PORTFOLIOjeffrey mccord

PROFESSIONAL DESIGN

ACADEMIC RESEARCH

PROTOTYPING

MULTIMEDIA

CV

RIDGEWOOD RESIDENCEA NEW LIFE FOR A MID-CENTURY REGIONAL DESIGN

MASTER BATHWINDOW BOX

MASTER BEDROOMGLASS LINK

LIVING TERRACE

SALVAGED RAFTERBARN DOOR

STEEL pIER + BEAMFOuNDATION

MF ARCHITECTUREAUSTIN, TEXASAPRIL 2013-PRESENT

The Ridgewood Residence represents a signifi cant intervention and re-imagining of a 1963 home designed by noted regional Texas architect A. D. Stenger. Having undergone numerous alterations over fi ve decades, the project demanded a dual emphasis on conceptual preservation and careful integration of approximately 1300 square feet of new program, all within the signifcant constraints of strict City of Austin tree protection regulations. Major elements include a new master suite wing, an outboard stairwell volume, and reconfi guration of living areas to accommodate a more fl uid spatial composition and a raised ceiling height.

STANDING SEAMTuRNDOWN

STAIRCASE VOLuME RAISED LIVING ROOMW/ CLERESTORY

TILTED EAVE

EXISTING LIMESTONE CHIMNEYBROuGHT TO FOuNDATION

EXISTING SpATIAL pLAN

public/living

connecting

transition

external space

private

pROpOSED SpATIAL pLAN

public/living

connecting

transition

external space

private

swimming

EXISTING SpATIAL pLAN BREAKDOWN

half criticalroot zones

pROpOSED SpATIAL pLAN BREAKDOWN

OFFCUT WALL

POPLAR T+G

READER WINDOW BOX

INFINITY KITCHEN COUNTER

RECLAIMED BRICK FAADE

FLOATING POWDER/PANTRY VOLUME

HANCOCK RESIDENCEOR THE MULLET HOUSE 3 WEST ELEVATION

MF ARCHITECTUREAUsTIn, TExAsJAnUARY 2013-PREsEnT

CLOSET

DOUBLE HEIGHT SPACE

DOUBLE HEIGHTBOOKSHELF

MURPHY BED W/BUILT-IN CASEWORK

COATCLOSET

WALL OPENSTO EXTERIOR

SUSPENDEDFIREPLACE

MOTHER-IN-LAWSUITE BELOW

KITCHENISLAND

REFRIGERATOR

GARAGE BELOW

GUEST BED /STUDY

ALT CAT FOODSTORAGE

LINE OF DECKABOVE

OUTDOORDECK

LINE OF SECRETTERRACE ABOVE

CURTAIN TOSEPARATEKITCHEN ANDDINING

SUGG. CAT FOODSTORAGE

SUGG. CORKART WALL

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EXTRUDED WINDOW VOLUME

READING NOOK

WRAPPING WOOD FACADEWRAPPING WOOD FACADE

HVAC CHASE

INFINITY KITCHENCOUNTER

WOOD/STONE

WOOD

2 FLOOR PLANMAIN LEVEL

1 BUILDING SECTIONN-S

The Hancock Residence, or the Mullet House, connects the old and new in the historic Clarksville neighborhood of Austin, Texas. Like the haircut, the house is a trimmed one-story volume at the entry that lets loose in the back with a 3-story faade due to a combination of both topographic variation and roof slope. Initially a remodel, structural deficiencies in the existing house demanded a total rebuild, which in turn provided opportunities for salvaging brick, wood, and the memory of the original homes formal qualities. The project will begin construction in winter 2014.

