JOSE MIGUEL CORNEJOBACHELOR OF ARTS IN ARCHITECTUREUNIVERSITY OF NEW MEXICO, SAAP

DESIGN PORTFOLIO\ ARCHITECTURE

JOSÉ MIGUEL CORNEJOBACHELOR OF ARTS IN ARCHITECTUREUNIVERSITY OF NEW MEXICO \ SAAP

ARCHITECTURE IS THE LEARNED GAME, CORRECT AND MAGNIFICENT, OF FORMS ASSEMBLED IN THE LIGHT.

Le Corbusier

LIMINALITY IN THE LANDSCAPE

CRYPTO-JUDAI

C LIBRARY

UNM FINE ARTS LIBRARY

5O8 WA

REHOUSE

2OO 3OO 3OO 4OO 4OO OOO

BLACKBOX THEATRE

TABLE OF CONTENTS

O4

O8 14

2O26

32

OTHER

LOCATION: WHITE SANDS, NM, USAPROGRAM: HORTICULTURAL RESEARCH AND VISITOR CENTRECONCEPT: ORGANIC SHAPES MOVING IN OPPOSITE YET EQUAL DIRECTIONS

PROGRAMMING: TWO PRO-GRAM SOLIDS: ONE BEING A TECHNICAL GREENHOUSE AND THE OTHER CONTAIN-ING PUBLIC AND PRIVATE AREAS WHICH ARE DIVIDED BY FLOOR. DESIGN SOLUTION: TWO ORGANIC SHAPES MOVING IN OPPOSITE BUY EQUAL DIRECTIONS, ONE STEREO-TOMIC IN NATURE WHILE THE OTHER TECTONIC IN ESSENCE. THE LONG AXIS BETWEEN THE SOLIDS CRE-ATES A NEGATIVE SPACE USED BY THE EVER-CHANG-ING SAND DUNES IN THE DESERT TO MOVE THROUGH.

SAND DUNES

LIMINALITY IN THE LANDSCAPE

GREENHOUSE SOLID

PROGRAM SOLID

O6 2OO LEVEL\O1

LIMINALITY IN THE LANDSCAPE

GROUND FLOOR PLAN

LEGENDA. EXPOB. RESTROOMC. CLASSROOMD. OFFICEE. STORAGEF. LABG. RESTAURANTH. KITCHENI. GREENHOUSE

FIRST FLOOR PLAN

ROOF PLAN

A

A

E

D

B

B

CI

I

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F

G

O72OO LEVEL\O1

LIMINALITY IN THE LANDSCAPE

EAST ELEVATION

WEST ELEVATION

SOUTH ELEVATION

LONGITUDINAL SECTION

CROSS SECTION

PHYSICAL MODEL

CONCRETE [STEREOTOMIC]

GLASS FRAMING [TECTONIC]

‘WIN

D TU

NNEL

’

CRYPTO-JUDAIC LIBRARY

SUSTAINABILITY: DESIGN BASED IN SOLAR ANGLES PROVIDES THE BUILD-ING WITH PASSIVE SOLAR COOLING AND HEATING DURING THE SUMMER AND WINTER.DESIGN SOLUTION: TWO FLOORS, ONE PUBLIC AND OTHER PRIVATE, DIVIDE THE PROGRAM BETWEEN RESEARCHERS AND THE GENERAL PUBLIC. STRUCTURAL SOLUTIONS ARE ACCOMPLISHED BY THE USE OF AN 8 GRID COLUMN SYSTEM. THIS, PLUS THE AXIAL ORGANIZATION IN THE PLANS PROVIDES AN OPEN AND FLEXIBLE SPACE. A DOUBLE HEIGHT AREA WAS DESIGNED IN ORDER TO CRE-ATE A LIMINAL SPACE BETWEEN THE INSIDE AND OUTSIDE AREAS.

LOCATION: ALBUQUERQUE, NM, USAPROGRAM: CRYPTO-JUDAIC RESEARCH LIBRARYCONCEPT: USE OF ANGLES AS PASSIVE SOLAR DESIGN

DOUBLE-HEIGHT SPACE

RAIN COLLECTION SYSTEM

PASS

IVE SOLAR DESIGN

1O 3OO LEVEL\O2

CRYPTO-JUDAIC LIBRARY

SOUTH ELEVATION WEST ELEVATION

LONGITUDINAL SECTION [B-B’]CROSS SECTION [A-A’]

113OO LEVEL\O2

CRYPTO-JUDAIC LIBRARY

THERMAL-BREAK LAYER

ALUMINUM FINS AT 16” oc

ALUMINUM SKIN

IMPERMEABLE MEMBRANE

2X2X4” ANGLE

ANCHOR BOLT

CONCRETE FOOTING AND SLAB

WALL SECTION

LEGENDA. LIBRARY E. ARCHIVEB. COMPUTERS F. OFFICEC. RESTROOM G. ELEVATORD. LOBBY H. EXPO

AE

D

B C

C

H

F

F F

G

GROUND FLOOR PLAN FIRST FLOOR PLAN ROOF PLAN

A

B

A’

