ARCHITECTURE STUDIO PORTFOLIO 2019

DIANA DURAN ARCHITECTURE PORTFOLIO

DIANA DURAN

Albuquerque, New Mexico | dcdu2@unm.edu | 505-688-2637

Education Colegio Virrey Solis

Bucaramanga, Santander, Colombia High School - Private

University of New Mexico

Albuquerque, New Mexico BAA in Architecture - Cum Lauded - Spring 2017

University of New Mexico

Albuquerque, New Mexico Master of Architecture - First Year Student

Relevant Experience Importaciones Duran & Cia

Bucaramanga, Santander, Colombia Costumer Service Manager January 2011- May 2013

Student Publications - Daily Lobo Albuquerque, New Mexico Design Assistant May 2016 - August 2016

School of Architecture & Planning

Profile Womens in Design New Mexico Member 2016 - Present

Learning, Design & Technology Leadership Task Force - AIAS - Volunteer July 2017 - Present

American Institute of Architecture Students - AIAS Member 2016 - Present

AIA National Conference Participant New York, New York July 2018

International Ambassor Volunteer University of New Mexico Albuquerque, New Mexico Fall 2014

GreenBuild Conference Volunteer & Participant

Los Angeles, California October 2016

Albuquerque, New Mexico Administrative Assistant & Marketing Assistant February 2016 - May 2017

AIA Albuquerque Golf Tournament

Cheey/See/Reames Architects

Emotional Intelligence - Conceptual Pedagogy Volunteer

Albuquerque, New Mexico Intern Architect July 2017 - Today

Albuquerque, New Mexico August 2016, 2017 & 2018

Foundation Alberto Merani Colombia

Proficiency Rhinoceros AutoCad Revit

Lumion InDesign Illustator

Photoshop Office Suite

Languages English Spanish

Fluent

Native

References Timothy Price

Director, Information Technology.

Architectural Research Consultants elcheo@swcp.com

Ane Gonzalez

Assistant Professor - Pratt Institute agonz370@pratt.edu

Tim Castillo

Associate Dean of Students School of Architecture & Planning - UNM timc@unm.edu

CONTENTS Others

Studio Work Public

Exposition Center - Spring 2015 El Paso, TX - Downtown

5

Mixed Use

6

Residential

7

Public

8

Hospitality

9

BRT Lighting Competition

10

Borders | Arch Out Loud

11

Wellness Center - Fall 2015 Albuquerque, NM - Downtown

Crest Apartments - Spring 2016 Albuquerque, NM - San Mateo Blvd

Smith & Union Plaza Revitalization - Fall 2016 University of New Mexico Main Campus

Oasis Hotel - Fall 2016 Albuquerque, NM - Lomas Blvd

Light Cascade - Spring 2017

Bath House DMZ - Spring 2017

Photograph

13

Graphic Design

14

STUDIO WORK

EXHIBITION CENTER El Paso | Texas |USA San Jacinto Plaza, Downtown Public Mixed Use | Spring 2015

FLOOR PLANS

BEDROOM

KITCHEN + LIVING ROOM

EXTERIOR PATIO

RESIDENCE - 3RD FLOOR

INTERACTIVE WALL

COFFEE SHOP

PROJECTION ROOM

INFORMATION CENTER - 2ND FLOOR

RESIDENTIAL ENTRY

INFORMATION DESK

GIFT SHOP

INFORMATION CENTER - 1ST FLOOR

SECTIONS DIAGRAMS

Cafe

Gift Shop

Residence Theater

EXHIBITION CENTER MULTIPLICITY

SECTION LOOKING EAST

SPACE DISTRIBUTION

SECTION LOOKING SOUTH

SECTION LOOKING NORTH

PASSIVE LIGHT

INDIVIDUAL VS SHARED EXPERIENCES

FUNCTIONALITY

The exhibition center is located in El Paso, Texas. This is an infill project projected to be public building. It will serve the community and tourist that frequent downtown. The facility will be a place where people can find information about what is happening in the surroundings. Art, music, history, sports and political meetings. The announcements will fill the space with periodic activities with which we will reactivate downtown and San Jacinto Plaza and commerce in the heart of El Paso. We will make this project interactive where you decide what to see and the type of information you want to see.