FULL BATH

MEDIAFIRE PIT

WALL OPENSTO EXTERIOR

MURPHY BED

COATCLOSET

DRAIN

KITCHEN /BAR

BARNDOOR

LINE OF BUILDINGABOVE

MOTHER-IN-LAW SUITE

LINE OF FANABOVE

LINE OF DECKABOVE

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4

6

6

8

1314

DESK WITHINBUILT-IN

TIPPED-OUT STAIR VOLUMEWITH DOG DOOR

EXTRUDED WINDOW VOLUME

CONCRETE

CONCRETE/STONE

TILE

WOOD

TILE

HOSE BIB

1 FLOOR PLANLOWER LEVEL

OPEN TOBELOW

TRIPLE HEIGHTBOOKSHELF

RAILING TOBELOW

SLIDING GLASSDOOR

MOTHER-IN-LAWSUITE BELOW

GARAGE BELOW

COFFEE / TEACABINET

SECRETPASSAGEWAY

LINE OF SKYLIGHTABOVE

LINE OF SKYLIGHTABOVE

JACK &JILL

DN

FLUE

FIXED GLASSDOOR

SAFE

BARNDOOR

SUGG. CORK ART WALL

FIREPLACEOUTDOORSHOWER

HEAD

SECRET SKYLOUNGE

2

7

7

5

9

912

12

12

6

6

TBD

16

EXTRUDED WINDOW VOLUME

LINE OFEXTERIOR WALL

EXTRUDEDMASTER BATH

VOLUME

WRAPPING WOOD FACADEWRAPPING WOOD FACADE

STAIRS TO SECRETSKY LOUNGE

DASHED LINE INDICATESROOF ABOVE

VENT FOR WDCONNECTION

OVERFLOWDRAIN

BOOKSHELF

3 FLOOR PLANSECOND LEVEL

FAADE sTUDY

MASTER BATH EXTRUSION

READER WINDOW BOX

INFINITY KITCHEN COUNTER

PIXELATED SEAM AT FOLDING WALL

GARAGE BELOW

RECLAIMED BRICK FAADE

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site plan

the MODERN GREAT ROOM and the UNIVERSITY CLUB

advanced design, fall 2011 critics Kevin Alter, Ernesto Cragnolinoco-designers Marisa Love, Bryon Pigg

It could be said that the rise of Modernism siphoned attention away from much of what is critical in good architecture and instead became distracted with its own myriad polemics. This new focus came with a costnamely attention to the room per se. This project refocuses architectures attention back to the room in the context of the varied program of the university club, once a touchstone of great rooms as a whole.

Given the opportunity to work with an unparalleled sitedirectly east of the Texas Governors Mansion and south of the Texas State Capitolwe sought to combine sensitivity and attention to all the surrounding elements with a focus on elevational conditions and their accompanying neighborhood ramifi cations. The building at once commands authority through massthin, monumental coursing of Texas limestoneand softens its exterior through careful detailingwood, corten steel. Exterior terraces subtly co-opt the surrounding views to the utmost extent while retaining privacy and intimacy within.

The University Clubs program is varied, but the project seeks to unify disparate elements through surface continuity, juxtaposing exterior stone with softened wood detailing that begins with the repetitive and rhythmic exterior wood screens at hotel balconies and culminates in the great room with its profusion of wood and glass. Housed within a transparent glass skin with diffused light from above, the rooms innermost wood shell interior acts as a building within a building within a buildinga delicate screen set within a stone basin. A surrounding hotel corridor exploits this condition, looking inward to the clubs centerpiece.

