Danae Cardenas | w o r k s a m p l e by Danae Cardenas

DANAE CARDENAS

MASTER OF ARCHITECTURE UNIVERSITY OF FLORIDA

PORTFOLIO | UNIVERSITY OF FLORIDA ARCHITECTURAL DESIGN

My motivation is to learn, progress, collaborate, and develop new ways to construct and theorize architecture to inďŹ&#x201A;uence what we define as design today. Architecture becomes an extension of personal creativity, not for the pure sake of newness, but as an expression of ideas that can benefit society through adaptation, innovation, and diversity. Having the ability to create, design, and build in hopes of developing the human experience drives my motivation to pursue a career in Architecture.

University of Florida College of Design Construction and Planning Spring 2014

PORTFOLIO | UNIVERSITY OF FLORIDA ARCHITECTURAL DESIGN

[ CONTENTS OF SELECTED WORKS ]

FRASCARI STUDY: ENVISIONING THE DETAIL

[ 08 ]

CISTERCIAN RETREAT AND ART SCHOOL

[ 10 ]

URBAN ACUPUNCTURE

[ 18 ]

REFORMING THE EDGE OF ST. PETERSBURG

[ 24 ]

SCULPTURE INSTITUTE

[ 34 ]

FALL 2008 - SPRING 2014

[ 42 ]

[ 44 ]

UPPER DIVISION THEORY OF ARCHITECTURE | YEAR FOUR DESIGN EIGHT

FRASCARI STUDY: ENVISIONING THE DETAIL

UNDERGRADUATE

CRITIC _ Martin Gundersen

[ GRAPHIC CONSTRUCT ]

“Details are a direct result of the multifold reality of functions in architecture. They are the mediate or immediate expressions of the structure and use of buildings.” 1

Mukarovsky,J, “The Place of the Aesthetic Function Among the Other Functions in Architecture,” in Structure, Sign and Function (New Haven: 1978), 240-243.

UPPER DIVISION THEORY OF ARCHITECTURE | YEAR THREE DESIGN FIVE

CISTERCIAN RETREAT AND ART SCHOOL CRITIC _ Mick Richmond

UNDERGRADUATE

INTERVENTION _ Analytical Fabric

[ SCRIPTED PASSAGE ]

The concepts of seclusion and contemplation were two major ideas that guided the underlying factors of this study. The implications of these words were derived from my study of Cistercian monks and their connection to our program; a center of study and thought is a dually practiced activity in both this educational center and a monastery. Cistercian monks in particular practice religious asceticism; this is a way of life in which they remove themselves from worldly pleasures. The order of Cisterciancy calls also for the regulation of daily activity and self sufficiency; this essentially invited the practice of a scripted existence into the program of my complex. By scripted it is implied that it provides the guest with a sense of direction, where to go , how to get there, and when to be there.

PALM POINTE _ Topographical Mapping

MOVEMENT _ Analytical Terrain

UNDERGRADUATE

INTERVENTION _ Plan Diagram

[ SCRIPTED PASSAGE ]

The language of the site which is Palm Point indicates these as proposals for the development of the construct, the peak has a certain sense of destination, this is what guided the development of the gesture, the main components lie closest to the peak and the individual members of the complex function as transitional elements. Procession from formal to intimate and from interior to exterior spaces then became the key focus.

UNDERGRADUATE

INTERVENTION _ Section Diagram

[ SCRIPTED PASSAGE ]

Light thus became a crucial aspect in defining the idea of a scripted existence. It would imply the way in which to move about the complex. Hierarchy of space begins to speak about a tension and compression to guests implying their movement and pauses throughout. Light, responds to this architecture through its expression within according to the time of day. The self sufficient lifestyle of the Cistercian monk allows for the complex to function in accordance with the time of day. In the morning as the sun rises the rooms allow the morning light to wake the guests, the afternoons heat up the rooms and the center of the complex where the classrooms and more social spaces come to life, as the sun sets the rooms are once again lit up and have now absorbed the suns heat making it comfortable for colder nights.

spatial progression

sequential events

UNDERGRADUATE

INTERVENTION _ Section Diagram

[ SCRIPTED PASSAGE ]

INTERVENTION _ Exploded Axonometric

overhead condition

fabricated ground

structural diaphragm

glass envelope

GRADUATE ARCHITECTURAL DESIGN STUDIO | YEAR ONE DESIGN ONE

URBAN ACUPUNCTURE CRITIC _ William Tilson

Description

8 2 4

KEY _ Plan City: Sarasota State: Florida DATA _ 1 Entry Foyer DATA _ 2 Lobby DATA _ 3 Information Desk DATA _ 4 Past Exhibit Hall DATA _ 5 Future Exhibit Hall DATA _ 6 Exhibit Storage DATA _ 7 Cafe DATA _ 8 Events Kitchen DATA _ 9 Mechanical Electrical Room DATA _ 10 Sunken Garden

DATA _ 11 Circulation DATA _ 12 Restrooms DATA _ 13 Lobby DATA _ 4 Office DATA _ 5 Conference DATA _ 6 Exhibit DATA _ 7 Directors Office DATA _ 8 Managers Office DATA _ 9 Copy/Storage DATA _ 10 Auditorium

GRADUATE

The intersection between ground and construct is one that is strongly tied with the development of a rhythmic movement through the Interpretive Center As a generator in the development of this work, Using the idea of urban acupuncture to generate a fabric within Sarasota was the main concept of the work as a whole. The translation in an architectural language is represented through the use of a structure that allows the movement through the complex and the center itself. The duality between the rigidity of structure paired with the ďŹ&#x201A;exibility of movement gives way to an architecture that connects with the program of this place. Having been given such an expansive site it became clear that the concepts of the site as a whole paired with the program would develop the overall idea of the project.

