architecture portfolio TTU

ARCHITECTURE PORTFOLIO 2021 MARTIN JARAMILLO

ARCHITECTURE PORTFOLIO

MARTIN JARAMILLO

TABLE OF CONTENTS

GRADUATE WORK

UNDERGRAD WORK

DIGITAL WORK

MUTABLE SYNTHESIS

CASA JARDIN

SO FAR FROM HOME

MACKENZIE GLASS SPA

JEFFERSON URBAN PLAZA

NEBULA

;<= +286,1*

CHAMIZAL CULTURAL CENTER

SONAR TREMOR

LLANO GRANDE BIRD WATCH

PARALLEL UNIVERSE

OUTER SPACE

GRADUATE WORK

MUTABLE SYNTHESIS Type: Fabrication Professor: S. Key Location: NA Surrounded by buildings and infrastructure, we can instantly lose sight of essential spaces that connect us with our neighborhood and provide us with unique moments of peace and enjoyment. In cities where public spaces are sometimes ignored or misused, the need for human-scale structures is a fundamental element. Mutable Synthesis is the first approach to building a system that unites the community by bringing a moveable and portable design that focuses on implementing natural features. To create these discoveries, one standard and accessible resource used has been building a simple pavilion or installation, seizing passersby's attention on their scale.

CONCEPT

AXONOMETIC

DIAGRAMS

Overall Size

Volume

12’x12’ Surfaces

Circulation

Vegetated

Sunligth

TOP VIEW UNFOLD

12’

24’

12’

X Original Pyramid 3’ x 3’

24’ 3’

Side Walls 1/2 Size of Roof dimension

24’

SIDE WALL

SIDE WALL

ROOF

12’

8 even pieces of 12’ x 12’

3’

Modular pieces of 3’ x 3’

3’

3’ 1’6”

2 Walls = Roof Overall Size

Subdived

AXO

PRIMARY STRUCTURE

SKIN ANALYSIS

12’

12’

12’

12’

SIDE WALL

ROOF

ROOF

SIDE WALL

SIDE WALL

ROOF

ROOF

SIDE WALL

6’

9’

Assembly Process of a Single Frame x8

01

12’

3’

02

12’ 3’

Group of 4 Trusses x4

03

OUTER SKIN

DESIGN RULES

XX Combined Pyramid 3’ x 6’ Composed of 2 Pyramids

X Original Pyramid 3’ x 3’

3’

XXX Combined Pyramid 3’ x 9’ Composed of 3 Pyramids

3’