massing/proportion studies, 1/16 scale final model, 1/16 scale

great room study, 3d print model 3x 3x 5, 1/8 scale

BEA

RIN

G W

ALL

BEA

RIN

G W

ALL

BEA

RIN

G W

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BEA

RIN

G W

ALL

HOTEL BLOCKTWO-WAY FLAT SLABCONSTRUCTION W/BEARING WALLS

MEZZANINE FLOORPOST-TENSIONED TWO-WAYFLAT SLAB CONSTRUCTION W/ ADDITION STRUCTURE AS REQUIRED BY POOL DECK

LOBBY/DINING FLOORSPOST-TENSIONED TWO-WAYFLAT SLAB CONSTRUCTION

TRANSITION FLOORPOST-TENSIONED TWO-WAYSLAB WITH ADDITIONAL REINFORCEMENT AS NEEDED

GARAGE LEVELPOST-TENSIONED TWO-WAYSLAB AND BEAM CONSTRUCTION

NOTEEXTERIOR WALLS FUNTION AS LOAD BEARING ELEMENTS BELOW THE HOTEL BLOCK

GREAT ROOMTIMBER FRAMED BAYS W/ TIMBER INFILL

CIRCULATION CORESPOURED-IN-PLACE BEARING WALL CONSTRCTUION

program structural

east elevation

north elevation

west elevation

south elevation

A1.2 A1.1

A1.3

A1.4

A1.2 A1.1

A1.3

A1.4

loBBy / garage 1

2nd floor

A1.3

A1.4

A1.1A1.2

A1.3

A1.4

A1.1A1.2

A1.3

A1.4

A1.1A1.2

A1.3

A1.4

A1.1A1.2

3rd floor hotel corridor / great room 4th floor hotel corridor

great room mezzanine / pool roof

section a1.2

section a1.4

NORTH ELEVATION DETAIL

EXPOSED CONCRETE SLAB

HARDWOOD ROLLING DOOR

LIMESTONE MASONRY UNIT

WATERJET-CUT CORTEN PANEL

NORTH SOUTH LOBBY WALL SECTION MASONRY WALL DETAILS

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2 3

6

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3 4

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7

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5

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8

1. Green Roof: Sedum Growing Medium Drainage Layer Water Storage Root Barri 4 Rigid Insulation (R-30) Waterproofing 8 Cast In Place Concrete2. Limestone Cap3. Interlocking Zinc Panel

1. Roof Deck: 18x18x1 Stone Paver Paver Pedestal Waterproofing Tapered Insulation 4 Rigid Insulation (R-30) Waterproofing 8 Cast In Place Concrete2. Guard Rail Hardwood Hand Rail Powder Coated Steel Guard Assembly Steel Mounting Tube

1. Floor Assembly: 2 Finish Slab Radiant Tubing 2 Sound or Thermal Insulation 8 Concrete Slab

4. Limestone Veneer Header: 24x3x4 Limestone Brick 2 Airscape 3 Rigid Insulation (R-22) Waterproofing 12 Cast In Place Concrete 4 Rigid Insulation (R-30)5. Insert Box6. Masonry Shelf: Zinc Flashing Structural Steel Angle Finish Steel Plate

7. Shutter System: Cast In Mounting Plate Sheet Metal Housing w/ Wood Veneer 2x3/4 Hardwood Louvers8. Recessed Track

3. Sliding Glass Door Head: Custom Wood Slider Blocking Finish Steel Plate4. Waterjet-Cut Corten Panel5. Plaster Soffit Skim Coast Plaster Gyp Board Aluminum Track Suspension System

2. T and G Soffit 1x6 T& G Soffit Light Guage Framing Vapor Barrier3. Finish Steel Plate

SOUTH ELEVATION DETAIL-CLOSED SOUTH/NORTH GREAT ROOM WALL SECTION-CLOSED

1. Glazed Roof: Aluminum Light Scoop Laminated Glass Steel Purlin Glulam Truss2. Pulley System3. Motor4. Steel Sun Shade5. Glumlam Column6. Counter Weight

7. Floor Construction: 3x6 T&G Wood Deck Steel Tube Glulam Joist Suspension Rod 8. Guillotine Window 9. 3Form Panel10. Rolling Hardwood Shutter11. Sliding Glass Door

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Floor Assembly: 1. 2 x 4 Douglas Fir Boards 2. 1/2 x 7-1/2 Steel Rods, Bottom Course Cast into Slab 3. 1/8 x 2 x 2 Steel Spacer Plate 4. 1-1/2 x 1-3/8 Steel Rod Nut 5. 2 Finish Slab 6. Radiant Tubing 7. 2 Sound or Thermal Insulation 8. 8 Structural Slab

1

2

34 567

8

Ceiling Joint: 1. 1/4 Steel Plate Threshold 2. 3 x 6 Pine Plank Tongue-and- Groove Flooring 3. 4 x 8 Glulam Beam 4. 6 x 5 Steel Mounting Bracket 5. 1/2 x 1-1/2 Steel Spacer 6. 1/2 x 7-1/2 Steel Rods

1

2

3

4

56

Threshold Joint: 1. 1/4 Steel Plate Threshold w/ 1-1/2 x 1-1/2 and 2 x 4 Steel Angles 2. 1/2 x 7-1/2 Steel Rods

1

2

Shell Terminus: 1. 1/4 x 3-1/2 Edge Perimeter Plate 2. 1/2 x 7-1/2 Steel Rods

1

2

Catwalk Assembly:1. 4 X 4 x 1/4 x Steel Angles2. 1/4 x 10 Steel Plate3. 1/4 x 3 Lag Bolts4. 1/2 x 13'-6 Steel Hanging Rod w/ threaded ends

