLAN
BUILDING SUMMARY
EXIT D REQ. PROV.
APPLICABLE CODES -BUILDING CODE 2006 IBC -MECHANICAL CODE 2006 IMC -PLUMBING CODE 2006 IPC -ELECTRICAL CODE 2005 NEC -FIRE CODE 2006 IFC -STATE/CITY UTAH STATE AMENDMENTS ARE AMENDMENTS APPLICABLE TO THIS PR OJECT -ACCESSIBILITY CODE 1998 ICC/ANSI 117 .1 BUILDING PLANNING
CITY DESIGN CRITERIA: W I ND SPE E D SE I SMI C W E AT HE R I NG F R OST LI NE T E R MI T E R OOF SNOW LOAD GROUND SNOW LOAD F LOOR LOAD . OT HE R DEFLECTION, RAFTERS (<3/12) WINTER DESIGN TEMP SOILS BEARING CAPACITY MIN.
9.4" 36"
FEC
PROJECT NAME: INTERMOUNTIAN SARATOGA SPRINGS CLINIC ADDRESS: 354 WEST STATE ROAD 73, SARATOGA SPRINGS, UTAH PROPOSED USE: MEDICAL OFFICE BUILDING OWNER-CONTACT PERSON: BRADY GILES PHONE: 801-234-5881 PHONE: 801-532-2393 ARCHITECT-CONTACT PERSON: GARY BLAZZARD
90 ( 40) E X PSU R E B OR D2 SE V E R E 30" SLI G HT / MODE R AT E 30 LB 43 LB 40 LB L / 180 8c / 46.6f 1,500 psf
116' - 2"
OCCUPANCY: B MIXED OCCUPANCY? YES / NO REQUIRED FIRE SEPARATION NONE TYPE OF CONSTRUCTION CONSTRUCTION TYPE: V - B
CODE REFERENCE
GENERAL BUILDING LIMITATIONS -ALLOWABLE FLOOR AREA 36,000 SF -ALLOWABLE AREA INCREASES YES / NO -HEIGHT OF BUILDING 16' NUMBER OF STORIES 1 -HIGH RISES YES / NO -MEZZANINE YES / NO -PARKING SPACED REQUIRED SEE SITE PLAN ACCESSIBLE PARKING SPACE REQUIRED SEE SITE PLAN
9,000 BASE SF -27,000 (SPRINKLED)
FEC
= 36,000 SF -9,457 GSF NEW CONSTRUCTION
FIRE PROTECTION SYSTEMS -FIRE DISTRICT YES / NO -FIRE EXTINGUISHING SYSTEM
506.3 SPRINKLED = AREA + 300%
YES / NO
EXIT C
ESSENTIAL BUILDING -ESSENTIAL BUILDING BY CATEGORY
YES / NO
FIRE RESISTANT CONSTRUCTION / FIREPROOFING SCHEDULE ITEM -EXTERIOR WALLS: LOAD BEARING NON-LOAD BEARING -F I R E /PAR T Y W ALLS -SHAF T S -TENANT SEPARATION -INTERIOR WALL: LOAD BEARING NON-LOAD BEARING -CO LUMNS -BE A MS -F LOO R /CE I LI NG -R OOF /CE I LI NG
0 0 N/A ( NONE ) N/A ( NONE ) N/A (ONE TENANT) 0 0 0 0 N/A 0 ( CLASS C)
REQ. PROV.
NOT REQUIRED 44"
58'
LEGEND MATERIALS
building Information technolgy an exercise and intro to revit __________
undergrad Spring forth year Micheal Peters (Professor)
revit
The task was to recreate a set of construction documents using Revit. Every week we would learn more Revit and refine the drawings. This is the result.
CEILING SYMBOLS
EXIT B REQ. PROV.
NOT REQUIRED 72"
FE 120' - 4"
- 0"
81' - 6"
FDC
FEC
EXIT A REQ. PROV.