B’

AXIAL

OPEN PLAN

ANGULAR

UNM FINE ARTS LIBRARY

CONCEPTUAL APPROACH: AS A LANDMARK ENTRANCE TO UNM CAMPUS, THE BUILDING ACTS AS A ‘LUMINARIA’ (NATIVE LIGHT FIXTURE), AIMING FOR GRAN-DEUR BOTH AT NIGHT AND DAY. DESIGN SOLUTION: THE PROGRAM IS DIVIDED INTO FIVE MAIN FLOORS: FOUR WHICH ACTED AS PUBLIC AREAS AND ONE PRIVATE ADMINISTRATIVE SUITE. A CENTRAL VERTICAL CIRCULA-TION ALSO SERVES AS A LIGHT TUBE WHICH DIRECTS LIGHT TO THE INNER SPACES IN EACH FLOOR. AN OPEN FLOOR PLAN IS ACHIEVED BY THE USE OF A COLUMN GRID WHICH PROVIDES FLEXIBILITY AND VARIOUS OPEN AREAS. A TWO-LAYER SKIN SYSTEM CONTRIBUTES WITH A VARIETY OF FRAMED VIEWS AND LIGHT PATTERS IN THE INSIDE, AS WELL AS AN INTERESTING AND INNOVATIVE LOOK FROM THE OUTSIDE.

LOCATION: ALBUQUERQUE, NM, USAPROGRAM: UNIVERSIY OF NEW MEXICO FINE ARTS LIBRARYCONCEPT: ARCHITECTURE AS SCULPTURE \ LIGHT FIXTURE

MULTIPLE FENESTRATIONS

OPEN FLOOR PLAN

DOUB

LE S

KIN

SYST

EM

16 3OO LEVEL\O3

UNM FINE ARTS LIBRARY

LEGENDA. MEDIA CHECK-OUT E. MECH ROOMB. CAFÉ F. RESTROOMSC. LOADING DOCK G. SHELVING

D. WELCOME DESK H. ELEVATOR

A. EXPO ROOM E. STORAGE ROOMB. GALLERY F. RESTROOMSC. REFERENCE DESK G. COMPUTERSD. TERRACE H. ELEVATOR

I. SHELVING

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GE

E

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B

B

C

C

HH

F

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GROUND FLOOR PLANT

FIRST FLOOR PLAN

SOUTH ELEVATIONWEST ELEVATION

CONCRETE SLAB/METAL DECKING

DOUBLE GLAZING

1/4” WATERPROOF MEMBRANE

1/2” METAL SHEATING

15” STEEL BEAMS

6” STEEL STUDS

HANGING CEILING

1/2” GYPSUM BOARD

1/2 “ PERFORATED STEEL SKIN

W14X14 STEEL COLUMN

12” CONCRETE FOUNDATION

WALL SECTION

A

B

A’

B’

173OO LEVEL\O3

UNM FINE ARTS LIBRARY

A. STUDY ROOMS E. SOUND STATIONSB. STUDY TABLES F. IMAGE STATIONSC. SHELVING G. COMPUTERSD. TERRACE H. ELEVATOR

I. CLASSROOM

A. OFFICE E. STAFF LOUNGEB. STUDY TABLES F. RESTROOMSC. REFERENCE DESK G. STORAGE ROOMD. TERRACE H. ELEVATORI. WORK STATION J. CONFERENCE ROOM

K. PROCESSING ROOM L. IMAGE STATION

A. SHELVING E. MEDIA CHECK-OUTB. STUDY TABLES F. RESTROOMSC. REFERENCE DESK G. STORAGE ROOM

D. TERRACE H. ELEVATOR

AAAA

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SECOND FLOOR PLAN

THIRD FLOOR PLAN

FOURTH FLOOR PLAN

LONGITUDINAL SECTION [A-A’]

CROSS SECTION [B-B’]

TEXTURE

LIGHT

SCALE

LOCATION: ALBUQUERQUE, NM, USAPROGRAM: 5O8 WAREHOUSE FOUNDATION MULTIUSE FACILITYCONCEPT: FORM DISTINCTION THROUGH DENSITY+TRAJECTORY ANALYSIS

CONCEPTUAL [SELF]IMPOSED RULES : AFTER EXTENSIVE ANALYSIS OF HUMAN DENSITY FLOWS AND TRAJECTORIES, A SET OF RULES WAS DEVELOPED THROUGH WHICH FORM WOULD EMERGE AS A BI-PRODUCT OF IMPOSED LIMITATIONS. DESIGN SOLUTION: THE SET OF RULES WAS BASED ON DIFFERENT DENSITY TRAJECTORIES WITHIN THE SITE. IT CONTAINED TWO LEVELS OF COMPLEX-ITY: MAJOR SITE PATHS AND MINOR PATHS WITHIN. THESE TWO SPATIAL TRAJECTORIES SHAPED THE OVER-ALL VOLUME FORMING A CLUSTER OF PROGRAM-BASED PAVILIONS.