1 234

5. 4 Dia. Shot Put w/ 3/4 Horizontal bore, 1/2 Vertical Threaded Bore 6. Pin Connection w/ 3/4 x 5" and 1/8 x 1-1/16 pins 7. 1/4 Steel Plate Bracket Collar 8. 2-1/2 x 4 Spacer Block 9. 3 x 6 Pine Plank Tongue-and-Groove Flooring10. 4 x 8 Glulam Beam

567 89

10

NORTH SOUTH INTERIOR GREAT ROOM WALL SECTION GREAT ROOM INTERIOR SHELL DETAILS

great room

PRAYER TOWN CHAPEL, TX A PANHANDLE FRANCISCAN COMMUNITY

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SEMPLICI

Channeling the Italian Renaissance Garden

The hidden Sacred Wood shelters the communitys future additional hermitages and introduces a ritual procession into the process of entering extended periods of contemplative seclusion, providing solitary access to the interior chapel of the Blessed Sacrament.

BOSCO SACRO

GROTTO

Returning the adjacent gentle between the chapel and residenceonce a small vineyardto its historical role as a place of vegetal production, the Semplici will, like the Renaissance garden before it, produce fragrant herbs, fl owers, medicinal plants and, looking forward, a vineyard.

SEMPLICI

With massive earthen walls forming thresholds and spatial transitions in an otherwise open landscape, the Secret Garden provides psychological and spiritual shelter amidst Prayer Towns exposed, rugged terrain.

GIARDINO SEGRETO

SITE PLAN with COMMUNITY + RETREAT VISITOR CIRCULATION PATHS

BOSCO SACRO

GROTTOA place of solitude, silence, and prayer that distills daily external distractions down to water, sky, and fragrances carried on the wind from the adjacent Semplici.

GIARDINO SEGRETO

The Prayer Town Chapel is a 250-capacity chapel with an adjacent devotional chapel for a Catholic Franciscan religious community of approximately 40 sisters and a resident priest in Prayer Town, Texas, 45 miles northwest of Amarillo.

The Franciscan order represents one of Catholicisms most austere religious orders, valuing simplicity and poverty above all else. For this reason, the Prayer Town Chapel incorporates simple and raw materials appropriate to the rugged character of the western Panhandle site, sourced locally where possible, including in situ soils and aggregate for the chapels rammed earth walls.

Additional master planning includes expanded resident facilities, future off-the-grid hermitage prototypes, and an outdoor Way of the Cross linking the sites varied elements to the Chapel itself.

independent Advanced studio, Fall 2012critics Juan Mir, Coleman Coker

The Cruciformoriginal st. peters basilica

The Cruciform Inheritedronchamp ii

The Cruciform Re-envisionedronchamp iii

Forma Maternasan carlo alle Quattro Fontane

Forma Materna, Distilledsogn benedetg chapel

tHe CHAPels FoRmAl tYPoloGies, inK on trace

The Communal Formst. petri

site model, poplar, white pine, basswood, graphite, wax, lichen, 42 x 31

iNteRseCtiNG VolUmes / deVeloPmeNt oF sPAtiAl oRdeR, chipboard, MUseUM board

A1.

1A

1.2

A1.

3A1.4

A1.

5

A1.

6

A1.7

A1.8

FlooR PlAN

EASTER SUNRISE, 72O90O, MARCH 20APRIL 25, 7:02 AM7:50 AM

s.1

s.2

A 1.1

A 1.2

A 1.3

A 1.4

eleVAtioN stUdY

A 1.5

A 1.6

A 1.7

A 1.8

seCtioNs/eleVAtioNs

s.1: tYP. WAll seCtioN sHoWiNG RAmmed eARtH w/ FeNestRAtioN

s.2: tYP. WAll seCtioN sHoWiNG Wood WAll w/ FeNestRAtioNtYPoloGiCAl tRANsFoRmAtioN oF tHe CHAPel

tABeRNACle CHAPel

mAiN CHAPel NAVe

WORKING COURTYARD + STUDIOS

Casa Prieto Lopez, located within the Jardines del Pedregal development in Mexico City represents one of architect Luis Barragns most refi ned works and one of his most distilled compositions of light, color, and spacethe keystones of his long and infl uential career.

