ARCHITECTURE PORTFOLIO- CLAUDIA DIAZ

02 | 03ARCH. DESIGN PORTFOLIO

Florida Atlantic University School of ArchitectureClaudia M. Diaz Navarro

CLAUDIA M. DIAZ NAVARRO

Florida Atlantic University | School of Architecture & Design

Class of 2014

ADDRESS10131 W. SUNRISE BLVD #202 | PLANTATION, FL 33322

[954] 643-1402

[email protected]

TEL.

E-MAIL

02 | 03

TABLE OF CONTENTS

Sensorium: Fort Lauderdale Beach

Comprehensive Master Plan: Fort Lauderdale Beach

Ft. Lauderdale Beach Hotel & Aquarium complex

Organ Regeneration Lab

06

25

35

49

FAU School of Environmental Design

55

Fort Lauderdale Bike Hub Station

63

Analog Projects & Misc.

69

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D.S 10PROF. C. FENECK

AUTODESK REVIT 2014ADOBE PHOTOSHOP CS6ADOBE ILLUSTRATOR CS6

TEL.

SENSORIUM FORT LAUDERDALE BEACH

07 | 08

The program consists of an aquarium complex with a hotel, which offer dramatic experiences both inside and out : a controlled experience on the interior, emphasized by the rigidity of the plan and structure, and a more free experience vertically, both by the use of a stair / plaza and through the different leveled terraces on the hotel, which allow for the maximization of outdoor spaces.

BBIKE STATION

BBIKE STATION

BUS STOP

BUS STOP

BUS STOP

BBIKE STATION

Circulation & Transportation ModesVehicular Streets Pedestrian Only Streets Pedestrian Circulation A1A Bike Trail Bus Stops & Routes B-Cycle Stations

Plot A37,230 sq. ft

Plot B18,616 sq. ft

Plot M3,230 sq. ft

Plot G28,608 sq.

Plot K7,725 sq.

Residential

Hospitality

Retail & Commercial

Mixed Use: Retail / Parking

Mixed Use: Retail / Office

Mixed Use: Retail / Residential

Cultural/ Entertainment

Land Uses

Green Areas Important Views Noise

Green Areas / Views / Noise

Site Plan

01 02 03 04 05

SITE APPROACH SERIAL VISION

01 02 03 04

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01 02 03 04 05

SITE APPROACH SERIAL VISION

01 02 03 04

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UP

RETAIL

OFFICE

RETAIL

RETAIL

LOBBYRETAIL

STORAGEOFFICE

OFFICE

RETAIL

BOOKSTORE / CAFE

FREEZER

STORAGE

RETAIL

CINEMA LOBBY

RETAIL

RETAIL

RETAIL

KITCHEN

OFFICE

----

TAPAS BAR

RESTAURANT

RETAIL

LOADING

RETAIL

STO.

MARKET

STORAGE

WINE BAR

----

LEVEL 1 FLOOR PLAN1/64 = 1

It is through our lived body experience that we connect to places around us. this project aims to explore the experiential connection with the sites prime location by engaging the user in a kinesthetic and sensory experience of space, light and texture. floridas climate, and fort lauderdales varied entertainment areas, as well as proximity to the beach, retail and restaurant areas make this a prime location for tourists and residents alike.

The project aims to act as an extension of the adjacent beach by allowing users to interact with each other though sensory stimuli. this provides occupants with a feeling of belong-ing to the environment, and forms a strong memory of the space.

GROUND LEVEL PLAN

06 | 07

PIZZA BAR

CINEMA RESTAURANT

RESTAURANT

RESTAURANT

KITCHEN

KITCHEN

GALLERY

2ND LEVEL PLAN 3RD LEVEL PLAN

08 | 09

GYM

STUDIO UNIT

1 BR UNIT

1 BR UNIT

2 BR LOFT

4BR LOFT

----

REF.

REF.

REF.

REF.