[ EXHIBITING SARASOTA ]

MAPPING _ Ground Floor Plan

GRADUATE ARCHITECTURAL DESIGN STUDIO | YEAR ONE DESIGN ONE

DIAGRAM _ Exploded Axonometric

Overhead Condition

Programmatic Arrangement Circulation Plane

Structural System

Skin System

Core

GRADUATE

Ground

[ EXHIBITING SARASOTA ]

RENDER _ Exterior Perspective

GRADUATE ARCHITECTURAL DESIGN STUDIO | YEAR ONE DESIGN ONE

SECTION _ Longitudinal + Cross Section

Cross Section A

Cross Section B

GRADUATE

Longitudinal Section A

[ EXHIBITING SARASOTA ]

Using Lerners concept of urban acupuncture developed the way in which the center takes shape. Acupuncture, in terms of the human body, play with the plasticity of human central nervous system. In doing so the brain is able to make connections to the physical stimulation caused externally. The stimulation releases a series of impulses that are transmitted to synapses. The synapses can be translated as moments within these impulses, in turn the impulses develop a responsive architecture. Occupants are allowed to interact with the architecture, the ground and overhead condition

GRADUATE ARCHITECTURAL DESIGN STUDIO | YEAR TWO DESIGN THREE

REFORMING THE EDGE OF ST. PETERSBURG CRITIC _ Stephen Belton GROUP MEMBERS _ K. Connell, Z. Mendieta, T. Howard, M. Cotes

DATA _ Site Designation City: St. Petersburg State: Florida DATA _ Area City Square Miles: 137.6 Land Square Miles: 61.7 Water Square Miles: 75.9 DATA _ Elevation Height: 61 FT DATA _ Population Metro Area: 2.824.724 City: 247.673 Density: 3.967 / sq mile

GRADUATE

Located on the Pinellas Peninsula, St. Petersburg was incorporated as a town in 1892 and later as a city in 1903. It is bordered by Tampa Bay on the East, the Gulf of Mexico on the West, and Boca Ciega Bay to the South, possessing a land mass of roughly 61 square miles. The highest elevation above sea level is 61 feet, with the topography of the city being characterized by its ﬂatness. In addition, St. Petersburg features some of Florida’s most pristine beaches, parks and preserves—creating an environment in which people are able to hike, paddle, sail, and bike. Included within the city is direct access to the Pinellas Trail, a 34 mile long dedicated recreational trail. With its designation as a green city, St. Petersburg has adopted a focus on water conservation, preservation of green space, pedestrian friendly development, energy efficiency of new constructs, and a tight control on emissions from government vehicles. St. Petersburg possesses over 2292 acres of park land, and many of the nature preserves have expanded or are under major restoration to preserve their integrity. Focusing on the responsive integration of landscape and urban form, this project proposes a new vision for the city. Based on the study of edge typologies within the city, as well as analysis of the urban fabric, a new landscape typology for the city and urban organizations that are suited to the artistic culture which culminates near the projected site. St. Petersburg represents an opportunity to deploy a new development strategy that begins to rethink the interplay between land and water while promoting walk ability and a new connection with the urban waterfront. The proposed site is charged historically due to its location near the St. Petersburg Pier, but also benefits from a strong connection to other art institutes within the city fabric. The site is treated as a catalyst for the city promoting new ideas for the ecological system. Primarily, the urban fabric is imagined as its own type of ecological system, where its formal language is defined not only by traditional city rules such as zoning, easements, or ﬂoor area rations, but also by the needs of the broader ecological, environmental, infrastructural, and social cultural processes at play. Upon further analysis, the existing homogeneous conditions of the site were altered to create a sense of vitality along the uplands that will sustain and promote social interactions between visitors to the city and residents alike.

[ PERMEATED ECOLOGIES ]

MAPPING _ Circulation Pathways + Green Space Usage

Tampa _ Waterfront Program Study

262

5 ft

131

2 ft 295

WALKING DISTANCES 295 ft - 1 min 1312 ft - 5 min 2625 ft - 10 min

CIRCULATION PATHWAYS Bicycle Trail On-Street Bike Routes Canoe + Kayak Trails

GREEN SPACE USAGE

St. Petersburg _ Waterfront Program Study

High Medium Low

GRADUATE ARCHITECTURAL DESIGN STUDIO | YEAR TWO DESIGN THREE

DIAGRAM _ Edge Condition Proposed Shoreline Contour Carvings

Northwest Shoreline

Proposed Shoreline Contour Carvings

East Shoreline

Proposed Shoreline Contour Carvings

GRADUATE

South Shoreline

KEY _ Site Plan City: St. Petersburg State: Florida DATA _ 1 Sculpture Landscape DATA _ 2 Art Center DATA _ 3 Waterfront Promenade DATA _ 4 Amphitheater DATA _ 5 Urban Sculpture Park DATA _ 6 Market Plaza DATA _ 7 Transportation Hub DATA _ 8 Market DATA _ 9 Outdoor Pavilions DATA _ 10 Sunken Garden

[ PERMEATED ECOLOGIES ]