A

ABCD ABCE ABCF ABCG ABDC ABDE ABDF ABDG ABEC ABED ABEF ABEG ABFC ABFD ABFE ABFG ABGC ABGD ABGE ABGF

ACBD ACBE ACBF ACBG ACDB ACDE ACDF ACDG ACEB ACED ACEF ACEG ACFB ACFD ACFE ACFG ACGB ACGD ACGE ACGF

ADBC ADBE ADBF ADBG ADCB ADCE ADCF ADCG ADEB ADEC ADEF ADEG ADFB ADFC ADFE ADFG ADGB ADGC ADGE ADGF

AEBC AEBD AEBF AEBG AECB AECD AECF AECG AEDB AEDC AEDF AEDG AEFB AEFC AEFD AEFG AEGB AEGC AEGD AEGF

AFBC AFBD AFBE AFBG AFCB AFCD AFCE AFCG AFDB AFDC AFDE AFDG AFEB AFEC AFED AFEG AFGB AFGC AFGD AFGE

AGBC AGBD AGBE AGBF AGCB AGCD AGCE AGCF AGDB AGDC AGDE AGDF AGEB AGEC AGED AGEF AGFB AGFC AGFD AGFE

B

BACD BACE BACF BACG BADC BADE BADF BADG BAEC BAED BAEF BAEG BAFC BAFD BAFE BAFG BAGC BAGD BAGE BAGF

BCAD BCAE BCAF BCAG BCDA BCDE BCDF BCDG BCEA BCED BCEF BCEG BCFA BCFD BCFE BCFG BCGA BCGD BCGE BCGF

BDAC BDAE BDAF BDAG BDCA BDCE BDCF BDCG BDEA BDEC BDEF BDEG BDFA BDFC BDFE BDFG BDGA BDGC BDGE BDGF

BEAC BEAD BEAF BEAG BECA BECD BECF BECG BEDA BEDC BEDF BEDG BEFA BEFC BEFD BEFG BEGA BEGC BEGD BEGF

BFAC BFAD BFAE BFAG BFCA BFCD BFCE BFCG BFDA BFDC BFDE BFDG BFEA BFEC BFED BFEG BFGA BFGC BFGD BFGE

BGAC BGAD BGAE BGAF BGCA BGCD BGCE BGCF BGDA BGDC BGDE BGDF BGEA BGEC BGED BGEF BGFA BGFC BGFD BGFE

C

CABD CABE CABF CABG CADB CADE CADF CADG CAEB CAED CAEF CAEG CAFB CAFD CAFE CAFG CAGB CAGD CAGE CAGF

CBAD CBAE CBAF CBAG CBDA CBDE CBDF CBDG CBEA CBED CBEF CBEG CBFA CBFD CBFE CBFG CBGA CBGD CBGE CBGF

CDAB CDAE CDAF CDAG CDBA CDBE CDBF CDBG CDEA CDEB CDEF CDEG CDFA CDFB CDFE CDFG CDGA CDGB CDGE CDGF

CEAB CEAD CEAF CEAG CEBA CEBD CEBF CEBG CEDA CEDB CEDF CEDG CEFA CEFB CEFD CEFG CEGA CEGB CEGD CEGF

CFAB CFAD CFAE CFAG CFBA CFBD CFBE CFBG CFDA CFDB CFDE CFDG CFEA CFEB CFED CFEG CFGA CFGB CFGD CFGE

CGAB CGAD CGAE CGAF CGBA CGBD CGBE CGBF CGDA CGDB CGDE CGDF CGEA CGEB CGED CGEF CGFA CGFB CGFD CGFE

D

DABC DABE DABF DABG DACB DACE DACF DACG DAEB DAEC DAEF DAEG DAFB DAFC DAFE DAFG DAGB DAGC DAGE DAGF

DBAC DBAE DBAF DBAG DBCA DBCE DBCF DBCG DBEA DBEC DBEF DBEG DBFA DBFC DBFE DBFG DBGA DBGC DBGE DBGF

DCAB DCAE DCAF DCAG DCBA DCBE DCBF DCBG DCEA DCEB DCEF DCEG DCFA DCFB DCFE DCFG DCGA DCGB DCGE DCGF

DEAB DEAC DEAF DEAG DEBA DEBC DEBF DEBG DECA DECB DECF DECG DEFA DEFB DEFC DEFG DEGA DEGB DEGC DEGF

DFAB DFAC DFAE DFAG DFBA DFBC DFBE DFBG DFCA DFCB DFCE DFCG DFEA DFEB DFEC DFEG DFGA DFGB DFGC DFGE

DGAB DGAC DGAE DGAF DGBA DGBC DGBE DGBF DGCA DGCB DGCE DGCF DGEA DGEB DGEC DGEF DGFA DGFB DGFC DGFE

3’

3’

6’

9’

E

EABC EABD EABF EABG EACB EACD EACF EACG EADB EADC EADF EADG EAFB EAFC EAFD EAFG EAGB EAGC EAGD EAGF

EBAC EBAD EBAF EBAG EBCA EBCD EBCF EBCG EBDA EBDC EBDF EBDG EBFA EBFC EBFD EBFG EBGA EBGC EBGD EBGF

ECAB ECAD ECAF ECAG ECBA ECBD ECBF ECBG ECDA ECDB ECDF ECDG ECFA ECFB ECFD ECFG ECGA ECGB ECGD ECGF

EDAB EDAC EDAF EDAG EDBA EDBC EDBF EDBG EDCA EDCB EDCF EDCG EDFA EDFB EDFC EDFG EDGA EDGB EDGC EDGF

EFAB EFAC EFAD EFAG EFBA EFBC EFBD EFBG EFCA EFCB EFCD EFCG EFDA EFDB EFDC EFDG EFGA EFGB EFGC EFGD

EGAB EGAC EGAD EGAF EGBA EGBC EGBD EGBF EGCA EGCB EGCD EGCF EGDA EGDB EGDC EGDF EGFA EGFB EGFC EGFD

F

FABC FABD FABE FABG FACB FACD FACE FACG FADB FADC FADE FADG FAEB FAEC FAED FAEG FAGB FAGC FAGD FAGE

FBAC FBAD FBAE FBAG FBCA FBCD FBCE FBCG FBDA FBDC FBDE FBDG FBEA FBEC FBED FBEG FBGA FBGC FBGD FBGE

FCAB FCAD FCAE FCAG FCBA FCBD FCBE FCBG FCDA FCDB FCDE FCDG FCEA FCEB FCED FCEG FCGA FCGB FCGD FCGE

FDAB FDAC FDAE FDAG FDBA FDBC FDBE FDBG FDCA FDCB FDCE FDCG FDEA FDEB FDEC FDEG FDGA FDGB FDGC FDGE

FEAB FEAC FEAD FEAG FEBA FEBC FEBD FEBG FECA FECB FECD FECG FEDA FEDB FEDC FEDG FEGA FEGB FEGC FEGD

FGAB FGAC FGAD FGAE FGBA FGBC FGBD FGBE FGCA FGCB FGCD FGCE FGDA FGDB FGDC FGDE FGEA FGEB FGEC FGED

G

GABC GABD GABE GABF GACB GACD GACE GACF GADB GADC GADE GADF GAEB GAEC GAED GAEF GAFB GAFC GAFD GAFE

GBAC GBAD GBAE GBAF GBCA GBCD GBCE GBCF GBDA GBDC GBDE GBDF GBEA GBEC GBED GBEF GBFA GBFC GBFD GBFE

GCAB GCAD GCAE GCAF GCBA GCBD GCBE GCBF GCDA GCDB GCDE GCDF GCEA GCEB GCED GCEF GCFA GCFB GCFD GCFE

GDAB GDAC GDAE GDAF GDBA GDBC GDBE GDBF GDCA GDCB GDCE GDCF GDEA GDEB GDEC GDEF GDFA GDFB GDFC GDFE

GEAB GEAC GEAD GEAF GEBA GEBC GEBD GEBF GECA GECB GECD GECF GEDA GEDB GEDC GEDF GEFA GEFB GEFC GEFD

GFAB GFAC GFAD GFAE GFBA GFBC GFBD GFBE GFCA GFCB GFCD GFCE GFDA GFDB GFDC GFDE GFEA GFEB GFEC GFED

Automatically Eliminated.

Combination of DIFFERENT Pyramids should create Skin of 12’

3 Catagories

X

XX XXX

7 Possible Combinations to obtain 12’ A B C D

X X X X

X X

XX XX

E F

X XX XXX

X

XX

XX

XXX

G

Combination of 12’

X X

SUM OF EACH PYRAMID LENGTH

X + X + X + X = 12' X + X + XX = 12’ X + XX + X = 12’ X + XXX = 12’

X

XX + XX = 12’ XX + X + X

X

XXX + X = 12’

= 12’

12’

6’ + 6’ = 12’ 6’ + 3' + 3' = 12’

3’ 3’

9’ + 3’ = 12’

3’

02. Each group should contain atleast 1 combination from the categories (3 catagories) 03. Combinations from same Caterogies touching each other is NOT ALLOWED

x4

04. CAN’T TOUCH if they are a reflecition of each other. Even though D & G or B & F are in different categories they are a reflection of each other which affect the design of the entire group. They can be in the group but can’t be touching.