2 BR UNIT

1 BR UNIT

STUDIO UNIT

STUDIO UNIT

1 BR UNIT

1 BR UNIT

----

STUDIO UNIT

1 BR UNIT

1 BR UNIT

2 BR UNIT

1 BR UNIT

3 BR LOFT

STUDIO UNIT

2 BR LOFT

3 BR. LOFT

4BR LOFT

----

13TH LEVEL14TH LEVEL

12TH LEVEL

MAIN TOWER LAYOUT SHIFT TO MAXIMIZE VIEWS

ARTICULATE TO ALLOW FOR MAX VIEWS OF IN-

TRACOASTAL

HEIGHT SHIFT TO MAX. 2 WAY

VIEWS

BREAK TO CREATE PUBLIC SPACES & TER-

RACES

INTERIOR COURTYARD TO SERVE AS GARDEN AND MAXIMIZE CON-

NECTIONS THORUGH UNIT FLOORS

STUDIO UNIT

1 BR UNIT

1 BR UNIT

2 BR UNIT

1 BR UNIT

3 BR LOFT

STUDIO UNIT

2 BR LOFT

3 BR. LOFT

3 BR LOFT

----

Ocean / Intercoastal View

Green Walk View

Studios

1 Bedroom

3 Bedroom

STUDIO UNIT

1 BR UNIT

1 BR UNIT

2 BR UNIT

1 BR UNIT

3 BR LOFT

STUDIO UNIT

2 BR LOFT

3 BR. LOFT

3 BR LOFT

----

Main Axis

Rendered Section- B

02 | 0315 | 16

MAIN TOWER LAYOUT SHIFT TO MAXIMIZE VIEWS

ARTICULATE TO ALLOW FOR MAX VIEWS OF IN-

TRACOASTAL

HEIGHT SHIFT TO MAX. 2 WAY

VIEWS

BREAK TO CREATE PUBLIC SPACES & TER-

RACES

INTERIOR COURTYARD TO SERVE AS GARDEN AND MAXIMIZE CON-

NECTIONS THORUGH UNIT FLOORS

STUDIO UNIT

1 BR UNIT

1 BR UNIT

2 BR UNIT

1 BR UNIT

3 BR LOFT

STUDIO UNIT

2 BR LOFT

3 BR. LOFT

3 BR LOFT

----

Ocean / Intercoastal View

Green Walk View

Studios

1 Bedroom

3 Bedroom

STUDIO UNIT

1 BR UNIT

1 BR UNIT

2 BR UNIT

1 BR UNIT

3 BR LOFT

STUDIO UNIT

2 BR LOFT

3 BR. LOFT

3 BR LOFT

----

Main Axis

10 | 11

PARAPET WALL

THERMAL INSULATION

AEREATION LAYER

RESERVOIR LAYER

SOIL

02 | 0312 | 13

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02 | 0323 | 2414 | 15

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D.S 9PROF. F. LYN


TEL.

COMPREHENSIVE MASTERPLAN FORT LAUDERDALE BEACH

Major Streets

Pedestrian Only

Pedestrian/ Bikes

A1A Bike Trail

Parkwalk Trail

Formal

Semi- Formal

Informal/ Casual

Existing

Proposed

18 | 19

Main Connection

Main Concept

Parkwalk Trail

Residential

Hospitality

Retail & Commercial

Mixed Use: Retail / Parking

Mixed Use: Retail / Office

Mixed Use: Retail / Residential

Cultural/ Entertainment

1

2

3

45

31 | 32

DN

Las Olas Blvd. perspective view.

Proposed Masterplan

The proposed Masterplan called for the implementation of different methods of interconectivity among specified anchor points across the area. The main pedestrian connection throught the area would be a boardwalk which, by adapting to the different conditions of the area it would intersect, would provide a lively and dynamic experience for residents and tourists alike.