9.4" 72"
PLAN NORTH
Drawings not shown: Interior Elevations Framing plan Foundation plan Door Schedule Reflected Ceiling Plan Two Wall Sections
27
1
2
TO ROOF 23' - 9 1/2"
5 5.9
6
7
ELECTRICAL O FOR OWNER S COORDINATE LOCATION WIT SIGNAGE INFO
LIGHT - CENTER HORIZONTALLY BETWEEN WINDOWS
EIFS FINISH ON MECHANICAL SCREEN WALL
TO SCREEN WALL 19' - 4" SHEET METAL TO PARAPET 15' - 8"
4
3
3
PARAPET CAP
A 7.0
BRICK/STONE CONTROL JOINT
1ST FLOOR 0' - 0"
1 1
2
3
LIGHT - CENTER HORIZONTALLY BETWEEN WINDOWS
5 5.9
4
BRICK/STONE CONTROL JOINT
South
6
HOSE BIBB
BRICK/STONE CONTROL JOINT
N
M
K.6 K
7
ROOF DRAIN OVERFLOW
J
G
H 2 A 7.0
TO ROOF 23' - 9 1/2" TO SCREEN WALL 19' - 4" TO PARAPET 15' - 8"
1ST FLOOR 0' - 0"
N 2
K.6 K
M
J
G
H BRICK/STONE CONTROL JOINT
East
10
9.1
9
8.9
8.6
8.1
8
7.9
7
6
5.9 5
6
5.9 5
1 A 7.0
TO ROOF 23' - 9 1/2"
EIFS FINISH ON MECHANICAL SCREEN WALL
TO SCREEN WALL 19' - 4" SHEET METAL TO PARAPET 15' - 8"
BRICK/STONE CONTROL JOINT
PARAPET CAP
LIGHT - CENTER HORIZONTALLY IN BRICK PANEL
LIGHT - CENTER HORIZONTALLY BETWEEN WINDOWS
1ST FLOOR 0' - 0"
10 3
9.1
9
8.9
8.6
8.1
8
7.9
7
BRICK/STONE CONTROL JOINT
North
B
A
B.95 C
D
E
F
E
F
TO ROOF 23' - 9 1/2" TO SCREEN WALL 19' - 4"
EXTENT OF VISUAL MOCKUP TO BE PROVIDED
SHEET METAL PARAPET CAP
TO PARAPET 15' - 8"
1ST FLOOR 0' - 0"
A 4
West
ROOF DRAIN OVERFLOW
B
B.95 C
BRICK/STONE CONTROL JOINT
D
HOSE BIBB
7.9
8
8.6
8.1
8.9
9
1 A 7.0
TO ROOF 23' - 9 1/2"
OUTLET SIGNAGE EACT TH ORMATION
SHEET METAL FASCIA AND TRIM
Elevations
TO SCREEN WALL 19' - 4"
SHEET METAL PARAPET CAP
ROOF FLASHINGS
TO PARAPET 15' - 8" LIGHT - CENTER HORIZONTALLY BETWEEN WINDOWS
1ST FLOOR 0' - 0"
7.9
8
F
8.1
E
8.6
SHEET METAL FASCIA, TRIM AND TO MATCH GUTTER COLOR WINDOW MULLION
D
8.9
9.1
9
C B.95
10
B
A TO ROOF 23' - 9 1/2" TO SCREEN WALL 19' - 4"
SHEET METAL PARAPET CAP
TO PARAPET 15' - 8"
1ST FLOOR 0' - 0"
F
E
D
FDC GAS METER
C B.95
B
A
ROOF DRAIN OVERFLOW
4
3
2
1
TO ROOF 23' - 9 1/2" 3
LIGHT - CENTER HORIZONTALLY BETWEEN WINDOWS
TO SCREEN WALL 19' - 4"
A 7.0
BRICK/STONE CONTROL JOINT
TO PARAPET 15' - 8"
1ST FLOOR 0' - 0"
4
3
2
BRICK/STONE CONTROL JOINT
LIGHT - CENTER HORIZONTALLY OVER DOOR OPENING
HOSE BIBB
F
F
10
9.1
G
H
J
M
K K.6
2
MECHANICAL SCREEN REMOVED FOR CLARITY
1
N
STANDING SEAM METAL ROOF SYSTEM
A 7.0
TO ROOF 23' - 9 1/2" TO SCREEN WALL 19' - 4" TO PARAPET 15' - 8"
SHEET METAL FASCIA, TRIM AND GUTTER
BRICK/STONE CONTROL JOINT
1ST FLOOR 0' - 0"
G
H
J
K K.6
M
N
29
A 5.0
4
A 5.0
A
B
B.95 C
E
D
1
1
