Justin Jarrett Design Portfolio_V03C

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JUSTIN JARRETT design portfolio

PERFORMANCE HOUSE

Undergraduate Design Six + Charleston, South Carolina + Professor Justin Fong

MYCOLOGY RESEARCH FACILITY

Undergraduate Design Eight + Pacific Northwest + Professor Joel Setzer

RED HOOK LIBRARY

Graduate Design Two + Red Hook, NYC+ Professor Erich Schoenenberger

SOLAR RESEARCH PLATFORM

Professional Work + Orlando, Florida + KMF Architects

HOUSE 07

Graduate Design One + Governors Island, NYC + Professor Viola Ago

ERODE

Undergraduate Design Seven + Orlando, Florida + Professor Stephen Szutenbach

ARCHIVAL OBJECT

Graduate Mediums One + Governors Island, NYC+ Professor Mor Segal

V.02_2024 JUSTIN JARRETT PORTFOLIO

PERFORMANCE HOUSE

Charleston Cultural Center

BRIEF:

Experience the city of Charleston and translate the character defining details of the city into an architectural concept. Develop a public performance center depicting these observations and show how the focal elements define the atmosphere.

PERSPECTIVE RENDERING JUSTIN JARRETT PORTFOLIO CHARLESTON PERFORMANCE HOUSE _ Undergraduate Design Six 3 / 23

Lush organic life defines and deforms Charleston as it twists through the built environment, splitting through the mortar of colonial development with the inevitable dominance of the natural earth. Weathered moss-covered stones, broken edges and uneven bricks roll imperfectly along the ground, all revealing an identity specific to the city.

The structure of the performance center is inspired by the dominating influence of organic life that permeates through Charleston. The roots of trees and vines writhe through tilted gravestones and cobblestone roads creating curvilinear structures out of once rectilinear forms. The plans for the structure and flow of spaces within take cues from the mutated spaces and forms, underscoring the push and pull of organizing elements.

1. atrium & pre-function 2. main theater 3. flex theater 4. park 9. gallery & lecture hall 10. restrooms 11. terrace garden 12. back stage 5. control rooms 6. offices 7. educational spaces 8. break out space 13. printing / filing 14. parking (sub-level) 15. loading area (sub-level) + LVL 02 + LVL 01 + LVL 03 2. 5. 5. 6. 6. 6. 6. 9. 1. 5 2. 12. 3. 5. 10. 10. 4. 4. 10. 1. 2. 11. 10. 7. 7. 7. 7. 7. 8. 13. JUSTIN JARRETT PORTFOLIO CHARLESTON PERFORMANCE HOUSE _ Undergraduate Design Six
green space
+ CIRCULATION spatial connections & stairwells
+ OVERLOOK GARDENS lecture hall & gardens
+ CONCRETE STRUCTURE
grid support
+ ADMINISTRATION
rooms & offices
+ OUTDOOR STAGE flex stage serving park
+ STEEL STRUCTURE
grid support
+ ACOUSTICAL
parabolic acoustical enclosure
+ EDUCATION classrooms & studios
+ FOLDING PARK A articulated
D
G
B
stereotomic
E
control
H
C
techtonic
F
SHELL
I
DIAGRAMS structural & programmatic kit of parts 4 / 23
DEFORMATION SEQUENCE
CHARLESTON PERFORMANCE HOUSE _ Undergraduate Design Six LONGITUDINAL SECTION JUSTIN JARRETT PORTFOLIO 5 / 23

MYCOLOGY RESEARCH FACILITY

Laboratory + Residence + Exhibition Space

BRIEF:

Through the development of two disparate characters, create a narrative in which they meet. Use the details of their lives and interaction to extract a concept and a process for an architectural program.

DESCRIPTION:

The Mycology Research Facility represents a unique hub of scientific inquiry and exploration, where researchers converge to delve into the mysteries of the fungal kingdom. The laboratories, exhibition galleries, and living spaces lend to the advancement in the study of fungi; providing a space for experimentation and display, showcasing the potential for the benefit of humanity and the environment.