Render | Lumion Model | Rhinoceros

TWISTING Albuquerque | New Mexico |USA 4th Street and Gold Street Retail | Mixed use Fall 2015

CONCEPTUAL MASSING MODEL

O SEBASTIAN

DOWNTOWN FITNESS BODY PERFORMANCE

THIRD FLOOR

FOURTH FLOOR

SECOND FLOOR

Downtown fitness is located at 4th and Gold street in Downtown, Albuquerque. This project is intended to be a mixed-use space that benefits the residents and professionals living and working in the surrounding areas. The purpose of having a fitness center at this side of the downtown area is to reactivate the corridor and allow flows of people to spread further and not located just along Central Ave. The fitness center is inspired by the movement of the body and the flexibility of the skin. the twisted facade allows to create dynamicspaces that provide the opportunity for activities like indoor climbing to become special and personal. The complex accomodates two dancing rooms, cardio and weight room, spa and salon, two pools, two climbing walls, a skate park underground, coffee shop, juice bar, and offices.

Model: Rhinoceros Render: Vray + Photoshop

FIRST FLOOR

UNDERGROUND FLOOR

CREST APARTMENTS Albuquerque | New Mexico |USA San Mateo Blvd and Bell Street Residential Mixed Used Spring 2016

A B TRANSLUCENT CONCRETE

C D E

DIAGRAMATIC FLOOR PLANS

COMMON AREAS

A

UNITS FLOOR PLANS

TYPICAL 3 BEDROOM APARTMENTS

2500 ft²

2500 ft²

B

900 ft² 1500 ft²

TYPICAL 1 BEDROOM + 2 BEDROOM APARTMENTS + COMMON AREA

1500 ft²

CREST APARTMENTS

C

TYPICAL 1 BEDROOM + 2 BEDROOM APARTMENTS

900 ft²

900 ft²

STREET PULSATIONS

1500 ft²

The Crest apartments are located in the international district, one of the most important zones in the city.

The crest apartments is a project proposal that intent to redensify this space and bring a new face to this part of town. After and extensive examination of the history of the site, uses, and new needs claimed by the community; The project materialize social, economical and cultural aspects.

SECTION

D

The Crest apartments provides exclusive common areas for residents only. The common areas are elevated above ground, this provides a sense of security and exclusivity, accompanied by breath taking views. The dynamic elevations of the common areas are the solutions to necessities exposed by the community.

PRIVACY + SAFETY SURVEILLANCE BEAUTIFUL VIEWS

E

SECTION LOOKING SOUTH

Additionally, due to orientation of the complex and the height of the towers, it is proposed a translucent concrete that will allow for lit spaces in the interiors during the day, and as reference point at night time due to the emission of light coming from the interior to the exterior. All this to increase security around the complex and the neighborhood.

Modeling: Rhinoceros Rendering : Vray | Photoshop

SECTION LOOKING SOUTH

• SECTION LOOKING NORTH

/

I

I

/

----

'

/ /

\ \ \

''

SMITH PLAZA \

SECTION LOOKING EAST

UNIVERS11Y OF NEW MEXICO ALBUQUERQUE, NEW MEXICO

\

\

I

The hearth of UNM, Smith+Union Plaza sees thousands of students walk through every year, it has been a place for memorable events that vanish along with the soul of the plaza. Now it's time to revitalize, allowing the new generation to enjoy from it; a new life that allows gathering and the creation of new memories. The plaza is begging for a new language, and for new defined spaces. The intent with this proposal is to revitalized the Smith plaza, repair major damaged spaces, and provide complete and easy ADA compliant access to the plaza Graphics: Autocad

OASIS HOTEL

Albuquerque | New Mexico |USA Lomas Blvd @University Blvd Hospitality | Fall 2016

Lobby

Business

Front Desk

Retail I

Restaurant

Outdoor Sitting

Bar

Retail II

Level I Public

Kitchen

Back of the House

Laundry

SECTION A3- EW

Wet Zone

Service Entrance

Spa

SECTION A4

Conference Rooms

Level II Private Ballroom I

Public Gym

Back of the House

Ballroom II

OASIS HOTEL BOUTIQUE HOTEL

Located at the west end of the development, the Oasis Hotel will provide meeting spaces for the university community and health centers surrounding the site. Located at the heart of the city, the Oasis enjoys breathtaking view of the mesa and convenient transportation facilities close by.

Level III Private Public Back of the House

This development intends to activate the site with densification and pedestrian activity by providing spaces necesserary for the university a well as the general public. The interactions between pedestrians and vehicular flow will energize the area. The Hotel will provide the community with a place where visiting faculty, staff, new students, and guests can stay and enjoy from staying at walking distance from their centers of activity without worring about transportation.