The area was to be divided into three sectors. A formal sector, a semi-formal section, and a casual section. the formal section would consist of the closing of Banyan Rd for vehicle use and the implementation of retail storefront at the ground level and mixed use development at the upper levels throughout the lenght of the the road, finally culminating in a marina.

The more semi-formal area of Las Olas & A1A would consist of the closing of Almond Avenue for vehicular access (see Section B ) and the implementation of retail and cafes to serve the adjacent beach area. To the south of that main inter-section, a more casual area would be developed, which would include a gallery, a food truck area and a renovation of the

NORTH

10050 200

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South of Las Olas Blvd- Street Section

Almond Avenue- Street Section

Las Olas Boulevard - Street Section

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D.S 9PROF. F. LYN


TEL.

HOTEL & AQUARIUM COMPLEXFORT LAUDERDALE BEACH

DN

UP

UP

UP

DN

RETAIL

RETAIL

RETAIL

RETAIL

OFFICEDIRECTORS OFFICE

GIFT SHOP

MECHANICAL

LOBBY

AUDITORIUM STO.

RECEPTION / TICKET BOOTH

CORAL REEF EXHIBIT

RETAIL

RETAIL

DN

UP

UP

UP

DN

RETAIL

RETAIL

RETAIL

RETAIL


GIFT SHOP

MECHANICAL

LOBBY

AUDITORIUM STO.


CORAL REEF EXHIBIT

RETAIL

RETAIL

Rendered Section- A

The project was envisioned as a way to provide an anchor point to the beach area, able to be ac-cessed from the most important areas of the master-plan, such as almond ave. and the Las Olas Blvd transportation hub. Also, it aims to explore the relationship between the cultural activities of the area and its natural surroundings. The Fort Lauderdale Beach center is the result of a previous

master-plan study of the area. Based on that study, it was determined that the are was in need of some major mixed use development which could follow

the previously mentioned connections to the BeachWalk area.

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DN

DN

TERRACESHARK TANKS

GALLERY

AUDITORIUM

ENDANGEREDSPECIES EXHIBIT

JR SUITE

GUEST ROOM

JR. SUITE SERVICE ROOM

SUITE

GUEST ROOM

DN

UP

UP

UP

DN

RETAIL

RETAIL

RETAIL

RETAIL


GIFT SHOP

MECHANICAL

LOBBY

AUDITORIUM STO.


CORAL REEF EXHIBIT

RETAIL

RETAIL

UP

HOTEL LOBBY

TERRACE

CAFE / RESTAURANT

RECEPTION

OUTDOOR TANKS

ADMINISTRATION

DN

UP

UP

UP

DN

RETAIL

RETAIL

RETAIL

RETAIL


GIFT SHOP

MECHANICAL

LOBBY

AUDITORIUM STO.


CORAL REEF EXHIBIT

RETAIL

RETAIL

24 | 25First Level Plan 2nd Level 3rd Level 7th Level

DN

UP

UP

UP

DN

RETAIL

RETAIL

RETAIL

RETAIL


GIFT SHOP

MECHANICAL

LOBBY

AUDITORIUM STO.


CORAL REEF EXHIBIT

RETAIL

RETAIL

PROGRAMCIRCULATIONACCESIBILITY

STRUCTURAL DIAGRAM

The program consists of an aquarium complex with a hotel, which offer dramatic experiences both inside and out : a controlled experience on the interior, emphasized by the rigidity of the plan and structure, and a more free experience vertically, both by the use of a stair / plaza and through the different leveled terraces on the hotel, which allow for the maximization of outdoor spaces.

PROGRAMMING OUTLINE

TITTLE: FORT LAUDERDALE BEACH AQUARIUM AND OTEL COMPLEX

SITE: Corner of Las Olas and A1A (S. of Las Olas, E of Sea breeze)

CONCEPT: AQUARIUM & HOTEL COMPLEX

ATTEMPTS TO EXPLORE THE RELATIONSHIP BETWEEN CULTURAL ACTIVITIES AND THE SURROUNDING NATURAL ENVIRONMENT. BEACH ANCHOR POINT WHICH SERVES AS AN EXTENSION OF THE BEACH AT THE LOWER LEVELS, WHILE SIMULTANEOUSLY ALLOWING USERS TO EXPERIENCE THE SEA HORIZON FROM MULTIPLE LEVELS ABOVE.