5' - 0"
148
5' - 6"
140
2
110
5' - 2"
4' - 0"
67' - 8 9/32"
EXAM 127
EXAM 126
EXAM 125
112
4 6' - 8"
4' - 0"
EXAM 118
118
5
2
6' - 8"
5
5.9
6' - 1 5/8"
6
1
3
A 5.0
7 7.9
0' - 9 3/8"
13' - 7"
RECEPTION 156
RADIOLOGY 159
159
7
7
4' - 0"
7.9
/ 1/4"
1/4
1'-0"
1/4
/ 1/4"
0" " / 1'-
/ 1/4" 1'-0"
7.9
8
8.9
0' - 3 7/8"
39' - 2 7/8"
2
139
138
A 7.0
146A
160B
8.6
8.9
9
136
9.1
14' - 8 3/8"
137
PUBLIC TOILET 137
CORRIDOR 145
ELEC 138
MECH 139
0' - 9 3/8"
9
13' - 11"
9.1
9.1
0' - 9 3/8"
9
0' - 9 3/8" 14' - 8 3/8"
PUBLIC TOILET 136
8.9
0' - 3 7/8"
9' - 2 1/4"
8.9
9
9.1
0' - 3 7/8" 0' - 9 3/8" 9' - 2 1/4" 13' - 11"
1/4" / 1'-0"
8.6
0' - 3 7/8"
160A
VESTIBULE 160
8.6
WAIT 157
25' - 3 3/4"
A 6.0
WAIT 146
8.1
0' - 9 1/4"
1
WAIT 158
A 6.0
8.1
8.6
25' - 3 3/4" 1 A 7.0
15' - 0 3/8"
8.1
8.1
0' - 9 1/4"
8
8
8
12' - 9 5/8" 0' - 9 3/8" 0' - 9 1/4" 15' - 0 3/8"
1
1/4" / 1'-0"
0' - 9 3/8" 0' - 9 1/4"
12' - 9 5/8"
7.9
0' - 9 3/8" 13' - 7"
7' - 4 3/8"
CALL CENTER 122
122
31' - 10 3/8"
135
INTAKE 152
17' - 6 1/8"
7
CONTROL 135
17' - 6 1/8"
134
SUPPLY 134
DRAW 151
124
123
HSK 121
CORRIDOR 142
10' - 8"
121
4' - 0"
120
BUSINESS OFFICE 144
CORRIDOR 150
TREATMENT 124
6
17' - 6 1/8"
3
A 5.0
17' - 6 1/8"
EXAM 120
0' - 7 5/8"
6' - 0"
TREATMENT 123
EXAM 119
5.9
5 5.9
138' - 9 17/32"
0' - 7 5/8"
5' - 6"
6
138' - 9 17/32"
6' - 1 5/8"
4' - 0"
A 6.0
0' - 7 5/8"
138' - 9 17/32"
4' - 0"3' - 0 5/8"
119
EXAM 131
EXAM 132
EXAM 133
5' - 0"
133
132
131
INSTACARE MA STATION 143
130
129
128
19' - 10 7/8"
4' - 0" 2' - 4" 4' - 0"
PATIENT TOILET 113
113
EXAM 130
EXAM 129
EXAM 128
0' - 10 1/8"
3
6
6' - 0"
19' - 10 7/8"
19' - 10 7/8"
0' - 7 5/8" 138' - 9 17/32"
1
1'-0"
A 5.0
10
10
10
10
11' - 8 1/32"
5' - 0"
125
126
127
26' - 4 3/8"
107
108
109
A 6.0
PATIENT TOILET 4 BATH NORTH 114
4' - 0"
EXAM 117
117
1145 BATH SOUTH
6' - 8"
3
4
A 7.0
4
0' - 10 1/8"
3
3
0' - 10 1/8"
5' - 6"
6
83' - 3 1/4"
4' - 0" 2' - 4" 4' - 0"
EXAM 107
EXAM 108
EXAM 109
3
TREATMENT 112
CORRIDOR 149
EXAM 111 111
116
4' - 0"
EXAM 116
26' - 4 3/8"
8' - 8"
CORRIDOR 141
PEDS MA STATION 147
STAFF TOILET 110
115
CLINIC MANAGER 115
3' - 4" 4' - 0"
2
2
26' - 4 3/8"
19' - 10 7/8"
5 5.9
83' - 3 1/4"
9' - 1 21/32"
101
102
103
104
105
106
14' - 5 9/32"
OFFICE 106
OFFICE 105
OFFICE 104
OFFICE 103
BREAK 102
OFFICE 101
14' - 5 9/32"
9' - 1 21/32"
1
14' - 5 9/32"
0' - 10 1/8"
4
0' - 2 1/4" 0' - 9 1/4"
9' - 7 11/32" 11' - 7 1/2" 5' - 10 1/2" 5' - 1" 10' - 3" 5' - 1"
F
G H J K
M N
A
B
C
B.95
D
F
E
G
BATH WEST
CORRIDOR 154 26' - 4 3/8"