XX A

E

B

F

D

3' 3’ 3’ 3’

01. Any combination containing A & E are automatically eliminated.

Group of 4 Trusses w/ Skin Pattern

C

3' + 3' + 3' + 3' = 12' 3’ + 3’ + 6’ = 12’ 3’ + 6’ + 3’ = 12’ 3’ + 9’ = 12’

RULES TO FOLLOW

3’

X

WIDTH STAY'S THE SAME

05. A single group CAN’T be composed of only REFLECTIONS. Example no group should have D ,G , B & F. Ex.

XXX G

A & E automatically eliminated. CAN’T BE USED -Dont follow rule of combining DIFFERENT pyramids to create 12’ trusses - Any combination containing A&E are ELIMINATED

A

B

A

E

B/D

D

F

G A

B

F/G

G

G

A

A

B C

B

D

G

E

F

F

F

Rule 02

Rule 03

Rule 04

Rule 04

Rule 04

Rule 05

ALLOWED

NOT ALLOWED

NOT ALLOWED

NOT ALLOWED

NOT ALLOWED

ALLOWED

Automatically Eliminated.

BGCF

FCGB

BGFC

CFGB

CGDF

FDGC

CGFD

DFGC

COMBINATIONS

ROOF VS WALL

ROOF ANALYSIS

BGCF

FCGB

BGFC

CFGB

CGDF

FDGC

CGFD

DFGC

X

XX

XXX

= 9 Sq Ft. of Sunligth

3’

Translucent (SunLigth)

3’

Vegetated Grid for plant to attach

Vegetated 3d Print Planter will attach to this panels

= 18 Sq Ft. of Vegetated Area

3’ 6’

Grid = 27 Sq Ft. of Vegetated Area

3’

WALL ANALYSIS

Each group (combination) offer 9 sq ft. extra of sunligth on Roof surface by having 7 (3’ x 3’) instead of 6. Which are translucent in order to allow light into the structure

Each group (combination) offer 9 sq ft. extra of Vegetated surface for Side Walls. By having 6 (3’ x 3’) instead of 7.

Group

Group

7 x 9’ = 63 Sq. Ft. of sunlight (43.75 %) on each group

4 groups of 12’ x 12’ = 144 sq ft.

144 - 63 = 81 Sq. Ft of Vegetated surface (56. 25 %) on each group

Trasnlucent panels in each group: 7 = each 3’ x 3’ 9’ Sq Ft. each panel

6 x 9’ = 54 Sq. Ft. of sunlight (37.5 %)

4 groups of 12’ x 12’ = 144 sq ft.

144 - 54 = 90 Sq. Ft of Vegetated surface (62.5 %) on each group

Trasnlucent panels in each group: 6 = each 3’ x 3’ 9’ Sq Ft. each panel

9’ Planters

R1

R2

W2

W1 C

D

G

F

F

C

D

G

B

C

F

B

G

G

C

G

C

F

G

C

F

D

B

F

B

C

F

C

F

D

G

G

F

D

F

C

F

C

F

G

G

G

G

G

F

C

B

C

B

B

C

D

R3

Possible Combination

W3

R4

12 34

21 34

31 24

41 23

Possible Combination

W4

1 2

2 1

3 1

4 1

C

D

12 43

21 43

31 42

41 32

1 3

2 3

3 2

4 2

G

F

13 24

23 14

32 14

42 13

1 4

2 4

3 4

4 3

D

G C

23 41

32 41

42 31

F

13 42 14 23

24 13

34 12

43 12

14 32

24 31

34 21

43 21

TRANSLUCENT VS VEGETATED

ROOF ANALYSIS

COMBINATIONS

R1

24’

Shaded Area in the middle becomes floor plan circulation

ROOF

24’

12’

6’

6’

1 Subdive Surface

12’

i

12’