Render: Rhinoceros + AutoCad

CHAMIZAL NATIONAL MEMORIAL PARK El Paso | Texas | USA Low Income Housing | Fall 2018

SITE DEVELOPMENT

SITE DEVELOPMENT

ALTERNATIVE SPACE WHERE BOTH COUNTRIES CAN ENJOY FROM EVENTS ELIMINATING THE NECESSITY TO CROSS THE BORDER

SITE DEVELOPMENT

SITE DEVELOPMENT

MAT FENCE

SITE DEVELOPMENT

EXHIBITION SPACE

CAFE

INFORMATION DESK

N FLOOR PLAN

MUSEUM

CHAMIZAL NATIONAL MEMORIAL MUSEUM

UPCYCLE MESH FENCE AS RESTING SPOTS AND BIKE RACKS

SITE DEVELOPMENT STEEL BEAM FENCE

BLUE SKY VILLAGE OASIS HOTEL

Albuquerque | |New | USA Albuquerque NewMexico Mexico |USA Central Avenue & 6th Street Lomas Blvd @University Blvd Low Income |Housing | Fall 2018 Hospitality Fall 2016

BLUE VILLAGE

REFUGEE HOUSING

LOWER LEVEL TYPICAL WINDOWS ASSEMBLY ALUMINUM FRAME INSULATED E-GLASS PERFORATED PANEL

Blue Sky Village is welcoming of refugees coming from all different countries in which war or terror is taking place.The village core idea works towards a self sustained a living by providing creative and production spaces for arts and crafts. The general public and other refugees will be located, a health facility to address minor health conditions and an art gallery to promote residents art. The rest of the amenities such as laundry, classrooms, basketball court, daycare, and maker space are located all through the site to encourage active streets, community engagement, and safety. Blue Sky Village is inspired in middle eastern and European vernacular architecture that creates courtyard spaces for gatherings and passive ventilation. The different courtyards spaces intent to promote community building by sharing spaces where cookouts, dances, ritual or fairs can take place. In order to continue promoting social interaction and activity, the units are relatively small with the most necessary living spaces with horizontally and vertically extended windows to enjoy form daylighting as much as possible.

Khadegah fled his home in Darfur, Sudan. “I always think about my father, my mother and the rest of my family. I think about my former neighbors of 11 years. I don’t know if they’re alive or not”.

Achan is a widow who had eight children. Seven of her children died during the ongoing war in her home country of South Sudan. As a result, she was left with 8 orphans to take care of.

Before the war, she was a peasant farmer in Sudan who cultivated and made crafts to sustain her big family.

SECTION

0’

4’

8’

16’

TERRACE

RESTROOM

BATHROOM

BEDROOM 1

BEDROOM 2

STORAGE

KITCHEN

BATHROOM

UPPER LEVEL TYP. WINDOWS ASSEMBLY ALUMINUM FRAME INSULATED E-GLASS

BATHROOM

LOWER LEVEL TYPICAL WINDOWS ASSEMBLY ALUMINUM FRAME INSULATED E-GLASS PERFORATED PANEL

MASTER BEDROOM

4’

KITCHEN

UNIT TYPE A - 1060 SF

UNIT TYPE A -1030 SF

UNIT TYPE A - 450 SF 0’

LIVING ROOM LIVING ROOM

STORAGE

BEDROOM

0’

8’

DINING ROOM

MASTER BEDROOM

STORAGE

CONCRETE CAP GREEN ROOF FOLIAGE GROWING MEDIUM GARDEN DRAIN AND WATER RETENTION LAYER TOP WATER PROOFING MEMBRANE RIGID INSULATION METAL DECK ROOFING BATT INSULATION

KITCHEN

BEDROOM 1

4’

0’

4’

8’

8’

CUSTOM MADE WINDOW EXTERIOR STUCCO FINISH 3” RIGID INSULATION 2X4 STEEL STUDS BATT INSULATION REINFORCED CONCRETE SLAB GYB. BOARD BATT INSULATION GYP. BOARD CEILING FINISH 2X4 STEEL STUDS 3” RIGID INSULATION 8” REINFORCED CONCRETE WALL

UPPER LEVEL UPPER TYPLEVEL .