MAPPING _ Site Plan

Proposed Constructed Water System

3 1

Proposed Green Space + Secondary Pedestrian Circulation System

5 6 7

Proposed Constructed Ground + Primary Pedestrian Circulation Movement

Proposed Infrastructure + Programmatic Anchors

GRADUATE ARCHITECTURAL DESIGN STUDIO | YEAR TWO DESIGN THREE

Vehicular Access

SECTION A _ Through Exterior Amphitheatre

Urban Sculpture Park

Urban Sculpture Park + Art Center

Outdoor Amphitheatre

SECTION B _ Through the Arts Center and Marketplace

GRADUATE

Vehicular Access

Sculpture Landscape

Art Center Exterior Gallery

Art Center Interior Gallery

Art Center Lecture Halls + Classrooms

Urban Sculpture Park Constructed Green Ar

Proposed Shoreline Carving

Vehicular Circulation + Proposed Bicycle Circulation

Art/Sculpture Anchor Cores + Pedestrian Axes

Constructed Water Features

k+ reas

DIAGRAM _ Site Development

Exterior Reprogrammable Marketplace

Marketplace

Constructed Landscape

Waterfront Pavillions

Constructed Tide-Dependent Waterfront

Proposed Programmatic Anchors + Sculpture Zoning

GRADUATE ARCHITECTURAL DESIGN STUDIO | YEAR TWO DESIGN THREE

RENDER _ Concept Perspective

Peninsula + Marketplace

GRADUATE

Waterfront Pavilion + Observation Deck

[ PERMEATED ECOLOGIES ]

GRADUATE ARCHITECTURAL DESIGN STUDIO | YEAR TWO DESIGN THREE

RENDER _ Concept Perspective

Waterfront Pavilion + Sunken Garden

GRADUATE

Amphitheater Seating + Pedestrian Avenue

[ PERMEATED ECOLOGIES ]

GRADUATE ARCHITECTURAL DESIGN STUDIO | YEAR TWO DESIGN THREE

SCULPTURE INSTITUTE CRITIC _ Stephen Belton DATA _ Site Designation City: St. Petersburg State: Florida DATA _ Area City Square Miles: 137.6 Land Square Miles: 61.7 Water Square Miles: 75.9 DATA _ Elevation Height: 61 FT DATA _ Population Metro Area: 2.824.724 City: 247.673 Density: 3.967 / sq mile

GRADUATE

The construct will function as an art institute equipped for both students in the field of art as well as a space for the exhibition of art work by professional artist in St. Petersburg. It should begin to function as community and arts education foundation specializing in sculpture. The institute will provide both a resident arts curriculum as well as collaboration with prominent visiting artists and community outreach through presentations, exhibitions, and workshops. As such, the institute creates an active engagement between itsâ&#x20AC;&#x2122; internal work and inspiration, and the larger social and cultural context of St. Petersburg and beyond. The institute will include artist studios, gallery/exhibition, a lecture/performance space, and common areas for eating, socializing, and events. The institute will function both during the day and into the evenings through exhibitions, lectures, receptions, and open studio nights. It will become a highly public institution within the network of programmatic features already present in the site.

[ URBAN SEAM ]

RENDER _ Concept Perspective

GRADUATE ARCHITECTURAL DESIGN STUDIO | YEAR TWO DESIGN THREE

DIAGRAM _ Concept Sections

Section A Section A

Section B

GRADUATE

Section C

[ URBAN SEAM ]

MAPPING _ Site Plan

GRADUATE ARCHITECTURAL DESIGN STUDIO | YEAR TWO DESIGN THREE

SECTION _ Longitudinal Section

Section A

GRADUATE

Section A

[ URBAN SEAM ]

GRADUATE ARCHITECTURAL DESIGN STUDIO | YEAR TWO DESIGN THREE

SECTION _ Cross Section

Section A

GRADUATE

Section A

[ PERMEATED ECOLOGIES ]

RENDER _ Section Perspective

MATERIALS & METHODS OF CONSTRUCTION

| YEAR FOUR DESIGN EIGHT

SPECIAL COLLECTIONS PAVILION CRITIC _ Mark McGlothlin GROUP MEMBERS _ K. Connell _ Z. Mendieta

DATA _ Site Designation City: Gainesville State: Florida DATA _ Area City Square Miles: 137.6 Land Square Miles: 61.7 Water Square Miles: 75.9 DATA _ Elevation Height: 61 FT DATA _ Population Metro Area: 2.824.724 City: 247.673 Density: 3.967 / sq mile

GRADUATE

The special collections pavilion was a creation of the Materials and Methods of Construction course which investigates the simulation of real drawing documents for a building. The pavilion is designed to serve as a new reading room for the Gainesville Community Library, the reading room is to also have a space for the special collections books and documents of the county. The project required for a finalized set of architectural construction documents under the Florida Building Code - 2007 Edition. The project includes: site plan, life safety plan, all architectural plans, exterior/ interior elevations, building sections, full wall sections, and schedule specification. The following work is a collection of the work on which all group members evenly contributed in order to fulfill the requirements of the project.