With cooperation from the Prieto Lopez family, this project endeavors to re-envision the sprawling residential compound as an academic research institute and residency, with a library, housing, and congregation space that will breathe new life into a once residential, now quickly changing district.

This interventions primary method is to retain and revitalize the homes original architectural elements, while countering them with a divergent, yet complementary architectural language. In addition, conversations with Eduardo Prieto Lopez unearthed intentions to build horse stables, now realized in the form of simple residences for visiting students, academics, artists, and architects.

CASA PRIETO LOPEZ RESEARCH INSTITUTE + RESIDENCY

DemOlITION plAN

STUDIO meXICO, SpRING 2012critic Juan Mir

hISTORIC phOTO, ARmANDO SAlAS pORTUGAl

lOWeR GARDeN leVel

fINAl mODel WITh pROGRAm, CASA pRIeTO lOpez ReSeARCh INSTITUTe + ReSIDeNCY

the stables residences

working courtyard + studios

water garden

lecture hall

library/administration

gallery

reception

mAIN flOOR + UppeR GARDeN

WORKING COURTYARD eNTRY

ReSIDeNCY lOfTS

SITe SeCTION A

pUBlIC TO pRIVATe GRADIeNT

OlD VS. NeW + ThReShOlD CONDITIONS

WORKING COURTYARD eNTRY

B

A

E

C

D

SITe SeCTION B

GAlleRY INTeRIOR eleVATION D

GAlleRY eleVATION C

WATeR GARDeN SeCTION e

eNTRY SeQUeNCe / GAlleRY

wall structure l to r:

horiz. + vert. steel channels1 x 4 cedar tongue and groovevapor barrierplywood sheathingair spaceplywood coreair spacesteel anglesplywood sheathingfinish plywood interiorthreaded steel mounting channels

plaster finish surfacecast-in-place concrete

tezontle load bearing walls, augmented from existing condition as needed

A 3.1

eleVATION DeTAIl

plAN DeTAIl

WATeR GARDeN / pUBlICpRIVATe ThReShOlD

With the feverish advent of new digital technologies propelling systems of information collection and digitization ever forward, predictions of the shape of the library to come can only speculate on the needs of the future. The University of Texas Main Library re-envisioned here asserts, quite literally, the central role of the digital within the larger system of university information aggregation, placing digital programs at the spatial heart of the building. All other programs including extensive analog collectionslook on at the digital core as if in awe. And yet, the digital is wholly dependent upon the analog, structurally, as the wheel is to the hub. The symbiotic relationship here proposes a fitting analogy for future considerations of the digital/analog dichotomythat the roots of informational systems, no matter how far they branch upward and outward, are ever-connected.

Vertical Studio, Fall 2010criticsDavid Heymann, Elizabeth Danze

THE IMPENDING LIBRARY

axeS: State capitol / tower / library / lbJ Fountain

digital Site model / Section

Sectional Study model, electronicanalog relationship, museum board, paper, 4 x 12 x 6

Section a

ground Floor

2nd Floor

model, basswood, chipboard, 18 x 24

3rd Floor 4tH Floor rooF

a

b

Section b

concrete floor plates

curtain wall glazing

concrete shear core / piers

steel rod scrim / digital library core

The building operates through a relatively simple structural system of large, cast-in-place concrete piers capable of resisting moment forces, a structural circulation shear core, and thickened concrete floor plates, all working together to maximize open space. The envelope is sheathed in a multi-layer faade of curtain wall glazing and a steel rod scrim that varies in density by solar orientation, the southern exposure providing the most shading. The result is a graceful, yet functional system, both raw and elegant.

The draped language of the steel continues within as a program-delineating element between the analog wheel of the traditional library emanating from the digital hub. The two are at once discrete, yet symbiotic. This relationship allows a greater sectional connection between inter-level programmatic elements, resulting in an open plan that transcends multiple levels.

ground Floor lobby

PHOTOS COURTESY MATT FAJKUS + WARDEN CONSTRUCTION

The Faade Thermal Lab at the University of Texas at Austin School of Architecture allows researchers to investigate the effects of thermal mass, glazing performance, faade architectural elements, and other building components on overall energy use.