TYP. WINDOWSWINDOWS ASSEMBLYASSEMBLY ALUMINUMALUMINUM FRAME FRAME INSULATEDINSULATED E-GLASS E-GLASS

LOWER LEVEL LOWER TYPICAL LEVEL TYPICAL WINDOWSWINDOWS ASSEMBLYASSEMBLY ALUMINUMALUMINUM FRAME FRAME INSULATEDINSULATED E-GLASS E-GLASS PERFORATED PERFORATED PANEL PANEL

GROUND PLAN

0’

15’

SECOND FLOOR PLAN

30’

0’

15’

30’

OFFICES

GIFT SHOP

TEST ROOM INTERNET ACCESS

WAITING AREA

EXAM ROOMS

GALLERY OFFICES LOBBY FRONT DESK

ADVOCACY CENTER 3,200SF 0’ 12’

ART GALLERY - 2,600SF 0’

15’

30’

FRONT DESK

24’

HEALTH CENTER - 1,700SF 0’

10’

20’

PRECEDENT STUDY | GEORGE POMPIDOU CENTER, PARIS FRANCE BY RENZO PIANO

BLUE SKY VILLAGE

Albuquerque | New Mexico | USA Central Avenue & 6th Street Low Income Housing | Fall 2018

F.F. LEVEL 0' - 0"

STANDING SEAM ZINC SHEET FIXED WITH CLIPS THROUH INSULATION

A1 A105

METAL FASCIA WATER PROOFING

E1

PLYWOOD SHEETING 4" RIGID INSULATION

SECTION 1/8" = 1'-0" 0'

VAPOR BARRIER 22 GAUGE STEEL DECK 20 MM STAINLESS STEEL CABLES, TYP. WELDED AT PRIMARY STRUCTURE

1'

3'

6'

WIDE FLANGE W12X26

INSULATED E-GLASS CURTAIN WALL

METAL CLADDING WATER PROOFING PLYWOOD SHEETING

6" METAL STUDS WITH BATT INSULATION IN BETWEEN PLYWOOD SHEETING VAPOR BARRIER

VAPOR BARRIER

5/8" GYP. BOARD WITH PAINT

POLISH CONCRETE 6" OF CAST-IN-PLACE REINFORCED CONCRETE

4" OF RIDIGID INSULATION WATER PROOFING GRANULAR FILL REINFORCED STRIP FOOTING 4" FOOTING DRAIN PIPE EARTH

CONCRETE FOOTING

SECTION PERSPECTIVE

D1 SECTION PERSPECTIVE 12" = 1'-0"

F

PRECEDENT STUDY | GEORGE POMPIDOU CENTER, PARIS FRANCE BY RENZO PIANO

DAMP PROOFING SECTION E1 1/8" = 1'-0"

1'

3'

6'

METAL FLASHING

PLYWOOD SHEETING

1-1/2" METAL DECKING WIDE FLANGE BEAM W12X22 METAL FLASHING WIDE FLANGE BEAM W12X26

3/4" PLYWOOD SHEATHING

STANDING SEAM 1-1/2" METAL DECKING ZINC SHEET WIDE FLANGE W12X26 DAMP PROOFING

3/4" PLYWOOD SHEATHING WOOD BLOCKING VAPOR BARRIER 4" RIGID INSULATION 3/4" PLYWOOD SHEATHING WOOD BLOCKING

A101

2" RIGID INSULATION

WIDE FLANGE W12X26

VAPOR BARRIER 4" RIGID INSULATION DAMP PROOFING

6' - 6"

28' - 6"

A

F

C

D

28' - 6"

2'

6'

12'

REPAIR SHOP 1303 SF

111

2

E

1

13' - 6"

RESTROOM 82 SF

MECHANICAL 166 SF

72' - 0"

18' - 0"

110

12' - 6"

112

OFFICE 113 SF

F

18' - 0"

18' - 0"

3

1

112

OFFICE 113 SF

MECHANICAL 166 SF

110

2

3

RESTROOM 82 SF

REPAIR SHOP 1303 SF

111

112

OFFICE 113 SF

B

C

D

E

F

A C

4

4

MECHANICAL 166 SF

3

B

D

C

4

E

D

E

F

F

2'

6'

3

12'

10' - 0"

0'

C

D

4

1

1/4" METAL CLADDING FACADE AIR GAP DAMP PROOFING 1" PLYWOOD SHEATHING 6" METAL STUDS 6" BATT INSULATION 1/4" METAL CLADDING FACADE AIR GAP 6" C-CHANNEL DAMP PROOFING 6" C-CHANNEL 1" PLYWOOD SHEATHING 6" METAL STUDS 6" BATT INSULATION WOOD BLOCKING

STEEL SQUARE STRUCTURAL COLUMNSH 8X8X1/4 SEALANT 2" POLISHED CONCRETE FINISH 6" SEALED CONCRETE. SLAB ON GRADE

A

F

0'