iii

iv

1

B

2

2

Grid to understand realtionship with each group

R4-1

B

G

G

C

F

F C

C F

F

C

G

C

G

C

G

C

C C

F F

B B

F F

B B

F C

C

F

C

G

C

G

F

G

G

G

G

F

G

F

G

B

B

B

B

C

B

C

F

F

F C

C F

F

C

41 23

12 43

21 43

31 42

41 32

13 24

23 14

32 14

42 13

13 42

23 41

32 41

42 31

14 23

24 13

34 12

43 12

14 32

24 31

34 21

43 21

24 Combinations using all 4 groups Completely Semitrical

1

2

3

4 Semitrical

2

1

2

4 Semitrical

3

1

C

B

F

G

F

G

C

G

C

F

F

C

G

C

G

C

F F

C C

C F

F C

B F

F B

B C

F B

C

F

C

F

C

G

F

G

G

G

G

G

G

F

G

B

B

C

B

B

B

B

4

3 Semitrical

1

3

4

3

2

3

4

2

3

2

C

C

B

F

G

F

F

G

C

C

G

F

G

G

F

G

F

F B

B F

C B

B F

B B

C F

B B

C C F

G

C

B

F

B

F

B

F

B B

F C

G

F

B

F

G

G

F

B B

C F

G

C

C

G

F

B

1

4

5

41 23

4

1

3

1

4

2

3

1

4

3

2

G

G B

1

3 Semitrical

4

2

B

C

B

C

C

B

F

F

G

F

F

G

C

C

G

F

G

G

F

G

F

F F

B B

C F

B B

B F

C B

B C

C B

C

G

C

G

C

G

F

G

G

F

G

C

G

C

G

C

B

F

B

F

B

B

4

2 Semitrical

1

4

4

1

2

4

4

1

3

4

G

C

3

1

4

3

F

F

B

F

C

F

F

G

C

G

C

F

C

C

F

C

G

F

G

G

G

G

G

F B

B C

C B

B C

B B

B B

B B

B B

G

F

G

F

G

G

G

G

F

G

C

G

C

F

C

B

F

B

F

C

F

C

2

3

1

4

1

3

2

4

1

2

3

4

C

F C

1

2 Semitrical

4

3

C

F

B

F

C

F

F

G

C

G

C

F

C

C

C

G

F

G

G

G

G

G

F C

B B

C C

B B

B B

B B

B B

B B

F

G

F

G

G

G

G

G

G

F

G

C

F

C

F

C

B

C

B

F

C

F

C

B

6

2

B

G

B

Combinations to Analyze

32 14

C

B

4

2

B

C

C

4

C

F

G

Reflection of each other

2

C

G

2

F

3

G

C

3

B

B

G

C

R3-3

1

B

G

3

4

B

G

G

2

3

B

C

B

2

G

C

C

31 24

4

G

B

21 34

3

G

B

B

C

C

G

1

G

G

G

F

3

4

F

F

G

G

G

G

12 34

1

G

G

4

R4 3

B

C

B

F

3

1

1

C

F

4 GROUPS THAT CAN BE REARRANGE TO FIND BEST ROOF PATTERN THAT IS ABLE TO CAPTURE THE MAXIMUM AMOUNT OF SUNLIGHT

4

2

B

B

Final Roof combination

2

B

B

ii

R3

R2 1

B

B

3

2

3

1 Semitrical

2

1Semitrical

F

2

1

F

WALL ANALYSIS

C

F

C

C

G

F

C

G

D D

G C

C C

D C

G

C

F

G

G

G

C

F

F

F

B B

F C

G

D

D

D

G

F

F

G

D

2

1 Semitrical

D

G

G

F

F

C

F

C

G

F

D D

G D

C D

D D

F

F

F

F

G

G

C

C

G

C

2

G

F

C

F

C

G

F

D G

G G

C G

D D

C

C

C

F

F

F

F

G

D

D

D

D F

F

C

D D

G G

G

F

C

C

G

F

F

C

D

4

1 2

2 1

3 1

4 1

1 3

2 3

3 2

4 2

1 4

2 4

3 4

4 3

2

D

D

4

4

4 Semitrical

4

R4-1

1

D

C

G

F

G

C

G

D C

B B

F C

C D

G

G

F

F

F

F

G

C

D

C

B

G

B

C

D

1 2

C

2

3

3

2

F

F

G

G

C

G

F

F

G D

B B

C F

D G

F

G

C

C

G

C

G

F

C

F

B

D

3

1

R3-3

4

2 Semitrical

2

3

B

Circulation

4

C

4

B

F

C

Floor is based on roof pattern

G

F

G

3

1

4

C

2

G

C

1

1’ - 6”

1

1

3’ - 0”

2

=

3’ - 0”

1

B

F

Semitrical

iv

FLOOR

F

C

iii

1

3’ - 0”

ii

F

4

3

2

1

3’ - 0”

i

R4-1

4

3’ - 0”

12’

G

G

C

12’

D

3’ - 0”

SIDE WALL

2

3’ - 0”

SIDE WALL

D

4

1’ - 6”

24’

12’

1

24’ - 0”

12’

FLOOR ANALYSIS CIRCUALTION VS SEATING

VEGETATED SURFACE

24’ - 0”

Seating

1’ - 6”

3’ - 0”

3’ - 0”

3’ - 0”

3’ - 0”

24’ - 0”

3’ - 0”

3’ - 0”

3’ - 0”

1’ - 6”

MUTABLE SYNTHESIS FLOOR PLAN

24’ - 0”

MUTABLE SYNTHEIS

INSIDE ENVIRONMENT

INSIDE ENVIRONMENT

MUTABLE SYNTHEIS

VEGETATED SKIN

AXONOMETRIC

CONSTRUCTION

ASSEMBLY

DETAIL

1.5" 14 gauge carbon steel tubing 1.5" OD with .083" wall thickness. Alloy: ASTM A51 Steel Purling for connection 3/16” steel plate Steel Clips for panels

3/8” High quality AR1 UV abrasion resistant polycarbonate sheet panel

3/16” steel plate 1.5" 14 gauge carbon steel tubing 1.5" OD with .083" wall thickness. Alloy: ASTM A51

Steel Clips for panels 2 in. x 3/8 in. x 36 in. Plain Flat Bar 5 in. x 16 ft. White K-Style Aluminum Gutter

3D Printed Planter will be attached to grid panel in order to grow plants which will spread accross structure

1.5" 14 gauge carbon steel tubing 1.5" OD with .083" wall thickness. Alloy: ASTM A51

3” Solid Nodes Balls Steel

3/16” steel plate

Boston Ivy

Mature Size: Up to 50 feet Hardiness Zone: 4-8Light: Full sun to part shade Water: Low water needs Soil: Well-draining Special Features: Bright fall foliage

1.5" 14 gauge carbon steel tubing 1.5" OD with .083" wall thickness. Alloy: ASTM A51

3” Solid Nodes Balls Steel

3/16” steel plate

CONSTRUCTION

ASSEMBLY

DETAIL

2 in. x 3/8 in. x 36 in. Plain Flat Bar 5 in. x 16 ft. White K-Style Aluminum Gutter

Steel Clips for panels Steel Purling for connection 3” Solid Nodes Balls Steel 1.5" 14 gauge carbon steel tubing 1.5" OD with .083" wall thickness. Alloy: ASTM A51

Steel Purling for connection 3/16” steel plate 3/8” High quality AR1 UV abrasion resistant polycarbonate sheet panel

3/8” High quality AR1 UV abrasion resistant polycarbonate sheet panel Custom Connector 3x3x 1/8”steel plate 3/16” steel plate