[ SPECIAL COLLECTIONS PAVILION ]

Typical Mullion

47'-6 3/16"

Gainesville, Florida 32611

CMC ARCHITECTS

Project Benchmark Marked Elevation=124.8’

Studio 414 Architecture Building Inner Road

RENDER _ Concept Perspective

46'-4 9/16"

Special Collections Pavilion

20'-3 1/2"

6'-0"

EXISTING BUILDING SPECIAL COLLECTIONS PAVILION 33'-11 5/16"

-0’-3”

17'-7 9/16"

78'-3 1/8"

59'-8 7/16"

T.O. FINISHED FLOOR 0’-0”

6'-8"

14'-0"

10'-10"

8'-0"

1'-2

18'-

21'-4 7/16"

36'-

36'0"

21'-4 7/16"

1/4

10'-11 11/16"

21'-4 7/16"

1'-2

R11

'-2

R11

'-2

1/4

7'-5 13/16"

14'-0 15/16"

11TH STREET

6'-10 7/16"

12'-0"

6'-0"

12TH STREET

6'-10 7/16"

1/4

REVISIONS:

7'-5 13/16"

-0’-8”

02-14-2012 03-13-2012 03-23-2012

Drawn By: D. Cardenas, K. Connell, Z. Mendieta LEGEND Concrete pavers Grass Water Florida Privet Dogwood

Site Plan 1/16"=1'-0"

1 G1.01

Green Ash

Checked By: Prof. McGlothlin

Site Plan

Scale: 1/16" = 1'-0"

G1.01 DATE : March 13, 2012

MATERIALS & METHODS OF CONSTRUCTION

| YEAR FOUR DESIGN EIGHT

PLAN _ Site

18'-4"

18'-7 1/2"

Typical Column O.C.

93'-2 1/2" 59'-8"

6" 9'-1"

18'-6 1/2"

Men's Restroom 108

1'-0"

1'-6"

21'-0 1/2"

7'-4 1/2"

3'-0"

2 A2.02 1'-0"

6'-10 1/2"

7'-0" Typical Mullion O.C.

12'-11"

3'-11"

7'-5"

6'-6 1/2"

3'-8 1/2"

4'-5 1/2"

Computer Terminal 109 57'-0"

10'-0 1/2"

1'-6"

Informal Reading 110

3'-0"

T.O. Finished Floor 0’-0”

Janitor's Closet 105

20'-7"

11'-11"

57'-0"

1 A3.01

6'-4 1/2"

A5.03

38'-10"

21'-6 1/2"

1 A2.02

3'-0"

12'-6 1/2"

21'-0"

20'-10"

6" 18'-6 1/2"

Women's Restroom 107

6'-6"

6" 10'-0 1/2"

Mechanical Room 106

1'-0"

19'-0 1/2"

9'-1"

19'-7 1/2"

10'-10 1/2"

19'-6 1/2"

3'-0"

11'-0 1/2"

13'-11"

Book Stack Area 103

Reference Tables 102 3'-11"

32'-5 1/2"

3'-0"

Storage Room 104

5'-8"

15'-7"

16'-0 1/2"

Circulation Desk 101

Special Collections Pavilion

18'-4"

Gainesville, Florida 32611

2 A3.01 19'-6 1/2"

Studio 414 Architecture Building Inner Road

CMC ARCHITECTS

2 A2.01

11'-0 1/2"

53'-1 1/2"

4'-3"

6'-0"

4'-0 1/2"

7'-0"

Typical Mullion O.C.

64'-2"

14'-3 1/2"

14'-9"

1'-0"

REVISIONS: 02-14-2012 03-13-2012 04-23-2012 04-30-2012

Drawn By: D. Cardenas, K. Connell, Z. Mendieta Checked By: Prof. McGlothlin

Lower Level Pla

Scale: 3/16” = 1’-0”

GRADUATE

1 A2.01

Site Plan 1/16"=1'-0"

A1.01

1 G1.01

DATE : April 30, 2012

T.O. Guard 16’-2”

REFERENCE TABLES 102

T.O. Paver 12’-6”

Gainesville, Florida 32

Exposed Wall Finish

Studio 414 Architecture Buildin

CMC ARCHI

Aluminum Frame Insulated Glazing

CIRCULATION DESK 101

1 A2.02

2 A2.02

[ SPECIAL COLLECTION PAVILION ]

001

Building Section

Special Collections Pavilion

T.O. Finished Floor 0’-0”

3/16"=1'-0"

A3.01

SECTION _ Building Sections 20'-7"

15'-7"

T.O. Parapet 27’-9”

Exposed Wall Finish

111

T.O. Guard 16’-2”

REVISIONS:

T.O. Paver 12’-6”

Reinforced Concrete 2 A2.01

Tile

1 A2.01

107

02-14-2012 03-13-2012 03-27-2012 04-23-2012

103

Drawn By: Z. Mendieta

T.O. Finished Floor 0’-0”

Checked By: Prof. McGlothlin

Building Sections Scale: 3/16"=1'-0"

A3.01

Building Section

2 A3.01

18'-4 1/8"

18'-4 1/16"

21'-4 3/16"

T.O. Parapet 27’-9”

Aluminum Frame Insulated Glazing

Exposed Wall Finish

T.O. Guard 16’-2”

REFERENCE TABLES 102

T.O. Paver 12’-6”

Gainesville, Florida 32611

18'-2 5/16"

DATE : April 30, 2012

Studio 414 Architecture Building Inner Road

3/16"=1'-0"

CMC ARCHITECTS

Section A

CIRCULATION DESK 101

1 A2.02

2 A2.02

001

Section B

Building Section

Special Collections Pavilion

T.O. Finished Floor 0’-0”

3/16"=1'-0"

A3.01

20'-7"

15'-7"

T.O. Parapet 27’-9”

Exposed Wall Finish

111

T.O. Guard 16’-2”

REVISIONS:

T.O. Paver 12’-6”

Reinforced Concrete 2 A2.01

Tile

1 A2.01

107 103

02-14-2012 03-13-2012 03-27-2012 04-23-2012

MATERIALS & METHODS OF CONSTRUCTION

| YEAR FOUR DESIGN EIGHT

59'-8"

19'-8"

18'-3"

18'-4"

12'-6 1/2"

21'-0"