13' - 6"

18' - 0"

2' 18' - 0"

6'

WIDE FLANGE W12X36

B

C

4

12'

1

HOLLOW SQUARE COLUMN HS8X8X1/4

D

E

2

F

3" METAL DECK TO SUPPORT ROOF

72' - 0" 10' - 0"

1

2" POLISHED CONCRETE FINISH

2

3

4" RIGID INSULATION DAMP PROOFING

13' - 6"

18' - 0"

0'

18' - 0"

1

A

EARTH

DAMP PROOFING

12' - 0"

1

2

1

B

- 6"3" METAL DECK TO

HOLLOW SQUARE COLUMN HS8X8X1/4

C

12' - 0"

1

A

2

12'

12'

SUPPORT ROOF

13' - 6"

B

13' - 6"

3

12' - 6"

3" METAL DECK TO 0' ROOF 2' SUPPORT

6'

E

EARTH 4" PVC DRAINAGE PIPE 3/4" DRAINAGE MAT

0' 18' -2'0"

6' 2' - 6"

D 76' - 6" 13' - 6"

E 18' - 0"

2

2' - 6"

1

2

3

3

2" REINFORCED STRIP FOOTING

1/2" STAINLESS STEEL BARS ANCHORED TO THE48"x48"x18" GROUNG CONCRETE FOOTING

2" REINFORCED STRIP FOOTING

1/2" STAINLESS STEEL BARS ANCHORED TO THE48"x48"x18" GROUNG CONCRETE FOOTING

2' CONCRETE 6' STEEL SQUARE STRUCTURAL CAST0'IN PLACE COLUMN HS8X8/1/4" FOUNDATION WALL

2' - 6"

18' - 0"

18' - 0"

1

1

2

COMMERCIAL

The Cornell Bike Shop project is located at Cornell Street, just outside the UNM Main Campus. The proposed design intends tot provide a simple space where bike owners can make use of the repair tools to fix their bikes. Floor to ceiling storefront windows compose the north and west facade, where the south facade feature a transpire solar 3 collector in the form of a steel cladded facade.

3

4

4

STEEL SQUARE STRUCTURAL CAST IN PLACE CONCRETE COLUMN HS8X8/1/4" FOUNDATION WALL

1/2" STAINLESS STEEL BARS ANCHORED TO THE48"x48"x18" GROUNG CONCRETE FOOTING

4

18' - 0"

STEEL SQUARE STRUCTURAL CAST IN PLACE CONCRETE 3 COLUMN HS8X8/1/4" FOUNDATION WALL

FOUNDATION FOUNDATION PLANPLAN FOUNDATION A2 PLAN 1/16" = 1'-0" 1/16" = 1'-0" 4

72' - 0"

18' - 0"

CORNELL BIKE SHOP 12'

F 18' - 0"

F

2

12'

4

2" REINFORCED STRIP FOOTING

E F

13' - 6"

F

18' - 0"

C 12' - 6"

3

D E

4

1

1

45' - 0"

D 76' - 6"

12' - 6"

12' - 0"

3

6'

4

WIDE FLANGE W12X36

A 1/16" = 1'-0"

4" GRANULATED INDFILL EARTH 4" PVC DRAINAGE PIPE 3/4" DRAINAGE MAT

A2

HOLLOW SQUARE 12' COLUMN HS8X8X1/4

D 76' - 6"

ROOF FRAMING PLAN FRAMING PLAN 2

B2

2'

C

C

10' - 0"

STEEL BEAM W8X36

DAMP PROOFING 4" PVC DRAINAGE PIPE 2" POLISHED CONCRETE FINISH 4" GRANULATED INDFILL3/4" DRAINAGE MAT 6" SEALED CONCRETE. REINFORCED SLAB ON GRADRE

B

B

WIDE FLANGE W12X36

4 FRAMING PLAN B2 1/16" = 1'-0"

6" SEALED CONCRETE. REINFORCED SLAB ON GRADRE

6'

3

3 STEEL BEAM W8X36

2" POLISHED CONCRETE FINISH

2'

2

A

4

4" GRANULATED INDFILL

4" RIGID INSULATION

12' - 6"

FRAMING PLAN B2 1/16" = 1'-0"

0'

6" SEALED CONCRETE. REINFORCED SLAB ON GRADRE

4" RIGID INSULATION SEALANT 2" POLISHED CONCRETE FINISH 6" SEALED CONCRETE. SLAB ON GRADE

12' - 6"