3
TYPICAL EXAM
5' - 8 7/8" 5' - 11 1/2" 10' - 7 5/8" 0' - 9 3/8"
BATH EAST
CORRIDOR 148 CORRIDOR 155
14' - 5 9/32"
2
1/4" / 1'-0"
K.6
4
H
1
11' - 8 1/32" 0' - 2 1/4" 9' - 7 11/32" 11' - 7 1/2" 5' - 10 1/2" 5' - 1" 10' - 3" 5' - 1"
1/4" / 1'-0" 1/4" / 1'-0" 1/4" / 1'-0" 1/4" / 1'-0"
1'-0" 1/4" /
WAITING CLEARSTORY WEST WAITING CLEARSTORY WEST
OD RD 1/4" / 1'-0" 1/4" / 1'-0" OD RD
1'-0" 1/4" /
1'-0" 1/4" /
CORRIDOR 153 1'-0" 1/4" /
1/4" / 1'-0" 1/4" / 1'-0" 1/4" / 1'-0"
OD RD OD RD
J K K.6
N
M
83' - 3 1/4"
2' - 11 1/4" 4' - 11' 0" - 4' 8 1/32" - 0" 4' - 0" 9'4'- -7 8" 11/32" 4' - 0" 4' - 0" 11' - 74'1/2" - 8" 5' - 1" 11'5'- -4"10 1/2" 2' - 8" 4' - 0" 10' - 3" 4' - 0" 2' - 0" 10' - 7 5/8" 3' - 4" 4' 5' - 0" - 11 1/2"4' - 0" 5' - 8 7/8"8' - 5' 8" - 1" 0' - 9 3/8" 83' - 3 1/4"
0' - 2 1/4" 0' - 9 1/4" 11' - 8 1/32" 9' - 7 11/32" 11' - 7 1/2" 5' - 10 1/2" 5' - 1" 10' - 3" 5' - 1"
CORRIDOR 140
1'-0" 1/4" /
0' - 2 1/4" 0' - 9 1/4" 0' - 9 3/8"
5' - 8 7/8" 5' - 11 1/2" 10' - 7 5/8"
0' - 9 1/4" 5' - 11 1/2" 5' - 8 7/8" 10' - 7 5/8" 0' - 9 3/8"
Floor Plan Roof Plan
A
B
C
B.95
E
D
F
G
J
H
K K.6
N
M
A
B
2
A 5.0
8.1
8.6
8.9
9
9.1
D
8
D
F
E
7.9
D
F
E
C
B.95
F
E
J
H
K.6
K
J
H
G
K.6
K
J
H
G
A 5.0
K
G
2
K.6
9.1
N
9
M
8.9
N
8.6
M
8.1
N
8
M
7.9
CLEARSTORY ROOF PLAN
0" " / 1'-
SECTION THROUGH GLAZED WALL 3/4" TREATED PLYWOOD
TO PARAPET 15' - 8"
SLOPE 2% MIN
2 X PLATE 2 X 6 FRAMING
CONT SEALANT
3 COURSES OF BRICK IN ROWLOCK COURSING
GAUGE METAL ANGLE (8" LEGS) ANCHORED TO FRAMING WITH 1/4" X 2" SCREWS AT 12" O.C. (TOP LEG REDUCES IN DEPTH WHERE BRICK STEPS BACK AGAINST GLAZING SYSTEM)
12" SOLIDER COURSE SE 3/4" IN FROM FACE OF BRICK
31
FACE BRICK CONT 10" HIGH STRIP OF CAVITY DRAINAGE MATERIAL DAMPPROOF AIR BARRIER BATT INSULATION STONE HEADER WEEP PAINT ANGLE TO MATCH COLOR OF BRICK STAINLESS STEEL FLASHING WITH HEMMED EDGE TO FLUSH WITH FACE OF BRICK. EXTEND FLASHING 8" BEYOND WINDOW OPEINING AT EACH END. CUT OF HEMMED DRIP EDGE OF FLASHING BEYOND EACH SIDE OF WINDOW OPENING. SEALANT AND BACKER ROD
WOOD SHEATHING RUBBERIZED ASPHARLT UNDERLAYMENT ON WOOD SHEATHING AND LAPPED OVER STAINLESS STEEL FLASHING WOOD HEADER VAPOR RETARDER 2X3 NAILER AIR/WATER BARRIER FLASHING TAPE GALVANIZED STEEL LINTEL 3/8" GYP BD SEALANT GLAZED ALUMINUM WALL SYSTEM
WOOD SHEATHING CONT 10" HIGH STRIP OF CAVITY DRAINAGE MATERIAL DAMPPROOF AIR BARRIER BATT INSULATION
1ST FLOOR 0' - 0"
10" HIGH FIRST STONE COURSE S/S FLASHING WITH HEMMED EDGE CONT SEALANT 3/4" FDN CHAMFER