2 in. x 3/8 in. x 36 in. Plain Flat Bar Steel Purling for connection 3” Solid Nodes Balls Steel 1.5" 14 gauge carbon steel tubing 1.5" OD with .083" wall thickness. Alloy: ASTM A51

3/8” High quality AR1 UV abrasion resistant polycarbonate sheet panel

3/16” Steel Plate

1 X 1 X 1/8 A-36 Steel Angle Aluminum Solid Sheet Metal

3/16” steel plate

2 in. x 3/8 in. x 36 in. Plain Flat Bar Steel Purling for connection 1.5" 14 gauge carbon steel tubing 1.5" OD with .083" wall thickness. Alloy: ASTM A51

MACKENZIE GLASS SPA Type: Spa Professor: S. Haq Location: Lubbock, TX The project’s symmetrical design concept creates a unique structure and utilizes mainly steel and concrete, providing a contrast in the site. The form of the building is divided into elements adjusted to the needs of the functional zones. A rectangular courtyard is carved in the center of intersecting floors, allowing the sun to shower each floor with light. The whole complex is opened up by glazing the individual blocks, allowing the occupants to enjoy the charming view of nature around the area.

Site Images

Lubbock, Tx

History

MACKENZIE STATE RECREATION AREA. Mackenzie State Recreation Area, located in the northeast portion of Lubbock and named for Gen. Ranald S. Mackenzie, is a 542-acre park offering a variety of recreational activities. By 1924 city developers had acquired 138 acres in this area of Yellow House Canyon, at which two upper tributaries of the Brazos River merge, as Lubbock's first city-county park

Lubbock, Tx

Concept

01 CENTER CORE

04

PRIORITY POINTS

02

CIRCULATION

05

MASS SHAPE

03

SUNLIGTH PENETRATION

05

FINAL CONCEPT DESIGN

Lubbock, Tx

Diagrams

EGRESS EXITS

ELEVATOR 2ND TO 4TH FLOOR

VERTICAL CIRCULATION DIAGRAM

VIEW DIAGRAM

CENTER CORE

E

AIR CIRCULATION DIAGRAM

SUNLIGHT DIAGRAM

DRY ZONE W WET ZONE

WELLNESS CENTER LOBBY/ CAFE

GREEN AREA DIAGRAM

PROGRAM DIAGRAM

Floor Plans

Lubbock, Tx

12l

UP DN

13m

14n

ROOF PLAN

05

ROOF FLOOR 1/8” - 1’-0”

N

SPA PLAN

04

10j

8h

15o

11k

9i

14n

FOURTH FLOOR (Dry Zone) 1/8” - 1’-0” 1a. Reception 2b. Staff Room 3c. Men Vapor Room 4d. Men Changing Area/ Lockers 5e. Men Restroom 6f. Men Spa Room 7g. Men Sauna 8h. Women Vapor Room 9i. Women Changing Area/ Lockers 10j. Women Restroom 11k. Mechanical Room 12l. Plumbing 13m.Outdoor Space N 14n. Women Spa Room 15o. Women Sauna

DN UP

DN

1a 4d

2b

2b

6f

3c

7g

e

5

6f 12l

DN

Lubbock, Tx

Floor Plans

16p UP

18r

10j

10j

10j

10j

2b.

2b.

9i

10j

UP

17q 15o

19s 12l

12l

14n 2b

UP

UP

DN

DN

DN

1a

13m 6f

11k

WETZONE PLAN

03

5e

4d

3c 13m

THIRD FLOOR (Wet Zone) 1/8” - 1’-0” 1a. Reception 2b. Storage 3c. Men Cold Bath 4d. Men Changing Area/ Lockers 5e. Men Showers 6f. Men Restroom 7g. Men Hot Bath 8h. Men Warm Bath 9i. Laundry Room 10j. Pump Room 11k. Mechanical Room 12l. Plumbing N 13m.Outdoor Space 14n.Women Cold Bath 15o.Women Changing Area/ Lockers 16p.Women Showers 17q.Women Restroom 18r. Women Hot Bath 19s. Women Warm Bath

DN

UP UP

6f

6f

2b

DN

12l

8h DN

7g

WELLNESS PLAN

02

11k 6f

7g

8h 6f

SECOND FLOOR (Wellness) 1/8” - 1’-0”

1a. Reception 2b. Staff Room 3c. Men Exam Room 4d. Men Changing Area/ Lockers 5e. Men Restroom 6f. Women Exam Room 7g. Women Changing Area/ Lockers 8h. Womens Restroom 9i. Exams Rooms (unisex) 10j. Office 11k. Mechanical Room N 12l. Plumbing 13m.Outdoor Space

2b.

1a

2b.

5e

4d

3c

3c

3c

UP UP

DN

9i

9i

9i

9i

3c

9i 12l

Lubbock, Tx

4d 5e

3c UP

6f 2b

GROUND PLAN

01

GROUND FLOOR 1/8” - 1’-0” 1a. Lounge 2b.Reception 3c. Cafe Bar 4d.Kitchen 5e. Outdoor Space 6f. Mechanical Room

UP

1a

N

EAST ELEVATION

Lubbock, Tx

Elevation/ Section

NORTH ELEVATION

TRANSVERSE SECTION

Perspective

Lubbock Tx

WOMENS THERMAL BATHS

Perspective

Lubbock, Tx

OUTDOOR SPACE/GARDEN

XYZ HOUSING Type: Housing Professor: P. Raab Location: New York XYZ System of construction: The design is based on building a set of bars that would be easy to assemble around the site. Segments can be quickly slotted together like puzzle pieces to assemble a building frame and easily dismantled, recycled, or reused at the end of the building's life. These bars are then combined to create the desired configuration, ranging from a single room to a large building. XYZ Timber Housing approaches and removes many of the difficulties associated with traditional construction, harnessing the accuracy, speed, and repeatability of offsite manufacture. At the same time, it reduces the scale and complexity of conventional offsite techniques, enabling the building shell to be assembled by people with limited skills and experience using only simple hand tools." This design is an approach to a sustainable model that would benefit not only the occupants but also its surrounding environment. Z

X

Z

XY

Y

AUTOMOBILE Heavy vs Light Traffic

PEDESTRIAN WALKWAYS

BIKE ROUTES

SITE CIRCULATION

SUN DIRECTION

COMMERCIAL

Site is currently designed as a community park. This park provides seating and playgrounds for the com munity. People cross the site in order to reach the other end of the block.