STEEL BEAM W8X36

2

E

72' - 0"

10' - 0"

3

SEALANT

0'

2

4

FOUNDATION TO WALL1 A1 1 1/2" = 1'-0"

E

B

FLOOR PLAN C2 F.F LEVEL FLOOR PLAN 1/16" = 1'-0"

4" GRANULATED INFILL EARTH

FOUNDATION TO WALL1 FOUNDATION A1 TO WALL DETAIL 1 1/2" = 1'-0" WOOD BLOCKING

12'

101

111

FLOOR PLAN C2 F.F LEVEL A B 1/16" = 1'-0"

2

4" RIGID INSULATION DAMP PROOFING

2

RESTROOM 82 SF

18' - 0"

3

LOW-E WINDOW GLAZING

4" GRANULATED INFILL EARTH

6' F

101

PLAN A B C2 F.F LEVEL FLOOR 1/16" = 1'-0"

FIXED ALUMINIM WINDOW FRAME

METAL CLADDING FACADE 4" RIGID INSULATION VAPOR BARRIER AIR GAP 4" GRANULATED INFILL DAMP PROOFING EARTH METAL CAP 4" RIGID INSULATION 1" PLYWOOD SHEATHING

F

12'

REPAIR SHOP 1303 SF

4

3

METAL FLASHING

SEALANT SEALANT 6" C-CHANNEL FLASHING 2" POLISHED CONCRETE FINISH 6" C-CHANNEL FIXED ALUMINIM WINDOW FRAME 6" SEALED CONCRETE. LOW-E WINDOW GLAZING SLAB ON GRADE WOOD BLOCKING

METAL CAP

1

101

4

1-1/2" METAL DECKING

STEEL SQUARE STRUCTURAL SEALANT COLUMNSH 8X8X1/4 FLASHING

4" RIGID INSULATION 1/4" DAMP PROOFING

3

1

10' - 0"

METAL CAP

2'

18' - 0"

6' - 6"

1/4" SHEATHING GYPSUM BOARD 3/4" PLYWOOD

6'

28' - 6"

4" RIGID INSULATION

4" RIGID INSULATION VAPOR BARRIER

D

10' - 0"

2

A33

FIXED ALUMINIM WINDOW FRAME

C1 WALL TO ROOF CONNECTION1 1 1/2" = 1'-0"

0'

18' - 0"

13' - 6"

45' - 0"

VAPOR BARRIER

2'

1

12' - 6"

6' - 6"

2" RIGID INSULATION

WOOD BLOCKING

STEEL SQUARE STRUCTURAL COLUMNSH 8X8X1/4

1/4" GYPSUM BOARD 3/4" PLYWOOD SHEATHING

45' - 0"

6' - 6"

2

SEALANT FLASHING TO ROOF CONNECTION1 LOW-E WINDOW GLAZING = 1'-0"

18' - 0"

110

E

A

6' - 6"

1/4" GYPSUM BOARD

WALL METAL DROPPEDC1 DOWN ACOUSTIC CEILING 1 1/2"

18' - 0"

E

28' - 6"

VAPOR BARRIER 6" BATT INSULATION 3/4" PLYWOOD SHEATHING 6" METAL 1/4" GYPSUM BOARDSTUD

VAPOR BARRIER 3/4" PLYWOOD SHEATHING

6" C-CHANNEL 6" C-CHANNEL

1

A101

PLYWOOD SHEATHING

6" C-CHANNEL 6" C-CHANNEL

4" RIGID INSULATION

3/4" PLYWOOD METAL DROPPED SHEATHING DOWN ACOUSTIC 4" RIGIDCEILING INSULATION

6" METAL STUDS 6" BATT INSULATION

A3

10' - 0"

WOOD BLOCKING

D

4

3/4" PLYWOOD SHEATHING

D

72' - 0"

C

10' - 0"

DAMP PROOFING

6' - 6"

3/4" PLYWOOD SHEATHING

B

STANDING SEAM ZINC SHEET

6" BATT INSULATION 6" METAL STUD

F

3

13' - 6"

72' - 0"

45' - 0"

4" RIGID INSULATION

A

45' - 0"

VAPOR BARRIER

2

METAL FLASHING PLYWOOD SHEATHING

6" METAL STUDS 6" BATT INSULATION

E

6' - 6"

1/4" GYPSUM BOARD

1/4" METAL CLADDING FACADE AIR GAP DAMP PROOFING 1" PLYWOOD SHEATHING

112

D MECHANICAL 166 SF

OFFICE 113 SF

PLAN

10' - 6"