8" 17'-7 1/2"

30'-4 1/2"

1'-0"

11'-0 1/2"

Gainesville, Florida 32611

2 A3.01

Studio 414 Architecture Building Inner Road

CMC ARCHITECTS

PLAN _ Mezzanine

10'-0 1/2"

T.O. PARAPET 16’-2”

7'-0"

7'-0" 10'-2 1/2"

7'-4 1/2"

1'-0"

12'-11"

4'-0"

11'-7 1/2" 44'-9"

5'-9"

10'-10"

Terrace 112

Guardrail 20'-7"

57'-0"

1 A3.01

7'-0"

7'-5"

46'-2"

7'-0"

6'-0"

21'-1 1/2"

Open to Below

Mezzanine 111

T.O. FINISHED FLOOR 13’-0”

12'-3"

15'-7"

T.O. FINISHED FLOOR 0’-0”

Special Collections Pavilion

4'-5 1/2"

1'-0"

12" x 12" Concrete Base Roof Paver

REVISIONS:

1'-0" 7'-0 1/2"

11'-2" 18'-3"

49'-1 1/2"

10'-1" 60'-3"

93'-2 1/2"

7'-0"

7'-0" 14'-9"

1'-0"

02-14-2012 03-13-2012 04-23-2012 04-30-2012

Drawn By: D. Cardenas, K. Connell, Z. Mendieta Checked By: Prof. McGlothlin

Mezzanine Pla

GRADUATE

Scale: 3/16" = 1'-0"

Mezzanine Plan 3/16"=1'-0"

A1.02 1 A1.02

DATE : April 30, 2012

[ SPECIAL COLLECTION PAVILION ]

SECTION _ Wall Sections

T.O. Guard 16’-2”

1'-2"

T.O. Parapet 27’-9”

Ballast

TPO Membrane Cant High Density Plastic Bearing Strip 6"

Vapor Barrier 6"

T.O. Guard

1'-2" 6"

Form Tie

Form tie Form Tie

Precast Concrete Cap

Deck Drain

High Density Plastic Bearing Strip

Reinforced Concrete

High Density Plastic Bearing Strip Reinforced Concrete

2" Rigid Insulation

Reinforced Concrete

High Density Plastic Bearing Strip

Grout Bevel Finish

Isolation Gravel Joint

Mortar Bed Bond Coat

Mortar Bed Bond Coat Gravel

Gravel

French Drain

5 Screed Finish French Drain

A5.01

Gravel French Drain

Water Barrier T.O Finished Floor 0’-0”

A5.01

T.O Finished Floor 0’-0”

Steel Reinforcing

T.O Finished Floor 0’-0”

Screed Finish

T.O Finished Floor 0’-0”

Rigid Insulation

Water Barrier

Steel Reinforcing

Screed Finish

T.O Finished Floor TPO Membrane 13’-0”

Vapor Barrier High Density Plastic Bearing Strip Reinforced Concrete Rigid Insulation T.O. Tile 6’-0”

5" x 5" Tile Grout Bevel Finish Latex Portland Cement

Steel Reinforcing

North Wall Section

North Wall

1 A4.01

North Wall Section

3/4" = 1'-0"

1 A4.01

South North WallWall Section Section

3/4" = 1'-0" 3/4" = 1'-0"

A4.01 A4.01

South Wall Section

3/4" = 1'-0"

Screed Finish

T.O Finished Floor 13’-0”

Reinforced Concrete

TPO Membrane

Drip

02-14-2012 03-13-2012 04-23-2012

South Wall

West Wall Section South Wall Section

3/4"3/4" = 1'-0" = 1'-0"

3 2

West Wall Section

3/4" = 1'-0"

T.O. Roof Deck 26’-5”

Bonding Adhesive Lap Sealant

Roof Detail At Terrace 1 1/2" = 1'-0"

Sealant 1/2" Pedestal

Vapor Barrier

Rigid Insulation

Vapor Barrier Form Tie Rigid Insulation

Precast Concrete Cap 2 "Rigid Insulation

Steel Reinforcing Roof Deck

T.O Roof Deck 12’-2”

5" x 5" Tile Grout Bevel Finish

High Density Plastic Bearing Strip

Grout High Density Plastic Bearing Strip Screed Finish

Roof Detail At Terrace

1 A5.01

1 1/2" = 1'-0"

Steel Reinforcing

T.O. Roof Deck 26’-5”

Reinforced Concrete

Water Barrier Gravel

Latex Portland Cement

1 1/2" = 1'-0"

TPO Membrane

Cant

Form Tie

02-14-2012 03-13-2012 04-23-2012

Drawn By: D. Cardenas, K. Connell, Z. Mendieta

Screed Finish

Mortar Bed Bond Coat

Typical Scupper Detail

1 1/2" = 1'-0"

Form Tie

Water Barrier High Density Plastic Bearing Strip

3 A5.01

Precast Concrete Cap

Steel Reinforcing Reinforced Concrete

Water Barrier Interior Partition To Foundation

1" = 1'-0"

A5.01

Gravel

Grout

Mortar Bed

Control joint

Reinforced Concrete Column

Exterior Bearing Wall To Foundation 1 1/2" = 1'-0"

Isolation Joint

Mortar Bed Bond Coat

Screed Finish

5 A5.01

Screed Finish

West Wall Section

West Wall

Rigid Insulation

Load Bearing Colum

1" = 1'-0"