The facility consists of an identical pair of laboratories that simulate the spatial qualities of a typical office. The interior air temperature of each lab unit is controlled by an advanced air handling system that permits the precise measurement of the energy used to maintain interior conditions. Temperature, radiation, humidity, and other environmental conditions inside each lab are monitored using a reconfigurable network of sensors. The energy use of interior elementssuch as lighting, instrumentation, and computersare monitored and included in energy-use calculations. Energy flux

GRADUATE RESEARCH ASSISTANT SPRING 2011WINTER 2013supervisorsMatt Fajkus, Barbara Brown Wilson

FAADE THERMAL LAB AT THE UNIVERSITY OF TEXAS AT AUSTIN

resulting from ventilation air is also closely monitored.

The result of this accurate measurement platform is the ability to measure changes in energy use resulting from different architectural or operational elements such as shading, thermal mass, fenestration, lighting, or ventilation strategies. Energy use associated with changes in one of the labs is compared with the control lab, and the effects of the changes calculated precisely.

During my research assistantship, I oversaw the construction of Thermal Lab II and the development of its internal systems, as well as the daily operations and research of Thermal Lab I, with the collaboration of Steve Bourne, Ph.D. student in Civil, Architectural ,and Environmental Engineering at the University of Texas at Austin.

glazing variable

exterior architectural variable

interior architectural variable

mechanical variable

CONTROL LAB 1 EXPERIMENTAL LAB 2

thermistor temperature sensors

lighting variable

PrototyPe, SPring 2012critic Igor Siddiquico-designer Conner Bryan

With the increasing role of computational processes and rapid prototyping machinery in manufacturingand more importantly in the design process itselfthe concept of prototyping has proliferated throughout the design industries. This project seeks to exploit both mass production and mass customization through the process of prototyping and to engage both digital and analog methods as means of producing a full-scale, repeatable, and marketable product.

The ultimate goal of the Stellatus module was to achieve a seeming complexity that

belies a distilled and simple process. Through generating a single form and devising a simple process of three-dimensional manipulation, the module acquires a near-infinite number of forms. This result could only be reached through a denial of the posturing of digital-manipulation rhetoric and accepting the potential of simplicity for its own sake.

The product is a modular lighting system of a single unit or an aggregate of forms of the consumers choosing, applicable to a range of architectural applications, both interior and exterior, and available

in a variety of materialsconcrete, steel, aluminum, bronze, ceramic, and urethane, among them.

Many digital and analogue processes were key to the design investigation of Stellatus. However, the final prototype relied principally on:

3D printingalginate mold-makingconcrete castingvacuum formingurethane casting

http://cargocollective.com/stellatus

StellatuS LIghtIngmodular lighting systems

opposite: Product PrototyPe, 24 x 24, concrete, LeDs, pLexigLass

ProceSS of formal maniPulation

module tyPology configurationS

faade aPPlication

ceiling aPPlication

architectural lightingdownlightingstep lighting

ceiling grid lightingtask lightingfaade finish

standard configuration

customized form

a b c d a b c d

a - mounting hardwareb - lens platec- mounting plated - LED assembly

available materials: concrete steel* aluminum* bronze ceramic urethane acrylic and more *optional powder coat

mounting assembly: steel fasteners optional acrylic lens plate optional frosted glass lens plate keyhole backplate

electrical:* 4-LED modules with High Power 3-chip 5050SMD LEDs; low-profile injection molding PVC housing with aluminium backed heatsink; weatherproof assembly suitable for exterior applications.

color: cool whiteoperating voltage: 12Vcurrent draw: 70mAsingle LED / module luminous lntensity: 75lmdominant wavelength / cct: 6300

*per individual module

1"

4"

312 "

316 "

4"

4 316 "

316 "

4" 12 "112 "

4"

1"

Product cut SHeet

MULTIMEDIA graphite on paper, 9 x 7

Lunar MaPPinG, graphite on paper, 30 x 22

study collage (digital), 24 x 18

Marfa P.O.w. Laundry, study collage (digital), 30 x 22

unfinished dOnaLd judd wOrks, study collage (digital), , 18 x 6 unfinished dOnaLd judd wOrks, study collage (digital), 18 x 6

jeffrey mccord | 903 bellevue pl e #204 seattle, wa 98102 | 212.444.2754 | jeffrey.mccord@gmail.com

01.2.Ridgewood Residence01.1.Hancock Residence02.UniversityClub01.Chapel01.Front.Barragan03.Library06.Thermal Lab04.Stellatus05.1 Multimedia06.CV