SEMI-PERMEABLE SKIN ENVELOPE

5O8 WAREHOUSE

SEMI-PERMEABLE SKIN ENVELOPE

PROGRAM-BASED PAVILIONS

SPATIAL TRAJECTORIES

22 4OO LEVEL\O4

5O8 WAREHOUSE

67

910

SET OF [SELF]IMPOSED RULES

MAJOR SITE PATHS [A] SECONDARY PATHS [B]

DENSITY TRAJECTORIES TO PLANE TO OBJECT

PRIMARY PATHS SECOND LAYER [G]

PATH CONJUNCTION AND SOLIDS [C] SPATIAL SECONDARY PATHS [D] PATH CONJUNCTION & SOLIDS (H)

SOLIDS ALTERATIONS [E] FINAL SOLID VOLUMES [F] FINAL SOLIDS SECOND LAYER [I]

(A) TAKEN THE MAJOR PATHS IN THE SITE CRE-ATING A CONCEPTUAL GRID FOR SOLIDS. 10’ WIDE

(B) SECONDARY PATH SYSTEM WITHIN THE BUILDING CONNECTING 3 MAJOR STATIC MOVES: ENTRANCE VERTICAL CIRCULATION AND LOADING DOCK.

(C) CONJUNCTION OF MAJOR PATHS AND SECOND-ARY PATHS AND CREATION OF SOLID VOLUMES US-ING PATHS AS LIMITS.

(D) SECONDARY PATHS GIVEN SPATIAL QUALITIES CREATING A SECOND LAYER OF COMPLEXITY. 6’ WIDE.

(E) ALTERATION OF INITIAL SOLIDS USING THE SPATIAL QUALITIES OF THE SECONDARY PATHS.

(F) FINAL ITERATION OF SOLID VOLUMES FOR THE FIRST LAYER OF THE BUILDING.

(G) PRIMARY PATHS IN THE SECOND LAYER OF THE BUILDING CONNECTING 3 MAJOR DOUBLE HEIGHT SPACES: AUDITORIUM, GYM AND VERTICAL CIRCULATION.

(H) CONJUNCTION OF MAJOR PATHS AND SECOND-ARY PATHS AND CREATION OF SOLID VOLUMES US-ING PATHS AS LIMITS.

(I) FINAL ITERATION OF SOLID VOLUMES FOR SECOND LAYER.

SECOND LAYER OF COMPLEXITY

FIRST FLOOR PLANSECONDARY AND TERTIARY PATHSLARGE PROGRAM CONTAINEDMETAL MESH AS FLOORSEMI-PERMEABLE SPACEFLEXIBLE CIRCULATIONWIDE VISUAL FIELDDYNAMISM

FIRST LAYER OF COMPLEXITY

GROUND FLOOR PLAN PRIMARY [SITE] AND SECONDARY PATHSCENTRAL ‘PLAZA’VARIETY OF SMALL & LARGE PROGRAMSEMI-PERMEABLE SPACEFLEXIBLE CIRCULATIONCENTRAL VERTICAL CIRCULATIONVARIETY OF ENTRANCESDYNAMISM

FIRST FLOOR PERSPECTIVE

GROUND FLOOR PERSPECTIVE

24 4OO LEVEL\O4

5O8 WAREHOUSE

GROUND FLOOR PLAN FIRST FLOOR PLAN

SITE PLAN

LEGEND

A. RECORDING STUDIO I. ELECTRICAL ROOM Q. COMPUTER LAB B. DIGITAL MEDIA LAB J. SERVER ROOM R. GALLERY SPACE C. PUBLIC RESTROOM K. LOADING DOCK S. DANCE STUDIO D. STORAGE L. JANITOR T. LOUNGE E. KITCHEN M. FAB LAB U. GYMF. LOBBY|WELCOME CENTRE N. AUDITORIUM STORAGE V. LOCKER ROOMSG. BLACK BOX O. GREEN ROOM W. VERTICAL CIRCULATIONH. MECHANICAL ROOM P. AUDITORIUM X. CLASSROOMY. OFFICE SPACE Z. CONFERENCE ROOM AA. MULTIUSE STUDIOBB. INTERIOR SKATE PARK