PROGRAMMING OUTLINE

Department DGSF UNITS NSF Total (units x NSF)

Lobby / Reception 4375

Aquariums / exhibition space

19750 Lobby / Reception

Administration 1292.5 Lobby 1 1000 1000

Building Support 31452.5 Cafe / Restaurant 1 1800 1800

TOTAL DGSF 56870 Gift Shop 1 700 700

+ Circulation, MEP, BR ( 25%) 17061 Subtotal NSF -- 3500

73931 + Circulation ( 25%) 4375

Galleries / ExhibitionCoral Reef Exhibitions 1 1500 1500

1 700 700

Local Exhibition 1 1800 1800

1 500 500

Endangered Species 1 1200 1200

Auditorium 1 800 800

Gallery 1 2400 2400

Outdoor Petting Tanks 4 600 2400

Outdoor Terraces 3 1500 4500

Subtotal NSF -- 15800

+ Circulation ( 25%) 19750

Administration ce 1 257 257

ce 1 200 200

Sta 2 120 240

Meeting Rooms 1 207 207

Storage 1 130 130


+ Circulation ( 25%) 1292.5100

Building Support Parking 1 22630 22630

2 65 130

Electrical Room 1 300 300

Mechanical Room 1 1852 1852

Auditorium Support Room

1 250 250


+ Circulation ( 25%) 31452.5

PROGRAM DISTRIBUTION

23%

43%

2%

27%

6%

Lobby / ReceptionAquariums / exhibition space Administration Building Support + Circulation, MEP, BR ( 25%)

The Aquarium complex at-tempts to serve as an extension of the beach area at ground levels, while also allowing the upper levels for enhanced views of the site at dif-ferent terraces. It serves as not only a cultural but also an educational hub and provides activities which promote a sus-tainable relationship between human and marine species. The complex features several aquariums varying in size, which house a plethora of sea creatures, from jellyfish to sharks and eels, and features a coral reef aquarium and sea turtle exhibit, which intends to help educate in the preservation of local wildlife. Additionately, the complex features an auditorium, cafe, and gift shop.

02 | 03Rendered Section- B

26 | 27

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02 | 0328 | 29

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ORGAN REGENERATION LAB D.S 8

PROF. E. VERMISSO

RHINOCEROS 5.0ADOBE PHOTOSHOP CS5

TEL.

Gilles Deleuze & Felix Guattari : Anti-OedipusIllustration by Fernando Vicente

1.

2.3.

4.

Ford Assembly Line Human Vs. Machine

http://dumasbody.blogspot.com/2011/11/old-factory-2.html://www.123rf.com/photo_7769586_old-abandoned-factory.htmlhttp://frmilovan.wordpress.com/2010/06/25/the-speed-of-the-assembly-line/

51 | 52

ORGAN REGENERATION PROCESS:

1. Genetic Material is collected from the patient and grown. 2. Organs are brought in. Genetic material is washed by the use of special chemicals in a 2-step process, leaving a skeleton devoid of any genetic information. 3. Clean organ is infused with genetic material of the future patient 4. Cells are allowed to migrate to the tissue, resulting in a perfect match for the future patient. 1

23.

4.

02 | 03

This project aims to play up the balance be-tween reality and fantasy, staticity and mo-tion, and the idea of merging biology and mechanics, to create a biological machine.

The Organ Regeneration Lab takes inspira-tion from the view of the human body as a machine, and uses the concept of the assem-bly line, first created by Henry Ford, to allow for the re-utilization of otherwise discarded human organs. By utilizing a systematic ap-proach to organ regeneration, a second chance is allowed for thousands of patientswho die annuallydue to lacking compatible donors.