VAPOR RETARDER
TAPERED FLOOR PREP 12" BACK FROM FACE OF WALL #10 FLAT HEAD STAINLESS STELL CREW IN EXPANSION SLEEVE AT 18" O.C.
14 GAUGE X CONT GALV STEEL PLATE
Installatio
Green wall ddf concrete parametric wall __________
Graduate fall first year ddf studio (colaboration0 christian pongratz (professor)
rhino grasshopper illustrator photoshop
Site Plan
Project In this digital design and fabrication studio research and experimentation with grasshopper, parametric design and casting took place. A majority of the semester was spent researching concrete, mixtures and experimenting with concrete panel designs. After a mid-semester workshop the work shifted to a platonic solid wall and eventually our class began a 4 week installation project. Many mixes were made throughout the semester to see how the ratios of the different admixtures reacted under many performance based criteria. Thanks to a site visit to GREENSTAR in Mason TX, we were able to obtain a paper fiber product that Texas Tech has tested to be a viable concrete fiber. It is shock absorbent, sound and fire proof. The inclusion of recycled paper within the mixtures typically reduced weight as it replaced more standard aggregate such as sand and rocks. As the mixes were refined, it was found that the paper pulp needed to be wet before mixing as well as the amount of paper used also determines slight coloring changes. We mixed it with a formula of hydrostone and portland cement. Different mixes were cast in cylinders and sent to the college of engineering to analyze the compressive properties of the mixes and to examine how adding recycled paper will perform. The most promising mixture was used. The design came from a quick charrete within the class. There had to be several variations in the modules. We used spaced filling polyhedra which when connected form a soild interlocking form. The design uses sphenoid hendecahedron. Voids are created to provide lightness and the larger apertures are at the top of the wall where the more massive geometry is at the base.
Texas Tech University College of Architecture Digital Design & Fabrication
Site 2
33
Site 1
Installation Proposal
4'-0"
on Proposal
10'-4 1/4"
Texas Tech University College of Architecture Digital Design & Fabrication
Final Design Mixes
Scale Model Mixes M CE ND LA RT NE PO STO O DR HY R PE PA R TE AS PL R E AT W T EN
45 oz
WATER
50 mL WATER
90 oz
HYDROSTONE
module #1&2
module #1&2 90 oz
100 mL
PAPER
45 oz
PLASTER
P.C.