PERSPECTIVE mycology research facility +

JUSTIN JARRETT PORTFOLIO MYCOLOGY RESEARCH FACILITY _ Undergraduate Design Eight
AERIAL
EXPONENTIAL
+
layered folded planes
6 / 23

ELUCIDATION

This project’s origin parallels with the exponential qualities innate to the mycelial networks of fungi. Conceptual primitives were developed through a series of methodically folded planes documented through section drawings. The cubic masses represent a programmatic paradigm. The folded planar models were introduced to these cubic masses and allowed to dissect and subtract spatial voids amongst them in a rhythmic promenade from public exhibition to laboratory function.

JUSTIN JARRETT PORTFOLIO MYCOLOGY RESEARCH FACILITY _ Undergraduate Design Eight + BASE PRIMITIVES_“EXPONENTIAL” A folding method to develop form + BASE PRIMITIVES APPLIED TO CUBIC FORMS B intersection between planes & program objects + DECOMPOSED C subtraction creates solid & void spaces
7 / 23
JUSTIN JARRETT PORTFOLIO MYCOLOGY RESEARCH FACILITY _ Undergraduate Design Eight + EXPLODED AXONOMETRIC dimensional program laboratories scientist housing gallery public pavillion administration + LVL 03 + LVL 02 + LVL 01 8 / 23
PERSPECTIVE RENDERING JUSTIN JARRETT PORTFOLIO MYCOLOGY RESEARCH FACILITY _ Undergraduate Design Eight 9 / 23

RED HOOK LIBRARY

An educational space in Brooklyn

BRIEF:

Poche holds an important place in architectural design. It is a dialogue between object and void, and reveals spatial sequences and form.

Using investigations of contemporary and historical poche, develop a formal language to generate a concept for a public library in Red Hook.

ELUCIDATION:

By incorporating geometric mutation the sequence is generated through rotation, translation, and scaling to produce a dynamic spatial composition.

JUSTIN JARRETT PORTFOLIO RED HOOK LIBRARY _ Graduate Design Two 10 / 23
+ AERIAL PERSPECTIVE 01 + AERIAL PERSPECTIVE 02 + STRUCTURAL MASSING + PHYSICAL MODEL Coffey Park entry facilities & context entry lobby & clerestory 3D Print on high density foam JUSTIN JARRETT PORTFOLIO RED HOOK LIBRARY _ Graduate Design Two 11 / 23

+ STEEL FRAMING portion of structural investigation

RED HOOK MIDDLE

Poche holds an important place in architectural design, not only in conveying the balance between positive and negative space, but poche actually contributes to the visual weight of a structure as well.

Using investigations of contemporary and historical poche, a formal language was developed to generate a spatial concept for a middle school in Red Hook.

The resulting form lends itself to a structural steel system. Various cantilevers and morphing geometries are rationalized through a series of wide flange brackets that work as a skeleton to which the aluminum facade is welded to. The cross sectional brackets follow a rhythmic segmentation of the overall structure and connect larger floor girders together, transferring the loads to columns that follow a grid created by this flow.

Concrete + metal decking spans between the bracketed system, and vertical mullions tie the wall systems together. The roof is a lightweight metal deck with skylights at classrooms and circulation spaces.

+ CONCRETE FOOTINGS foundation grid system

+ SKIN ENCLOSURE architectural aluminum cladding

JUSTIN JARRETT PORTFOLIO RED HOOK LIBRARY _ Graduate Design Two
STRUCTURAL PLAN wide flange steel & metal decks column C2 [ W14 90 roof girder RG1 [ W14 x 30 floor beam B1 [ W12 26 floor girder CG1 W21 x 134 column C1 W12 x 65 floor girder CG1 W21 x 134 C channel exterior framing floor girder G1 [ W18 x 40 reinforced concrete footing FTG1 11'-6" x 11'-6" x 27" dp. w/ 11 #7's each way (typ.) mullion M1 W12 x 65 ] vulcraft normal weight concrete deck type 3VLI 21 roof beam RB1 W8 x 21 vulcraft acoustical roof deck type 3N21 3VLI 21 deck (typ.) M1 C2 C2 20'-0" 20'-0" 13'-0" 13'-0" C channel exterior framing column C2 W14 x 90 column C1 W12 x 65 mullion M1 W12 65 M1 C1 C1
+
12 / 23
JUSTIN JARRETT PORTFOLIO RED HOOK LIBRARY _ Graduate Design Two PERSPECTIVE VIEW _ STEEL FRAMING 13 / 23

SOLAR RESEARCH PLATFORM

KMF Architects + Orlando, Florida

PROJECT DESCRIPTION:

The objective was to create a parking canopy that would double as a solar panel research platform.