RENDERED SECTION PERSPECTIVE

32 | 33

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02 | 03

PROF. P. DANJOU


D.S 7

FAU SCHOOL OF ENVIRONMENTAL DESIGN FORT LAUDERDALE

TEL.

10

SITE LOCATION SITE LINES

JUNE 21 -SUNSET JU

NE 21

-SUN

RISE

DECEMBER 21 - SUNSE

T DECEMBER 21 - SUNSET

10

20

30

40

50

60

70

80

10

SUN PATH DENSITY / TRANSPORTATION

10

WIND UPPER VIEWS

PRO

GRA

M D

ISTR

IBU

TIO

N

Program Function Sq. Footage Qty.

Housing

Kitchen/Lounge/laundry

Studio

Wood shop/ Workshop

Computer Lab

Jury Spaces

Library/ Study Spaces

Classrooms

Offices

Gallery (indoor)

Gallery(outdoor)

Gym

Retail

Mechanical/Treatment Rooms

Total

19,800 x40

1,500 x5

17204 x2

1429 x1

1261 x1

3021 x4

3624 x1

7890 x12

3,000 x14

3346 x1

12245 x1

7576 x1

8,272 x8

1478 x3

91,646

CRAD

LE T

O C

RAD

LE

WASTE TO ENERGY SYSTEM RAIN-WATER HARVESTING (BIOFILTER)WATER RECYCLING STORMWATER TREATMENT PHOTOVOLTAICSLIGHTING SENSORS

NATURAL VENTILATIONWATER TREATMENT ON-SITEGLAZING: ADAPTIVE FRITTING MATERIALS: FLU-ASH CONCRETE/ RECYCLED STEELVEGETATION INTEGRATED WITHIN THE BUILDING (INTERIOR, EXTERIOR) BUILDING RAISED OFF THE GROUND NATURAL LIGHTING SHADING SYSTEMS: ADAPTIVE FRITTING

PASS

IVE

SYST

EMS

AC

TIV

E SY

STEM

S

SUST

AIN

ABIL

ITY

STRA

TEG

IES

I

ECONOMY

ECOLOGY

EQUITY

Blending indoor/outdoor spaces-embracing passive sys-temsUse of vegetation

Walkways- promote social interaction Pedestrians benefit from sustainable sys-tems

Photovoltaic panels gener-ate energy for the site and give back to the grid

Rain collection- recycled on site Biofiltration

Commercial areas promote connectivity within the commu-nity and student bodyPlaza blurs the lines of the site and adds social gathering spaces to the urban fabric of downtown Ft. Lauderdale

Natural ventilation cools bldg, saves energy, protects from heat gain. Voids allow hot air circulation to escape cooling bldg Waste to energy- producing zero wasteWater treatment on-site

CRAD

LE T

O C

RAD

LE

NATURAL VENTILATIONWATER TREATMENT ON-SITEGLAZING: ADAPTIVE FRITTING MATERIALS: FLU-ASH CONCRETE/ RECYCLED STEELVEGETATION INTEGRATED WITHIN THE BUILDING (INTERIOR, EXTERIOR) BUILDING RAISED OFF THE GROUND NATURAL LIGHTING SHADING SYSTEMS: ADAPTIVE FRITTING

Rainwater Collection Rainwater Harvesting (Biofilter) Water Recycling Stormwater Treatment

DESIGN FUTURING

Waste Management Trash to Energy system

Promoting Alternate Transportation Bike Storage Infrastructure Encourage Pedestrian Use

Designing for the Public Community Oriented system Promote Social Integration Adaptable public Spaces on ground floor (Building raised off the ground)