-

Site is hit by sunlight after 10:35 am. This is due to the fact that on the southeast a tall building is locat ed blocking the direct sunlight to be able to reach the site

-

Site is located within walking distance of several restaurants.

Z

X

Y

BUILDING AREA

MASS

X- BARS

Y- BARS

XYZ

Z- BARS

ADDITION

XYZ

PUSH/ PULL

FINAL FORM

UNDERGROUND

LOBBY/ REATIL/ POOL

GYM/ PLAYGROUND

1BR/STUDIO

2BR/ MICRO

PARKING

EGRESS ACCESS

THEATER/OFFICE

GALLERY/ EXIBITION HALL

TERRACES

W.

4T

HS

T.

W.

IO AT

R HO

ST.

4T

HS

T.

GANSEVOORT ST.

06

05

04

UP

UP

HUDSON ST.

W. 14th ST.

03

04 02

01

01

GROUND FLOOR 04. RETAIL/CAFE 01. MAILBOX 05. INDOOR POOL 02. GYM 03. BAKSETBALL COURT 06. LOBBY

HORATIO ST.

1/4

LVL 02

LVL 06

LVL 03

LVL 07

LVL 04

LVL 05

LVL 08

LVL 09

LVL 10

LVL 12

LVL 11

225 FT.

225 FT.

210 FT.

210 FT.

195 FT.

195 FT.

180 FT.

180 FT.

165 FT.

165 FT.

150 FT.

150 FT.

135 FT.

135 FT.

120 FT.

120 FT.

105 FT.

105 FT.

90 FT.

75 FT.

EXISTING BUILDING

60 FT.

LVL 15

60 FT.

45 FT.

45 FT.

30 FT.

30 FT.

15 FT.

15 FT.

- 20 FT.

- 20 FT.

- 40 FT.

LVL 14

EXISTING BUILDING

90 FT.

75 FT.

EXISTING BUILDING

LVL 13

TRANSVERSE SECTION

- 40 FT.

LONGITUDINAL SECTION

UNDERGRAD WORK

CASA JARDIN Type: Housing Professor: R.Perl Location: Albuquerque, NM

The project’s symmetrical design concept creates a unique structure and utilizes mainly steel and concrete, providing a contrast in the site. The form of the building is divided into elements adjusted to the needs of the functional zones. A rectangular courtyard is carved in the center of intersecting floors, allowing the sun to shower each floor with light. The whole complex is opened up by glazing the individual blocks, allowing the occupants to enjoy the charming view of nature around the area.

CASA JARDIN Site Images

Albuquerque, NM

The one-of-a-kind character of Albuquerque is the result of many different forces, perhaps none as important as the centuries of history that have shaped the city. Starting with the Native Americans who have lived here for thousands of years, and continuing through Albuquerque's official founding in 1706, the city has grown into a multicultural metropolis of nearly a million people. While the modern city of Albuquerque is a center of high-tech industry and research, it retains vital connections to the past, such as the ancient rock carvings at Petroglyph National Monument, the historic Old Town Plaza and the trail of vintage neon signs along Route 66.

Albuquerque, NM

Site Analysis

Residential

Commercial

Light Industry

Albuquerque, NM

Map

No Parking

Driveway

Attached Garage

Retail Space

Studio Unit

1B/1B Unit

2B/2B Unit

Retail space located on the corner of Central Ave. to provide access to pedestrians

Studio units located on the West side to provide students access to the bus stop

Placed on the center of the site to give access to the elderly residents to the central open space

This family units are placed on the north area where less traffic is access. Separating them from single and elderly residents.

Site Plan

N

SITE PLAN

Albuquerque, NM

Albuquerque, NM

2 Bedroom Apt

Second Floor

Ground Floor

01 Mass

02 Divisiojn of equal units

03 Final Shape -2 units w/garage -2 withoout garage

04 Green Private Areas For Residents -Above Garage -3rd floor access to open space

Third Floor

Section

Albuquerque, NM

1 Bedroom Apt.

Second Floor

Ground Floor

01 Mass

02 Divisiojn of equal units

03 Final Shape 1 bedroom no garage

04 Green Private Areas For Residents -roof top garden area

Section

Albuquerque, NM

Studio Apt

Ground Floor

01 Mass

02 Divisiojn of equal units

Second Floor

03 Final Shape STUIDO w/garage

04 Green Private Areas For Residents -roof top garden area

Section

Perspective

Albuquerque, NM

Perspective

Albuquerque, NM

JEFFERSON URBAN PLAZA Type: Urban Plaza Professor: M. Abusalim Location: Harlingen, TX Jefferson Urban Plaza is located in the core area of the Harlingen district’s Northestern zone. The vibrant and developing district is popular with millennials that have an appreciation for design and a unique pursuit for a high end modern living environment. The landscape design vision was forged on the principle of providing residents with the diverse and dynamic experience of modern urban living within a singular location, offering a reflection of urban environments and offered activities for all ages, all structured to encourage social and community connectivity, as places to come together. By creating a bike stop which provides the residents of Harlingen with the oportunity to rent or fix their bicicles.