Its form is inspired by trees occupying the surrounding landscape and draws connection between concepts of photosynthesis and passive energy strategies.

The deck above was designed to fit interchangeable components to support research on the most effective combinations of solar panel arrays.

PROJECT SCOPE:

Response to RFP

Technical research / Collaboration with Solar Energy vendors

Schematic Design / Design Development / Construction Documentation

TECHNICAL SOFTWARE:

Revit Rhino

AutoCAD

RESPONSIBILITIES:

Project Lead

Production Manager

Led design for all phases

Primary contact for client relationship

PROFESSIONAL WORK _PRJ 01 JUSTIN JARRETT PORTFOLIO SOLAR RESEARCH PLATFORM _ KMF Architects
14 / 23
02 A.301 01 A.302 18' - 1 NEW HSS COLUMN NEW HSS COLUMN NEW HSS COLUMN 3" MAX MA STAND NG SEAM ROOF SYSTEM SEE A 121 FOR PANEL S ZES AND OVERALL SPACING FUTURE SOLAR PANEL ARRAYS FUTURE SOLAR PANEL ARRAYS FUTURE SOLAR PANEL ARRAYS FUTURE SOLAR PANEL ARRAYS NEW L E D BOLLARD LANDSCAPE L GHT NG. (TYP GRADE BOTTOM OF BEAM @ BR DGE BOTTOM OF BEAM @ DR VE 18' - 9 0 - 0 01 A.301 03 A.301 FUTURE SOLAR PANEL ARRAYS 3 MAX MA STAND NG SEAM ROOF SYSTEM. SEE A 121 FOR PANEL S ZES AND OVERALL SPAC NG EX ST NG PEDESTR AN BR DGE TO C TY HALL 02 A.301 04 A.301 18' - 1 18 - 4 1 2 0 - 0 EX ST NG PEDESTR AN BRIDGE TO CITY HALL 3" MAX MA STANDING SEAM ROOF SYSTEM SEE A 121 FOR PANEL S ZES AND OVERALL SPAC NG FUTURE SOLAR PANEL ARRAYS FUTURE SOLAR PANEL ARRAYS FUTURE SOLAR PANEL ARRAYS NEW HSS COLUMN NEW HSS COLUMN NEW HSS COLUMN NEW L E D. BOLLARD LANDSCAPE L GHT NG (TYP NEW MED AN CURBS WALKWAYS SEE C V L NEW MED AN CURBS WALKWAYS SEE C V L NEW MED AN CURBS WALKWAYS SEE C V L BOTTOM OF BEAM BOTTOM OF FASC A GRADE 01 A.301 03 A.301 FUTURE SOLAR PANEL ARRAYS 3 MAX MA STAND NG SEAM 1/4" = 1'-0" 04 NORTH ELEVATION 1/4" = 1'-0" 03 SOUTH ELEVATION GENER A U S E A F G D DR E A C S T S A B A C M A S D T A D W A T C UNL O T D DR O SI D T T W E D T R A A SI S C DUR S R O P A E PE A D C A C O E Q F A M E E P E S LI C C C E G R T M E C S D R M A A E APP P T LO T S P S LO M PROFESSIONAL WORK _PRJ 01 JUSTIN JARRETT PORTFOLIO SOLAR RESEARCH PLATFORM _ KMF Architects 15 / 23