DES

IGN

FU

TURI

NG

RETAIL

RETAIL

RETAIL

LACINAHCEMLACINAHCEM

LIATERTNARUATSER

LIATERLIATER

MECHANICAL

UPPER VIEWS

36 | 37

GALLERY

OUTDOOR GATHERING

OUTDOOR GALLERY

OUTDOOR GALLERY GYMNASIUM

CLASSROM CLASSROOM

CLASSROOM CLASSROOM

CLASSROOM

CLASSROOM

OUTDOOR COURTS

OUTDOOR TERRACE

CLASSROOM CLASSROOM

CLASSROOM

CLASSROOM

CLASSROOMCLASSROOM

LIBRARY

STUDY ROOM STUDY ROOM STUDY ROOM

STUDY ROOM

STUDY ROOM

JURY SPACE

JURY SPACE

JURY SPACESBREAK ROOM

MAIL / PRINT ROOM

OUTDOOR TERRACE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

LEVEL 3 LEVEL 4LEVEL 1 LEVEL 2

Level 10' - 0"

Level 220' - 0"

Level 336' - 0"

Level 448' - 0"

Level 560' - 0"

Level 672' - 0"

Level 784' - 0"

Level 9108' - 0"

Level 3.539' - 0"

Level 1.512' - 0"

Level 2.528' - 0"

Level 4.551' - 0"

Level 10120' - 0"

Level 11132' - 0"

Level 12144' - 0"

Level 13156' - 0"

Level 5.563' - 0"

Level 6.575' - 0"

Level 7.587' - 0"

Level 14168' - 0"

Level 896' - 0"

Level 8.587' - 0"

Level 10' - 0"

Level 220' - 0"

Level 336' - 0"

Level 448' - 0"

Level 560' - 0"

Level 672' - 0"

Level 784' - 0"

Level 9108' - 0"

Level 3.539' - 0"

Level 1.512' - 0"

Level 2.528' - 0"

Level 4.551' - 0"

Level 10120' - 0"

Level 11132' - 0"

Level 12144' - 0"

Level 13156' - 0"

Level 5.563' - 0"

Level 6.575' - 0"

Level 7.587' - 0"

Level 14168' - 0"

Level 896' - 0"

Level 8.587' - 0"

SUN STUDY : SUMMER - 10 AM SUN STUDY : SUMMER - 1PM SUN STUDY :SUMMER - 4PM

SUN STUDY : WINTER - 10 AM SUN STUDY : WINTER - 1PM SUN STUDY : WINTER - 4PM

CIRCU-

TRANSVERSE SECTIONSCALE: 1/16 = 1

02 | 03

FT. LAUDERDALE BIKE HUB

D.S 7PROF. P. DANJOU

RHINOCEROS 5.0ADOBE PHOTOSHOP CS5ADOBE ILLUSTRATOR CS5

TRANSVERSE SECTIONSCALE: 1/16 = 1 TRANSVERSE SECTION

SCALE: 1/16 = 1

SECTION A LONGITUDINAL SECTION

SCALE= 1/8=1

The facility features a covered area where bikes can be rented, as well as a designated area for citizens to park their own bicycles. the facility also contains lockers, and chaging rooms with showers, as well as a small bike repair shop. Finally, it contains an open cafe where users can enjoy a drink or have breakfast before heading to work.

The central portion of the facility is open to the elements, and serves as a connection between the street and the library.

All of this provides downtown Ft. Lauderdale with an architectural solution for the issue of poor alternative methods of transportation by creating support facilities that en-courage the use of such ways of movemente throughout the city.

02 | 03

LONGITUDINAL SECTIONSCALE= 1/8=1

40 | 41

The concept of motion and movement drives the design of this outdoor space with the use of wooden frames which change in proportion, creating an organic shape that changes the traditional notion of wall, floor and roof by uniting them into a fluid form. The series of frames are held together lat-erally by the use of cross members which run through them and create an interesting play with light and shadow as well as forms

Its location, right on the center of Fort Lau-derdale, allows for more exposure of the fa-cility and its purpose and encourages citiz-es to use alternative modes of transportation.