Water Barrier

Screed Finish French Drain

Water Barrier REVISIONS: 02-14-2012 03-13-2012 04-23-2012 04-30-2012

Checked By: Prof. McGlothlin

A4.01

Screed Finish

Screed Finish French Drain

Mortar Bed

A5.01

Reinforced Concrete Column

Isolation Joint

T.O Finished Floor 0’-0”

A4.01 3/4" = 1'-0" DATE : April 23, 2012

Typical Scupper Det

1 1/2" = 1'-0"

Ballast

Metal Sleeve

Vapor Barrier

Protection Board

T.O. Roof Deck 26’-5”

Precast Concrete Cap

Typical Roof Detail

Splicing Cement 2 A5.01

Reglet

REVISIONS:

02-14-2012 03-13-2012 04-23-2012

Grout

Checked By: Prof. McGlothlin

A4.01 A4.01

Precast Concrete Cap

Anchor

12" x 12" Concrete Base Paver

Insulation

Cant

A5.01

Flashing

2 "Rigid Insulation

REVISIONS:

Wall Sections

A4.01

Form Tie

1 1/2" = 1'-0"

Steel Reinforcing

REVISIONS:

Scale: 3/4" = 1'-0"

3/4" = 1'-0"

Isolation Joint

5" x 5" Tile Grout Bevel Finish

Drawn By: D. Cardenas, K. Connell, Z. Mendieta

Steel Reinforcing

T.O Roof Deck 12’-2”

T.O. Parapet 27’-9”

Ballast

Mortar Bed

Grout

T.O Finished Floor 0’-0”

Water Barrier

Rigid Insulation

Cant Roof Deck

Mortar Bed Bond Coat

French Drain

Grout

Rigid Insulation

High Density Plastic Bearing Strip

Water Barrier

Screed Finish French Drain

Rigid Insulation

Reinforced Concrete

Deck Drain

Mortar Bed

Isolation Joint Water Barrier

Vapor Barrier

Protection Board

Form Tie

Latex Portland Cement

Screed Finish5

Latex Portland Cement

Gravel

Mortar Bed Finish IsolationScreed Joint Water Barrier

Reinforced Concrete

A5.01

Latex Portland Cement

2 "Rigid Insulation

12’-2”

5" x 5" Tile

A5.01

1/2" Pedestal

Vapor Barrier

Precast Concrete Cap

T.O. Parapet 27’-9”

12" x 12" Concrete Base Paver Isolation Joint

T.O. Tile 6’-0”

Grout Bevel Finish

Screed Finish Isolation Joint

Vapor Barrier Roof Deck

Anchor Metal Sleeve

Sealant

Insulation

T.O. Guard 16’-2”

Rigid Insulation

A5.01

Water Barrier

Rigid Insulation

Drip Cant T.O. Roof Deck 26’-5”

Typical Roof Detail

Reinforced Concrete 2" Rigid Insulation

2" Rigid Insulation

5" x 5" Tile

Screed Finish

TPO Membrane

Precast Concrete Cap

Vapor Barrier

T.O. Tile 6’-0”

Water Barrier

Ballast

Form Tie

Sealant

T.O Finished Floor TPO Membrane 13’-0”

Rigid Insulation

Water Barrier

Vapor Barrier Roof Deck

Reglet

Cant Screed Finish High Density Plastic Bearing Strip

Vapor Barrier

Isolation Joint

Rigid Insulation

High Density Plastic Bearing Strip

12" x 12" Concrete Base Isolation Paver Joint T.O. Deck

TPO Membrane

Isolation Joint

TPO Membrane

T.O. Deck

12’-2” Protection Board

High Density Plastic Bearing Strip

2 "Rigid Insulation

Ballast

Vapor Barrier

12" x 12" Concrete Base Paver T.O. Deck Protection Board 12’-2” Deck Drain Cant

Cant

2 "Rigid Insulation

T.O. Guard

Roof Deck16’-2”

Reglet

12" x 12" Concrete Base Roof Paver Sealant Precast Concrete Cap Pedestal Vapor Barrier

Pedestal Vapor Barrier

Protection Board

Form tie Flashing

12" x 12" Concrete Base Roof Paver Sealant

Pedestal

T.O. Guard 16’-2”

Reinforced Reglet Concrete

Reinforced Concrete 12" x 12" Concrete Base Roof Paver

Rigid Insulation A5.01

A5.01

1'-2"

Precast Concrete Cap 16’-2” Form Tie Form tie Flashing

Form Tie Flashing

Reinforced Concrete

A5.01

High Density Plastic Bearing Strip

1'-2"

Precast Concrete Cap

Precast Concrete Cap Form Tie

T.O. Parapet 27’-9”

Special Collections Pavilion

Cant

Cant High Density Plastic Bearing Strip

1'-2"

Reglet

Gainesville, Florida 32611

T.O. Parapet 27’-9”

Flashing 12" x 12" Concrete Base Paver

Studio 414 Architecture Building Inner Road

Vapor Barrier

TPO Membrane

CMC ARCHITECTS

TPO Membrane

Vapor Barrier

Gainesville, Florida 32611

TPO Membrane

Precast Concrete Cap

Ballast

Reinforced Concrete

Studio 414 Architecture Building Inner Road

Ballast

CMC ARCHITECTS

Ballast

Special Collections Pavilion

T.O. Roof Deck 26’-5”

Form Tie T.O. Parapet 27’-9”

Gainesville, Florida 32611

Vapor Barrier

1 A5.01

Studio 414 Architecture Building Inner Road

T.O. Roof Deck 26’-5”

1 A5.01

CMC ARCHITECTS

TPO Membrane T.O. Roof Deck 26’-5”