70
60 oz
WATER
mL
WATER
120oz
HYDROSTONE
module #3
module #3 120 oz
100 mL
PAPER
60 oz
PLASTER
P.C.
Module Generation + Development florette tiling 1ft 9in
SPENOID HENDECAHEDRON
stacked florette tiling
chamfered edges provides secondary pattern generation between assembly modules
21.8 degrees
MODULE_03 280.941 (+/- 0.0008) cubic inches
oval boolean shape based off control point grid aperature boolean
MODULE_02 222.741 (+/- 0.0008) cubic inches 85% scale closed control point curve from face edges
80% scale
MODULE_01 224.782 (+/- 0.0008) cubic inches
Casting
Casting Procedure 1
3d Model
3
2
Half Cut
Other Half
made from stacked laser cuts, sanded, and applied smooth layer of bondo
4 Cast Prep
apply half model to base with pour spout
Plaster Backing
6
7 Mold Result
Silicone
the half model is coated with a brush-on silicone mold. cure time approx 24hrs room temp
Cast Module both sides of the final mold are clamped and ready for module casting.
35
5
Model Casting
8
001:
002:
release of small mold component
plaster positives are easily taken out of flexible silicone molds
Model Small mock up model made of plaster on black plexi.
9
Finished Module
003:
image of small module immediately taken out of mold
004: small component example of failed cast
Full Scale Casting 001: curing brush-on silicone for large scale molds- approximately 16 hours
//003cured, silicone can be peeled 002: once off of laser-cut positive model
003: the cured silicone molds are attached //001
//002
to a larger box assembly to prep for plaster backing
004: pouring the plaster backing for the final mold
005: once both final mold halves are completed, both sides are clamped for final module cast
006: after final cast pour, the finished cast module can be extracted from the plaster molds
//003
//004
007: the silicone molds can be peeled off the final module
008: showing the silicone and plaster molds for final casting
009: assembly process
//005
//006
//007
//008
//009
37
Fairfield 2013 parade of homes rendering and drawings __________
revit photoshop
15
This work was done for Carrasco Homes LLC. in Midland TX. The company allowed me to do a spread for the 2013 Parade of Homes. Revit and photoshop were used to create the drawings. Only a basic floor plan and elevation rendering were asked for the publication . Otherwise a full construction document set including site, foundation, floorplan, electrical, and elevations would have been completed.
WH
WS
14 8
11
D
10
W
Graduate summer first year carrasco homes llc.
OVEN
1
9
DW
2
7
REF.
3 5 13
6 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15.
master bedroom master closet master bath study foyer dining family breakfast kitchen powder utility bath bedroom porch garage
4 14 12
13
-
Product Design ___________
selected works from various classes TTU
Unlike a box The task of this assignment was to create a box with a twist or function that is unexpected from a box. While the first idea was to create a jewelry box with walls that lit up from the base, the idea quickly transformed into a lamp. The box is facetted to go along with the idea of a gem. Multiple were created and then stacked. It was constructed using veneered plexi. The top surface is mirrored.
undergrad Product design Spring forth year Michael Martin (Professor)
Parabolic Lamp This project explores paper folding. The parabolic form was chosen for its ability to diffuse light evenly when projected from the foci. The wood is laser cut walnut. It sits on a base with steel rods that rest on the lampâ&#x20AC;&#x2122;s cork back. This allows the lamp to recline in various angles.
39
Excavate This ring is based off the mineral pyrite. The cube is emerging from the mass playing with the idea of becoming its own gemstone setting. It has been cast from silver. The tool markings have been left to remind the user of cause and effect. Since it was carved out of wax, every mark made is reflected in the end product.
41
Post graduate Jewelry design spring â&#x20AC;&#x2DC;15 (ongoing) robby glover (Professor)
Hammered folds As an elective this studio was a material study in folded metal. Using primarily copper, folds were planned and hammered out into intricate patterns to become earrings. The thin copper sheets have been work hardened by striking it with striations along the length to prevent bending.
43
Graduate Jewelry design Fall 1st year robby glover (Professor)
45
VC