J AA

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ON

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L

EAST ELEVATION

SECTION [B-B’]

SECTION [A-A’]SOUTH ELEVATION

ROOF PLAN

NORTH ELEVATION

HIGLHY DYNAMIC SPACES

MANIPULATED VOLUME

PAVILION CLUSTER

PAVILION HIERARCHY

EXTERIOR+INTERIOR ENVIRONMENTS

TWO-LAYER SKIN SYSTEM

FIRST FLOOR PLAN

SITE PLAN

254OO LEVEL\O4

5O8 WAREHOUSE

BLACKBOX THEATRE

LOCATION: ALBUQUERQUE, NM, USAPROGRAM: MULTIUSE+FLEXIBLE THEATRE SPACECONCEPT: ROTATION OF FORMAL PARAMETERS OF DYNAMISM

CONCEPTUAL APPROACH: WITH EXISTING LIMITA-TIONS OF A STATIC, CONSTRAINT SITE, DYNAMIC CHARACTERIS-TICS WERE ACHIEVED BY A 45 DEGREE SHIFT IN THE MAIN VOLUME OF THE PROGRAM. BROAD VISI-BILITY AND FLEXIBILITY WERE ALSO ATTAINED.DESIGN SOLUTION: A MAIN VOLUME ROTATED 45 DEGREES FROM THE STATIC AXIS OF THE SITE SERVES AS THE BLACKBOX, WITH EVERY OTHER PROGRAM SPACES ORBITING AROUND IT. AN OPEN FRONT FAÇADE INVITES PUBLIC FROM THE STREETS BEYOND. HIERARCHICAL VOLUMES AND PLANES PROVIDE HIGHLY DYNAMIC SPACES. THE MAIN PROGRAM SPACE IS ALWAYS VISIBLE. A BLACKBOX WITHIN A CRYSTAL BOX.

‘BLACKBOX’

HIGHLY DYNAMIC SPACES

‘BOX WITHIN A BOX’

28 4OO LEVEL\O5

BLACKBOX THEATRE

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LEGEND A. LOBBY B. TICKET BOOTHC. ELEVATORD. PUBLIC RESTROOME. GALLERYF. CAFE | RESTAURANTG. ELEC ROOMH. SERVICE ELAVATORI. MECH ROOMJ. STORAGEK. FAB LABL. LOADING DOCK

M. PUBLIC LOUNGEN. BLACKBOXO. GREEN ROOMP. CHANGING ROOMQ. REHEARSAL ROOMR. EXTERIOR PATIOS. PRIVATE RESTROOMT. CONFERENCE ROOMU. SLEEPING AREASV. PRIVATE LOUNGE W. OFFICE

FRAMING PLAN GROUND FLOOR PLAN FIRST FLOOR PLAN SECOND FLOOR PLAN

CONCEPTUAL DIAGRAMS [FORM ROTATION]

B’

B

A

17’

42’

17’

A’

294OO LEVEL\O5

BLACKBOX THEATRE

CENTRAL AVE.

4TH

ST.

5TH

ST.

SEATING CONFIGURATIONS SITE PLAN W/ ROOF VIEW

CROSS SECTION [A-A’] LONGITUDINAL SECTION [B-B’]

ARENA LAYOUT

THRUST LAYOUT

ALLEY LAYOUT

PATTERN

CONTRAST

DYNAMICS

PROJECT: THEATRICAL BATHTUB FOR STAGE USESIZE: 8’ LENGTH, 3’ WIDE, 3’ TALLTECHNOLOGY: RHINO MODELLING & CNC ROUTERMATERIAL: WOOD STRUCTURE W/ POSSIBILITY OF NUMEROUS COVERING SKINSSTRUCTURE: MODULAR PLYWOOD ELEMENTS ASSEMBLED BY NOTCHES. USES: THE CONCEPT:BATHTUB SERVES ITS MAIN PURPOSE OF BEING A USABLE BATHTUB FOR USE IN THEATRE PERFORMANCES. ITS POSITION CAN BE ALTERED IN ORDER TO ACCOMMODATE VARIOUS TASKS. INTERCHANGEABLE SKIN PROVIDES MORE FLEXIBILITY FOR DIFFERENT USES. DETACHABLE STRUCTURE CAN SERVE AS SCREEN.

CONCEPT:BATHTUB

DIGITAL MODEL

PHYSICAL MODEL

PHOTOGRA

PHY

JOSE MIGUEL CORNEJOBACHELOR OF ARTS IN ARCHITECTUREUNIVERSITY OF NEW MEXICO, SAAP

E16-5O CALLE 2 Y LOS MEMBRILLOS,URB LAS BROMELIAS, SECTOR MONTESERRIN.QUITO, ECUADOR.(593)856371O1(593)22463325josemicornejo@gmail.com