WIND DIAGRAM

The site is located on the South East corner of Broward Boulevard and An-drews Avenue in downtown Ft. Lauderdale. It was chosen as a convenient location for the project because of its proximity to the Ft. Lauderdale main bus terminal, which is located across the street, as well as adjacencies to the business district. Because of its centralized location The walkway gives citizens the oportunity to connect to the main library while also allowing for a unique experience that transitions into the park area.

BUS STATION

HEAVY TRAFFICMEDIUM TRAFFIC

LOW TRAFFIC

SITE PROPOSAL

BUS STATION

HEAVY TRAFFICMEDIUM TRAFFIC

LOW TRAFFIC

SITE PROPOSAL

02 | 03

ANALOG PROJECTS

D.S 3Structures II

Color & SpacePROF. P. DANJOU

INK ON MYLARACRYLIC PAINT ON BRISTOL BOARD

FAU -SUNSENTINEL BUILDING PLAN VIEW COLUMS GREEN AREAS STREETS AND BUILDINGS

HOUSE X FLOOR PLANARCHITECT: PETER EISENMAN

FINAL MATRIX

Final Matrix ConstructFALL 2007

02 | 03



FINAL MATRIX




FINAL MATRIX


The design of the matrix construct explored many different concepts of spatial interactions. Some of these concepts included interlocking spaces, spac-es within spaces, and collision of forms. Another idea which was explored in the 3 dimensional composi-tion, included the metaphorical reference to the stairs in Eisenmans House X. This was achieved by verti-cally stepping up the spaces in a systematic way.

The composition was additionally a study of 90 de-gree angles versus 45 degree diagonals After carefully measuring the area that joins FAUs Higher Education Complex and the Sun Sentinel Building in Ft. Lauder-dale, several matrices were developed and studied. They graphically represented the relationship between different elements of the site, such as columns, veg-etation and streets. Principles of hierarchy, repetition and rhythm were then used to develop a final version of the matrix. This matrix was then set against a fa-



FINAL MATRIX


42 | 43

73 | 74

MAN-MADE STREETS BUILDINGS

FALL 2007 Spatial Building Construct

Main Concept: To design a series of open galleryspaces resulting from several 2-D matrix and siteanalysis diagrams. The Matrices were developedby carefully studying both natural and man madeproperties of the site, and the surrounding areas.The site, located in Pompano Beach, overlooks the Hillsboro Inlet, which offers a panoramic view the Hillsboro Inlet, which offers a panoramic view of the Atlantic Ocean and the historic lighthouse.

The next step in the design process consisted ofadding linear elements to the final deconstructive matrix. This helped define the volumetric spaces in further detail, which aided in the creation of thestudy construct model shown below. Henceforth, the original 2-D matrix was then transformed into a 3-D volumetric compositiona 3-D volumetric composition.

FALL 2007

l

Spatial Building Construct

Main Concept: To design a series of open gallery spaces resulting from several 2-d matrices and site analysis dia-grams. The Matrices were developed by carefully study-ing both natural and artificial properties of the site and its surrounding areas. The site, located in Pompano Beach, overlooks the Hillsboro Inlet, offering panoramic views of the Atlactic Ocean.

After completing the 2-D matrix drawing, process models known as deconstructive matrices were produced. The models were then used as a basis for establishing the volumetiric composition of the 3 dimensional matrix. Finally, the major gestures of the site were incorporated hierarchically, with a cen-trally dominating space acting as a datum to secondary and tertiary spaces.

FALL 2007

l


02 | 03FALL 2007

l


The final design of the 3- dimensional construct was a direct result of the interaction between the final ma-trix, and the 3-D volumetric composition.