Reinforced Concrete

1 A5.01

Special Collections Pavilion

T.O. Parapet 27’-9”

Ballast

T.O. Parapet 27’-9”

1 A5.01

Drip

1'-2" 8"

Gainesville, Florida 32611

T.O. Parapet 27’-9”

Special Collections Pavilion

1 A5.01

Drip

1'-2" 8"

Studio 414 Architecture Building Inner Road

T.O. Parapet 27’-9”

CMC ARCHITECTS

1 A5.01

Drip

1'-2" 8"

Wall Sections

Scale: 3/4" = 1'-0"

A4.01

Drawn By: D. Cardenas, K. Connell, Z. Mendieta

Checked By: Prof. McGlothlin

Wall Sections

Details

Scale: 3/4" = 1'-0"

Scale: Per Drawing

A4.01

Interior Partition To Foundation 1" = 1'-0"

4 A5.01

Exterior Bearing Wall To Foundation 1 1/2" = 1'-0"

3 A4.01 DATE : April 23, 2012

5 A5.01

Load Bearing Column To Foundation 1" = 1'-0"

A5.01 6 A5.01

DATE : April 30, 2012

DATE : April 23, 2012

Details

UF GSOA MASTERS RESEARCH PROJECT

| YEAR TWO MASTERS RESEARCH PROJECT

REFUGE OF THE SACRED AND PROFANE

GRADUATE

CHAIR _ William Tilson CO CHAIR _ Charles Hailey

[ TRAIL THROUGH THE PAST AND PRESENT OF THE CROSS FLORIDA GREEN WAY ]

The following is a Masterâ&#x20AC;&#x2122;s Research Project presented to the University of Florida School of Architecture in partial fulfillment of the requirements of the degree of Master of Architecture.

UF GSOA MASTERS RESEARCH PROJECT

| YEAR TWO MASTERS RESEARCH PROJECT

ANALYSIS

GRADUATE

Florida Mapping

[ TRAIL THROUGH THE PAST AND PRESENT OF THE CROSS FLORIDA GREEN WAY ]

County Mapping The Marjorie Harris Carr Cross Florida Greenway is officially 110 miles long, spanning from Yankeetown on Florida’s west coast to just south of Palatka on the St. Johns River near Florida’s east coast. The entirety of the corridor runs through 6 listed counties, including major cities such as Yankeetown, Inglis, Dunnellon, Ocala, Belleview, Silver Springs, Interlachen and Palatka.

LEVY

Major Cities Jacksonville Miami Tampa Orlando St. Petersburg Hialeah Tallahassee Ft. Lauderdale Port St. Lucie Cape Coral

836,507 413,892 347,645 249,562 246,562 231,941 186,971 170,747 168,716 161,248

CITRUS

MARION

PUTNAM

Green Space

CLAY

Canal Counties Levy Citrus Marion Putnam Clay Duval

1 2 3 4 5 6

DUVAL

UF GSOA MASTERS RESEARCH PROJECT

| YEAR TWO MASTERS RESEARCH PROJECT

ANALYSIS Infrastructure Green Space Waccasass Bay Preserve Park Florida Springs Coastal Greenway Crystal River Preserve State Park Withlacoochee State Trail Halpata Tastanaki Preserve Longleaf Pine Ecosystem Ross Prairie State Forest Longloeaf Pine Ecosystem Heather Island Oklawaha River Heather Island Oklawaha River Silver River State Park Heather Island Oklawaha River Ocala National Forest Mill Creek Orange Creek Restoration Area Etoniah Cross Florida Greenway Caraville Ranch Management Area Murphy Creek Conservation Area Rice Creek Conservatio Area

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

Greenway Site

GRADUATE

Infrastructural Locations

Green way Land Designation

Conservation Areas

[ TRAIL THROUGH THE PAST AND PRESENT OF THE CROSS FLORIDA GREEN WAY ]

UF GSOA MASTERS RESEARCH PROJECT

| YEAR TWO MASTERS RESEARCH PROJECT

ANALYSIS

Following a series of research on the Cross Florida Barge Canal and the re-purposing of this land into the Cross Florida Green way, the mapping study of the area became a crucial aspect of understanding the process of this transformation. Identifying the remaining infrastructural pieces of the canal was a process in which understanding of the history of this place became most evident. Technically a palimpsest is a manuscript page from a scroll of a book from which the text has been removed partially and rewritten. The qualities of this word can be ascribed to the development of this mapping. The manuscript in this case would be the master plan upon which the original development of the canal took place, but throughout the long history of the canal this has been altered and re-altered to fit the needs of the time and

GRADUATE

people. The history of the canal can be traced in these drawings to show the ruinous aspects of these locations and of the canal/ green way as a whole.

1933

1964

1990 - PRESENT

May: Canal Authority of the State of Florida was created to construct and maintain a deep water ship canal across Florida.

The United States Corps of Engineers began construction of the Cross Florida Barge Canal.

President Bush signed SB 2740 into law, deauthorizing the barge canal project. This action led to the creation on the Cross Florida Greenway.