2" RIGID INSULATION

METAL FLASHING

C

A101

- 0" 10'45' - 0"

1 1/2" = 1'-0"

WIDE FLANGE BEAM W12X26 PLYWOOD SHEATING

111

C

72' - 0"

B

13' - 6"

A1

1

6' - 6"

C1

12' - 6"

28' - 6"

WALL TO ROOF DETAIL WALL TO ROOF CONNECTION1

WIDE FLANGE W12X26

C

10' - 0"

2" RIGID INSULATION 1-1/2" METAL DECKING

B

45' - 0"

1-1/2" METAL DECKING WIDESTANDING FLANGE BEAM SEAMW12X22 ZINC SHEET METAL FLASHING DAMP PROOFING

A

28' - 6"

2" RIGID INSULATION

A101

PLYWOOD SHEATHING

10' - 6"

D1 SECTION PERSPECTIVE 12" = 1'-0"

A

28' - 6"

DAMP PROOFING PLYWOOD SHEATING

6'

4

A3

28' - 6"

STANDING SEAM ZINC SHEET

3'

1/8" / 1'-0"

LEVEL FLOOR A1 - SOUTH C2 F.F D2 ELEVATION 1/16" = 1'-0" 1/16" = A101 1'-0"

45' - 0"

CONCRETE FOOTING

METAL DROPPED DOWN ACOUSTIC CEILING

1'

12' - 6"

0'

6' - 6"

1/4" GYPSUM BOARD

5/8" GYP. BOARD WITH PAINT

45' - 0" 10' - 6"

EARTH D1 SECTION PERSPECTIVE 12" = 1'-0"

0'

10' - 0"

2

DAMP PROOFING

4" FOOTING DRAIN PIPE

B

- SOUTH F.F. LEVEL 0' - 0" D2 ELEVATION 1/16" = 1'-0"

PLYWOOD SHEETING VAPOR BARRIER

GRANULAR FILL REINFORCED CONCRETE FOOTING STRIP FOOTING

VAPOR BARRIER 3/4" PLYWOOD SHEATHING

A

WATER PROOFING

STANDING SEAM ZINC SHEET

110

6'

1

F.F. LEVEL 0' - 0" 4 T.O. ROOF 17' - 0"

6" METAL STUDS WITH BATT INSULATION IN BETWEEN

WATER PROOFING VAPOR BARRIER GRANULAR FILL POLISH CONCRETE REINFORCED 6" OF CAST-IN-PLACE STRIP FOOTING REINFORCED CONCRETE 4" FOOTING DRAIN PIPE 4" OF RIDIGID INSULATION EARTH WATER PROOFING

4" RIGID INSULATION

6' - 6"

6" METAL BATT WIDESTUDS FLANGEWITH W12X26 INSULATION IN BETWEEN

5/8" GYP. BOARD WITH PAINT METAL CLADDING

12'

RESTROOM 82 SF

A101

3'

1/8" / 1'-0"

PLYWOOD SHEETING

PLYWOOD SHEETING VAPOR BARRIER

1'

101

3

METAL CLADDING

6'

REPAIR SHOP 1303 SF

WIDE FLANGE W12X26

WATER PROOFING

4" OF RIDIGID INSULATION

6" METAL STUD

A101

T.O. ROOF 17' - 0"

VAPOR BARRIER

3/4" PLYWOOD SHEATHING

A1 0'

ELEVATION - WEST E2 1/8" = 1'-0"

INSULATED E-GLASS POLISH CONCRETE CURTAIN WALL 6" OF CAST-IN-PLACE REINFORCED CONCRETE

6" BATT INSULATION

A3

A1 A105

WIDE FLANGE W12X26

INSULATED E-GLASS 20 MM WALL STAINLESS CURTAIN STEEL CABLES, TYP. WELDED AT PRIMARY STRUCTURE

ELEVATION - WEST 1/8" = 1'-0"

E2

F.F. LEVEL 0' - 0"

6'

2" RIGID INSULATION 1-1/2" METAL DECKING0'

VAPOR BARRIER 22 GAUGE STEEL DECK

WIDE FLANGE BEAM W12X26

3'

PLYWOOD SHEATHING

WATER PROOFING 20 MM STAINLESS STEEL CABLES,SHEETING TYP. PLYWOOD WELDED AT PRIMARY 4" RIGID INSULATION STRUCTURE

METAL FLASHING

1'

28' - 6"

2" RIGID INSULATION 1-1/2" METAL DECKING WIDE FLANGE BEAM W12X22

F.F. LEVEL 0' - 0"