Site Images

Harlingen. Tx

History

Harlingen is a city in Cameron County in the central region of the Rio Grande Valley of the southern part of the U.S. state of Texas, about 30 miles from the coast of the Gulf of Mexico. The city covers more than 40 square miles and is the second-largest city in Cameron County, as well as the fourth-largest in the Rio Grande Valley. As of the 2010 census, the city had a population of 64,849, for a growth rate of 12.5% since the 2000 census. It is the city with the lowest cost of living in the United States.

Harlingen. Tx

Site Plan

South 1st St.

Jefferson St. N

South A St.

Perspective

Harlingen. Tx

Harlingen. Tx

Pavillion Structure

Back View

Iso View

Side View

Front View

Top View

Harlingen. Tx

Bike Stop Structure

Back View

Iso View

Side View

Front View

Top View

Sections

SECTION A

SECTION B

Harlingen. Tx

Sections

SECTION C

SECTION D

Harlingen. Tx

Perspective

Harlingen. Tx

Perspective

Harlingen. Tx

CHAMIZAL CULTURAL CENTER Type: Cultural Center Professor: D. Driskill Location: El Paso, TX The site is located at the Chamizal park which is in the border between Mexico. Therefore, we conceive a building with internal density that is paradoxically dominated by interior voids which also shapes the circulation throughout the building. By internalizing the urban experience, users can explore various open space which are connected public stairs, gathering spaces and galleries.

Site Images

El Paso, Tx

History

Chamizal National Memorial provides visitors with ample opportunity to better understand not only other cultures, but their own cultural roots as well. The Chamizal Treaty of 1963 was a milestone in diplomatic relations between Mexico and the United States. Chamizal National Memorial was established to commemorate this treaty which resulted in the peaceful settlement of a century-long boundary dispute between the neighboring countries. Far more than mere acreage, Chamizal is an idea, a dynamic process dedicated to furthering the spirit of understanding and goodwill between two nations that share one border. Chamizal National Memorial serves as an open door to increase visitor awareness to continually value cooperation, diplomacy, and cultural values as a basic means to conflict resolution.

El Paso, Tx

Site Analysis

An estimated one-tenth of the human population derive their life-support directly from mountains. Yet, mountains are important not only for their inhabitants, but for millions of people living in lowlands. At the global scale, mountains' greatest value may be as sources of all the world's major rivers, and many smaller ones. Mountains play a critical role in the water cycle by capturing moisture from air masses; when this precipitation falls as snow, it is stored until it melts in the spring and summer, providing essential water for settlements, agriculture and industries downstream - often during the period of lowest rainfall. In semi-arid and arid regions, over 90 percent of river flow comes from the mountains. DENALI NATIONAL PARK, ALASKA, USA 6,194M (20,320 FT)

MOUNT LOGAN -KLUANE NATION PARK, YUKON, CANADA 5,959M (20,320 FT) MOUNT ST. ELIAS - ALASKA/YUKON BORDER 5,489 M ( 18,008 FT)

HIGEST POINTS IN NORTH AMERICA 1. DENALI NATIONAL PARK, ALASKA, USA 6,194M (20,320 FT) 2. MOUNT LOGAN -KLUANE NATION PARK, YUKON, CANADA 5,959M M (20,320 FT) 3. MOUNT LOGAN -KLUANE NATION PARK, YUKON, CANADA 5,959M M (20,320 FT) 4. MOUNT ST. ELIAS - ALASKA/YUKON BORDER 5,489 M ( 18,008 FT)

MOUNT ORIZABA VERAZRUZPUEBLA, MEXICO 5,636M M (18,491 FT)

5. MOUNT POPOCATEPETL MEXICO CITY, MEXICO 5,426M M (17,802 FT)

MOUNT POPOCATEPETL MEXICO CITY, MEXICO 5,426M M (17,802 FT)

The Franklin Mountains of Texas are a small range (23 miles long, 3 miles (4.8 km) wide) that extend from El Paso, Texas north into New Mexico.[1] The Franklins were formed due to crustal extension related to the Cenozoic Rio Grande rift. Although the present topography of the range and adjoining basins is controlled by extension during rifting in the last 10 million years, faults within the range also record deformation during the Laramide orogeny, between 85 and 45 million years ago.

El Paso, Tx

Site Plan

5227 FT 5200 FT

5100 FT 5000 FT 4900 FT 4800 FT

4700 FT 4600 FT 4500 FT 4400 FT 4300 FT 4200 FT

4100 FT

4000 FT

3900 FT

3800 FT

3700 FT

4700 FT 4600 FT 4500 FT

4400 FT 4300 FT 4200 FT

4100 FT

4000 FT

3900 FT

3800 FT

3700 FT

3700 FT

3800 FT

4000 FT

3900 FT

4400 FT 4300 FT 4200 FT

4100 FT

4800 FT

4500 FT

5100 FT 5000 FT 4900 FT

4700 FT 4600 FT

5227 FT 5200 FT

Site

Connecting the site to the Mountains located in the northern region of el Paso it gave a better understnading how the ground is not a surface to step but to use as reference when placing the structure. By creating a grid of the topography the

El Paso, Tx

Program

EVENT SPACE: ticket office / booth - 400sf

REQUIRED SPACES: general building storage - 600sf

REQUIRED SPACES: electrical room - 400sf

50’ x 8’

50’ x 24’ REQUIRED SPACES: mechanical room - 1200sf

50’ x 25’ EVENT SPACE: lobby - 1250sf

50’ x 60’ EVENT SPACE: lg event / gallery - 3000sf

50’ x 12’

50’ x 24’ FREE SPACE: entry/exit - 1200sf

50’ x 8’

50’ x 75’ EVENT SPACE: THEATRE - 3750sf

GROUND LVL/ THEATER 50’ x 100’ FREE SPACE: exterior plaza - 5000sf

50’ x 6.4’