[ TRAIL THROUGH THE PAST AND PRESENT OF THE CROSS FLORIDA GREEN WAY ]

UF GSOA MASTERS RESEARCH PROJECT

| YEAR TWO MASTERS RESEARCH PROJECT

ANALYSIS

Historic Landscapes

Location

GRADUATE

Mappings by Florida Office of Greenway & Trails All images depicting the mappings are related to the following source. http://www.dep.state.ﬂ.us/gwt/ http://www.dep.state.ﬂ.us/gwt/cfg/management_plan.htm

[ TRAIL THROUGH THE PAST AND PRESENT OF THE CROSS FLORIDA GREEN WAY ]

Gate Pathway Refuge

SITE

UF GSOA MASTERS RESEARCH PROJECT

| YEAR TWO MASTERS RESEARCH PROJECT

ANALYSIS

GRADUATE

Cross Florida Barge Canal Unused Support

[ TRAIL THROUGH THE PAST AND PRESENT OF THE CROSS FLORIDA GREEN WAY ]

ANALYSIS_ Gate Sections

Section A

Section B

UF GSOA MASTERS RESEARCH PROJECT

| YEAR TWO MASTERS RESEARCH PROJECT

ANALYSIS_ Refuge Sections

Section A_ Shelter + Excavation

Section B_ Water + Overhead

GRADUATE

Section C _ Movement + Light

[ TRAIL THROUGH THE PAST AND PRESENT OF THE CROSS FLORIDA GREEN WAY ]

ANALYSIS_ Pathway Sections

Section A

Section B

Section C

UF GSOA MASTERS RESEARCH PROJECT

| YEAR TWO MASTERS RESEARCH PROJECT

COMPOSITE CONSTRUCT_ Plan

Folded Overhead

Overhead Structure

Structure & Envelope

Enclosure

Constructed Ground

GRADUATE

Articulated Ground Condition

[ TRAIL THROUGH THE PAST AND PRESENT OF THE CROSS FLORIDA GREEN WAY ]

2 4 3

1. Entry 2. ReямВection Space 3. Courtyard 4. Flexible Space

UF GSOA MASTERS RESEARCH PROJECT

| YEAR TWO MASTERS RESEARCH PROJECT

GRADUATE

COMPOSITE CONSTRUCT_ Perspective

[ TRAIL THROUGH THE PAST AND PRESENT OF THE CROSS FLORIDA GREEN WAY ]

PORTFOLIO | UNIVERSITY OF FLORIDA ARCHITECTURAL DESIGN

CURRICULUM VITAE

CONTACT

EDUCATION

SKILLS

1474 Cochran Drive Lake Worth FL, 33461 1 (561) 758 - 3857 danae.cardenas3@gmail.com

UNIVERSITY OF FLORIDA_ College of Design Construction + Planning School of Architecture MASTER IN ARCHITECTURE_ Fall 2012 - Spring 2014

SOFTWARE SKILLS_ Windows and Macintosh based platforms, AutoCAD, Rhinoceros, SketchUp, V-Ray Rendering, Adobe Photoshop, Illustrator, InDesign, and Microsoft Office. GRADUATE TEACHING ASSISTANTSHIP Fall 2012 - Spring 2014

BACHELOR IN DESIGN_ Major in Architecture Summa Cum Laude Fall 2008 - Spring 2012

OTHER SKILLS_ Hand drafting, model building and fabrication, laser cutter machinery, CNC milling machinery + software.

ATLANTIC HIGH SCHOOL_ International Baccalaureate Candidate Advanced Placement Fall 2004 - Spring 2008

LANGUAGE_ English [ ďŹ&#x201A;uent ] Spanish [ native ]

[ CURRICULUM VITAE ]

ACKNOWLEDGMENTS

AWARDS + HONORS

EXPERIENCE

EXTRACURRICULARS

UNIVERSITY OF FLORIDA_ College of Design Construction + Planning School of Architecture GRADUATE TEACHING ASSISTANTSHIP Fall 2012 - Spring 2014

GRADUATE TEACHING ASSISTANTSHIP_ Introduction to Digital Architecture Fall 2012 Architectural Design II Spring 2013 Introduction to Digital Architecture Fall 2013

GUEST CRITIC _ Design I Fall 2012 Design II Spring 2013

SUMMA CUM LAUDE_ Spring 2012

UF ARCHITECTURAL DESIGN II Semester Documentation

DEANS LIST_ Fall 2008 - 2012

AXLE GENERAL CONTRACTING, INC. Intern Architect Summer - Fall 2013

FLORIDA MEDALLION SCHOLAR_ Fall 2008 GOLDEN KEY INTERNATIONAL HONOR SOCIETY _ Spring 2009 COMMUNITY FOUNDATION OF THE PALM BEACHES_ Christopher N. Coppola Architecture Scholarship

STUDIO CULTURE COMMITTEE Student Mentor AMERICAN INSTITUTE OF ARCHITECTURE Member STUDY ABROAD East Asia Study Abroad University of Chongqing, China PUBLICATION Florida- Sao Paulo Dialogue University of Sao - Paulo COMPETITION Luminaire Design Environmental Technology

AIA PALM BEACH SCHOLARSHIP_ William Mignogna Memorial Scholarship UF GSoA HONOR AWARD Masters Research Project Design Honor Award UF GSoA SCHOLARSHIP Arthur Blenn Anderson Scholarship

PORTFOLIO | UNIVERSITY OF FLORIDA ARCHITECTURAL DESIGN

ACKNOWLEDGMENTS

CURRICULUM VITAE

[ ACKNOWLEDGMENTS ]

Mami y Tati: No lo pudiera haber hecho sin ustedes. There are no amount of thank youâ&#x20AC;&#x2122; s I could ever give you. Diana: There will never be a better friend or sister. Thank you for everything you do. Tilson and Hailey: Thank you for all of your support throughout the years.

PORTFOLIO | UNIVERSITY OF FLORIDA ARCHITECTURAL DESIGN

CURRICULUM VITAE

[ ACKNOWLEDGMENTS ]

THANK YOU.