0'

28' - 6"

PLYWOOD SHEATING

STANDING SEAM ZINC SHEET

6' - 6"

STANDING SEAM ZINC 4" RIGID INSULATION SHEET FIXED WITH CLIPS VAPOR BARRIER THROUH INSULATION 22 GAUGE STEEL DECK METAL FASCIA

SECTION 1/8" = 1'-0"

2'

2

28' - 6"

E1

PLYWOOD SHEETING

2

A1 A105

45' - 0"

WATER PROOFING

DAMP PROOFING

0'

1

F.F. LEVEL 0' - 0"

10' - 6"

METAL FASCIA

STANDING SEAM ZINC SHEET

1

F.F. LEVEL 0' - 0"

STANDING SEAM ZINC SHEET FIXED WITH CLIPS THROUH INSULATION

45' - 0"

D1 SECTION PERSPECTIVE 12" = 1'-0"

4

12'

0'

2'

6'

12'

4

OTHERS

BORDERS

DMZ, Korea Team Entry Cesar Vargas+Diana Duran Spring 2017

Expected Growth North Korea

South Korea

North Korea South Korea

DMZ Division

Forests

Grassland Fields

REVOLVING IDENTITIES A simple geometry with extensive meanings inspires the design of the bathhouse. The taegeuk is a symbol tied to the Korea culture. It is formed by two spiraling identities that represent equality, balance and the continuous cycle of life. This duality is expressed by the two entries facing East and West. Onr entry represents the warm experiences and the other the cold. The revolving circulation creates interior spaces that evoke perpetual motion where the two identities meet in a shared pool and come together as one. It is till you are in the shared pool, where you realize that you have only experience half of the journey...

RBT LIGHTING COMPETITION Fixture for a Museum Lobby Washington, D.C. Individual Entry | Spring 2017

10’

This lighting fixture is intended to provide the museum guests a magical and refreshing experience. This museum’s spaces are constantly evolving and changing. They are spaces where the best ideas and dreams are exposed to the world. I believe that creating transitional elements inside a museum lobby is an interactive and engaging experience that will bring out different emotions every time someone visits the museum.

8’

FRONT VIEW

The fixture holds itself in a steel frame. It is eight feet high and ten feet wide. The structure supports itself by a metal plate on the floor that prevents the structure from tilting and allows people to walk on it. The sources of light are LED strips that are battery powered, located at the top of the structure. The light is carried from top to bottom through fiber optic strings. The color characteristics and the quantity of light produced by the LED strips can be change and personalized with a remote controller producing more than 44 colors. The most intense light will be at the bottom of the structure and reflect up due to the reflective metal plate. The lighting source is separated three inches from the fiber optic filaments in order to provide a curious component to the fixture. The light cascades could be rearranged and reconfigured into different shapes and spaces, providing a variable range of options to enhance the museum lobby or any other event space.

12’

4.5’

Reflective Steel Sheet

TOP VIEW

3”

Copper Wired LED Strips

USE OF FIXTURE & POSSIBLE ARRANGEMENT

1”

Brushed Steel Horizontal Support Fiber Optic Rope

SECTION VIEW

POSSIBLE SPACE ARRANGEMENTS

SPRING 2017 LECTURE SERIES Marketing Design Set School of Architecture + Planning University of New Mexico Spring 2017

JINHEE PARK SINGLESPEED DESIGN US

FRIDAY, JANUARY 27TH | 5:30 PM GARCIA HONDA AUDITORIUM MARJORIE MEAD HOOKER VISITING TING PROFE PROFESSORSHIP

MICRO-URBANISM Jinhee Park received a Master in Architecture from the Harvard Graduate School of Design and a B.F.A. in Industrial Design from Seoul National University. Her work at SsD has been celebrated through numerous awards including a 2015 Best in Competition Award from AIANY. SsD is an architecture firm that approaches design as a convergent, interdisciplinary venture that aspires to bridge the utopian and the pragmatic. Instead of separating aspects of architecture, urbanism, landscape, history, social systems, and codes into their constituent disciplines, these essential design ingredients are simultaneously explored so that minimum form gains maximum effect. In this way sustainability emerges as an integrated rather than additive result.

@UNMSAAP SAAP.UNM.EDU

SCHOOL OF ARCHITECTURE AND PLANNING

THE UNIVERSITY OF NEW MEXICO

THANK YOU D I A N A D U RA N dianaduranumana2@gmail.com 505.688.2637