02/A.310 PLAN DETAIL @ 11' 0" 03/A.310 PLAN DETAIL @ 14' 0" 01/A.310 PLAN DETAIL @ 3' 0" 04/A.310 PLAN DETAIL @ 16' 0" ALL CONTRACT DISCREPANCY BETWEEN WITHIN A GIVEN AND ENGINEER THE AFFECTED C. UNLESS OTHERWISE ON ANY DRAWING TYPICAL FOR ALL DETAILS LABELED DRAWINGS SHALL OCCURRING ON SIMILAR OR SAME DETAILED. THE TO ITS LOCATION TITLE OF DETAIL. WHETHER OR NOT EACH LOCATION. D. THE CONTRACTOR RESPONSIBLE FOR AND METHODS AND PROGRAMS. SIGNAGE AND PROTECTIVE STRUCTURES AND COMPLIANCE WITH DURING THE CONSTRUCTION SHALL BE SOLELY RESPONSIBILITY OF THE EXISTING PROTECT FROM ARE TO REMAIN. E. PERIODIC SITE ARCHITECTS IS DETERMINING IF CONTRACTOR IS ACCORDANCE WITH CONTRACT DOCUMENTS. OBSERVATION SHALL EXHAUSTIVE OR QUALITY OR QUANTITY F. ALL STRUCTURES MAINTENANCE TO ENSURE STRUCTURAL EXPOSURE TO THE PROGRAM OF MAINTENANCE ESTABLISHED BY SHALL INCLUDE LIMITED TO THE COATINGS FOR CONTROL JOINTS, CONCRETE, AND EXPOSED ELEMENTS. G. ROOF TOP EQUIPMENT TOP EQUIPMENT MECHANICAL OR EQUIPMENT AND CONNECTION OF STRUCTURE FOR DESIGNED AND REGISTERED ENGINEER MECHANICAL EQUIPMENT AND SEALED DRAWINGS ARE TO BE SUBMITTED ENGINEER OF RECORD APPROVAL. THE PROVIDE THE ATTACHMENT THE STRUCTURE LOCATIONS AND THE ARCHITECT STRUCTURE ENGINEER PROVISIONS IN STRUCTURAL FRAME LOADS AND ATTACHMENTS MANUFACTURER. 1" = 1'-0" 01 PLAN DETAIL @ 3'-0" 1" = 1'-0" 02 PLAN DETAIL @ 11'-0" 1" = 1'-0" 03 PLAN DETAIL @ 14'-0" 3/4" = 1'-0" 05 REFERENCE SOUTH ELEVATION 1" = 1'-0" 04 PLAN DETAIL @ 16'-0" C C D B B A E A C C D B B A E C C D B B A E A A R81 R 81 2 - 3 12' 8 3/4" 6' 10 1/2" 2' 0 1/2" 1/2" R5 -0 R - 1 2' 10 1/4" 4' 0 1/4" 4' 6 1/2" R508"1.19° "D" "E" 1' 7 1/2" 1/2" 1'-0" 01 COLUMN TYPE 1/2" = 1'-0" 02 COLUMN TYPE "B" 1/2" = 1'-0" 03 COLUMN TYPE "C" 1/2" = 1'-0" 04 COLUMN TYPE "D + E" "C" "E" "D" COLUMN TYPE KEYPLAN "C" COLUMN TYPE KEYPLAN SEAMS ARE FOR GRAPHIC REPRESENTATION. GRIND ALL WELDS SMOOTH, FINISH AS SCHEUDULED. (TYP.) SEE SPECIFICATIONS. SEE STRUCTURAL FOR FOOTING DEATILS SEE STRUCTURAL FOR FOOTING DEATILS PRJ 01 Solar Research Platform C C D B B A E A + PLAN DETAIL 01 C C D B B A E A + PLAN DETAIL 02 C C D B B A E A + PLAN DETAIL 03 C C D B B A E A + PLAN DETAIL 04 PROFESSIONAL WORK _PRJ 01 JUSTIN JARRETT PORTFOLIO SOLAR RESEARCH PLATFORM _ KMF Architects 16 / 23 + HSS COLUMN TYPES _ KIT OF PARTS FOR MANUFACTURER compositional fitting & radii consolidation