EVENT SPACE: ticket office / booth - 400sf

EVENT SPACE: conference rooms - 400sf

50’ x 8’

x 8’ 50’50’ x 9.6’

SECURITY + ADMINISTRATIVE: employee shared area - 1040sf

50’ x 20.8’

REQUIRED SPACES: electrical room - 400sf

50’ x 25’ EVENT SPACE: lobby - 1250sf

Modify Space

REQUIRED SPACES: fire stairs - 320sf

50’ x 2.6’ REQUIRED SPACES: elevator - 130sf

50’ x 30’ EVENT SPACE: sm event / gallery - 1500sf

LEVEL 2

1. Restrooms 2. Lockers 3. Theater

Basement Plan

50’ x 8’ 50’ x 8’

50’ x 24’

REQUIRED SPACES: service/receiving area - 700sf

50’ x 10’

50’ x 6.4’

50’ x 2.6’

50’ x 14’ Modify Space

REQUIRED SPACES: trash area - 400sf

REQUIRED SPACES: mechanical room - 1200sf

REQUIRED SPACES: loading/service area - 500sf

50’ x 24’

50’ x 24’

SECURITY + ADMINISTRATIVE: office area - 1200sf

FREE SPACE: entry/exit - 1200sf

REQUIRED SPACES: elevator - 130sf

REQUIRED SPACES: fire stairs - 320sf

50’ x 45’ FREE SPACE: retail - 2250sf

50’ x 2.6’

50’ x 36’ FREE SPACE: dining area (food kiosk) - 1800sf

REQUIRED SPACES: elevator - 130sf

50’ x 60’ FREE SPACE: dining (fixed/open seating) - 3000sf

GROUND LVL

El Paso. Tx

Plans

1. Lobby 2. Restroom 3. Gallery 4.. Gathering Area 5.Mechanical room

Ground Floor

1. Dinning 2. Retail 3. Gallery

Second Floor

El Paso. Tx

Plans

1. Event Space 2. Restroom 3. Gallery 4. Gathering Area

Third Floor

1. Open Space (exterior)

Fouth Floor

Sections

Section A

Section B

El Paso, Tx

Section AA

Perspective

El Paso. Tx

CHAMIZAL CULTURAL CENTER Perspective

El Paso. Tx

LLANO GRANDE BIRD WATCH Type: Bird Watch Professor: M. Abusalim Location: Llano Grande The most precious parts of Llano Grande is under conservation and managed by the regional authority for environmental protection, but also function as pasture land for a conventional farm with livestock and grass production. Here, consideration for agriculture, environmental protection and public outdoor life interests are all crucial, and as a way of making the richness of the area more accessible, a system of paths and a new bird observatory has been created.

Site Images

Llano Grande, Tx

History

Importance of birds in Nature: Birds are part of nature. They contribute to the ecosystem and environment. They are helpful in following ways to nature. 1. Food chain: Birds are part of food chain. They are carnivores here. They keep a check on the overpopulation of rodents, insects and even snakes Birds are unique living beings with their ability to fly. There are many types of birds and we see only a few of them around the place of human residence. The importance of birds seems minimal due to technological advancement and current lifestyle. Many of us do not get time even to see them on a daily basis or at least once in a week. Some of the birds are reared for humans use while others are indirectly helpful to humans. They form a part of the food chain in the ecosystem and are a part of nature.

Site Images

Llano Grande, Tx

Estero Llano Grande State Park, the Weslaco wing of the World Birding Center, encompasses approximately 200 acres of restored wetlands and subtropical thorn-scrub forest. The park is located in the heart of the subtropical Lower Rio Grande Valley, a four-county area that has unmatched biotic diversity, documenting 512 species of birds, over 300 species of butterflies and over 1,100 species of plants.

Month Migration

Llano Grande, Tx

Llano Grande. Tx

Micro Map

.. . . ... .. .. . .. . . . ........ ... .. . . . .. .... .. . ..... ....... .. . ...... . . . . .... . .............. . .

. ................ ........ . ... .... .... ... . .. . . ...... .. ........... ........................... ..... . . ....... ... . ............. .............. ............ . .

.. ... . . . ... . .. .....

.. . .. .............. ... ... ... . .. . .

... ... . ... .

.. .. . ..... .. ...... ..

. ...... ...... .. .. .. . . . . .. . ... .. .. ... ...... .. ... .... .

... .. . .. ....... .. . . .. . . ... . ..

. . . ... . . ...

. .. .. . .. . ..... .....

Llano Grande, Tx

Type A Plans

First Floor

Ground Floor

SECTION C

Second Floor

Harlingen. Tx

Sections

SECTION A

SECTION B

Llano Grande, Tx

Type B Plans

C

C

C

B

B

B

A

A

A

First Floor

Ground Floor

Second Floor

C

C

C

B

B

B

A

A

A

Third Floor

Fouth Floor

Fifth Floor

OUTER SPACE Type: Re-Presentation Professor: R. Perl Location: Alburquerque, NM

Inspired by Bauhaus, this media elective course explores how digital media and physical material are used as instruments in a desing environment. Though the process of diagraming a dematerialized set of refrigerator photographs. By exploring and creating space and form by using diagrams and creating 3d modelings to create the final design .

Images

Poetics

Original pictures for diagrmaing and creation of the Outer Space design. The software used was form Z iehich s a computer-aided (CAD) design tool developed by AutoDesSys for all design fields that deal with the articulation of 3D spaces and forms and which is used for 3D modeling, drafting, animation and rendering.

Refrigerator

Poietics

Diagrams

Poetics

Analyzing and Exploring simple line drawings that would be then converted in to complex geomtry. Each drawing was then created into

Phase 01-05 Diagrams to find conceptual intersections for extrussions.

3D Modeling

Perspective

Poetics

Perspective

Poetics

Perpective

Poetics

Perspective

Poetics

DIGITAL WORK