Initially, shapes that followed the pattern lines of the matrix where chosen for spatial definition. Two ma-trix lines that formed a strong axis across the site were chosen to serve as a datum for the remaining spaces. Then, the views of the site, the sun path, and other analysis diagrams were studied to determine the location of the different areas, as well as indoor vs. outdoor spaces. Finally, the horizontal matrix was turned vertically to help further define the angled

The interaction between different levels of transpar-encies further defined the spaces and the filtering of light throughout the design. Solid planes were de-fined by using aluminum, while mylar was utilized to infer a semi-transparent finish. Finally, mesh was used to express a greater degree of transparency within the composition. 44 | 45

NORTH WALL SECTION (EARTH) WEST WALL SECTION ( FIRE ) SOUTH WALL SECTION (WATER ) EAST WALL SECTION (WIND)

CONCRETE MASONRY PAVILLION Synergy of Man & Nature

CONCEPT: Unity of the 4 elements of nature : EARTH WIND FIRE & WATER

Designed along a radial grid, the pavilion incorporates the main axis points of the given site and relates them to the main for elements of life, showcasing each one in one of four walls that enclose the space. EARTH: Showcased by a green wall, allows visitors to enjoy a direct interaction of the concrete block with nature, made possible by openings in the wall itself, while also allowing for vines to grow in between. WIND: : Represented by the use of rows of con-crete block turned on its side to allow for maximum airflow. Structurally, they are supporte BY the use of a frame, which is also made of concrete masonry units. FIRE: Showcased by the use of turned concrete block and colored glass, which gives a warmth glow to the enclosed main space. Water: Cre-ates fluidity and also serves to cool the space by facing south.

SUMMER SOLSTICE

SU

NPATH

WINTER SOLSTICE

SUNPATH

Noise - 8

4 db

Noise

- 70

db

Noise - 80 db

TRAFFIC SUN PATH / NOISE ANALYSIS

VEGETATION

SITE PLAN

NORTH VIEW

SECTION ASCALE: 3/16=1-0

SECTION BSCALE: 3/16=1-0

WEST ELEVATIONSCALE: 3/16=1-0

EAST ELEVATIONSCALE: 3/16=1-0

WATER CONSTRUCTION DETAIL

WIND CONSTRUCTION DETAIL

F I RE CONSTRUCTION DETAIL

EARTH CONSTRUCTION DETAIL

ROOF DESIGN: In order to maximize contact with nature while keeping the area pro-tected from the rain, a moveable roof design was created, which consisted of wedge-shaped aluminum frames with fabric type-canvas material. It is a rotating mechanism which provides flexibility in deciding the degree of en-closure desired.

CONCEPT DIAGRAM

CIRCULATION DIAGRAM

NORTHWEST VIEW PLAN VIEWSCALE: 3/16=1-0





SUMMER SOLSTICE

SU

NPATH

WINTER SOLSTICE

SUNPATH

Noise - 8

4 db

Noise

- 70

db

Noise - 80 db


VEGETATION

SITE PLAN

NORTH VIEW










CONCEPT DIAGRAM

CIRCULATION DIAGRAM


46 | 47NORTH WALL SECTION (EARTH) WEST WALL SECTION ( FIRE ) SOUTH WALL SECTION (WATER ) EAST WALL SECTION (WIND)




SUMMER SOLSTICE

SU

NPATH

WINTER SOLSTICE

SUNPATH

Noise - 8

4 db

Noise

- 70

db

Noise - 80 db


VEGETATION

SITE PLAN

NORTH VIEW










CONCEPT DIAGRAM

CIRCULATION DIAGRAM






SUMMER SOLSTICE

SU

NPATH

WINTER SOLSTICE

SUNPATH

Noise - 8

4 db

Noise

- 70

db

Noise - 80 db


VEGETATION

SITE PLAN

NORTH VIEW










CONCEPT DIAGRAM

CIRCULATION DIAGRAM


02 | 03

48 | 49

THANK

YOU

ARCHITECTURE PORTFOLIOClaudia Diaz [email protected](954)-6431402

ARCHITECTURE PORTFOLIO- CLAUDIA DIAZ

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