1 -0 1 1/2" = 1'-0 05 CONDUIT PENETRAT ON DETA FU URE SO AR ANEL ARRA S RUBBER P E FLASH NG B ACK EPDM USE ANGL D F ASH NG TO RED CE TH RAD U NEED D N CONDU T CONT NUOUS SEAL ROUND C RCUMFERENCE OF F ASH NG US NG BUTY TAPE PO YURETHANE L ET FASTENER AND N O BONDED G LV N ZED WASHER M N MA ROUT NG THROUGH STEE OR PENETRAT ON OF CONDU T. SEE EL CTR CAL DRAW NGS OR CONDU S ZES MAX MA 3 TAND NG SEAM METAL ROOF P NEL CONDU RUN HROUGH HSS COLUMN, TRUCTURAL S AB, AND HROUGH NTO EX ST NG SERV C TUNNEL WA L SEE A.3 9 STA N ESS STEEL HOS CL M NOTE COORD NATE ROOF PENETRAT ON W TH HS COLUMN OCAT ONS O CONCEA CONDU TS. PENETRAT ONS O OCCUR ENEATH SO AR PA EL ARRAY LOCAT ONS O E M NATE V SAB Y OF CONDU TS AND PENETRAT ON FROM E ST NG PEDESTR AN BR DGE 1 1 -0 9 3" = 1'-0" 04 UPPER CANOPY SECTION DETAIL 3/16 x 7/ DOUBLE BEAD TAPE SEA ANT (P GT L TURN BACK METAL OO PER MANUFAC URER NSTAL A ON DETA L MA MA PANEL OVER OPEN TUBE STEEL STRUCTURE CO NECTED PER MA UFAC URER' STR CTEST REQU REMENTS CONT NUOUS L x 1 STEE ANGLE SEE STRUC URA HSS8 x STEEL PURL NS. SEE STRUC URAL NTE MED AT L 4 1 S EEL ANGLE TO UPPORT SOFF T. SEE STRUCTURAL MA MA OW F OAT NG CL P 1 -0 - 4 1 2 3 A.31 0 18'18' - 1 1 1/2" = 1'-0 02 SOFFIT DETA L MA MA STAND NG EAM META ROOF MA MA LOW F OAT NG CL P CONT NUOUS L x x STEEL NG E SEE STRUC URAL UTUR SOLAR PAN L RRAY ASSEMB Y CONN CTED PER MANUFACTR R'S STR TEST EQU REMENTS E D S R P GHT NG SEE A.1 1 OR EXTENTS. S E E ECTR CAL FOR TECHN CAL D TA 1 1 -0 MIN 1 1 3" = 1'-0 01 MOVEMENT JOINT @ BRIDGE METAL F ASH NG MA MA STAND NG SEAM META ROOF X ST NG RECAST PANEL O PEDESTR N BR DGE SS CO UMN TYPE D". SEE STRUC URAL X ST NG R DGE COLUM BEYOND METAL COUNTER F ASH NG PDM WASHERED FASTENER @ 1 O C. CON EX OOLED SEA ANT PDM WASHERED FASTENER @ 1 O C. X S NG TOREFRON GLAZ NG SS8 x 8 STEEL PURL N SEE S RUCTURA METAL J F ASH NG ENCAS NG END OF ROOF PANEL TURN F ASH G TO A LOW FOR MOVEMEN ROV DE GAP BETW EN BR DGE AND PURL N TO COMP NSATE FOR HERMAL EXPANS ON ND DEFLECT ON. L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 L 4 4 1 4 L 4 4 1 4 L 4 4 1 4 L 4 4 1 4 L 4 4 1 4 L 4 4 1 4 L 4 4 1 4 L 4 4 1 4 L 4 4 1 4 - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 0" - 6" - 0" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 6" - 0" - 6" - 0" - 6" - 6" - 6" - 6" 1 - 6" 1 - 6" 1 - 6" 1 - 6" 1 - 6" 1 - 6" 1 - 6" 1 - 6" 1 - 6" 1 - 6" 1 - 6" 1 - 6" 1 - 6" 1 - 6" 14 1 2" 26 1 / 2" 26 1 2" 26 1 4" 27 3 4" 27 3 / 4" 27 1 2" 27 3 4" 27 3 4" 14 3 4" 11" 25 3 4" 26" 24 3 4" 1 - 3 2 30 - 6 30 - 6 1 - 3 2 1 - 1 2" - 6" - 6" - 6 1 2" A.122 0 HSS 1 - 6 1 2" - 6" - 6" - 6 2" - 6 1 2" 3 - 6" 3 - 6" - 6 2" L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 L 4 4 1 4 4 1 4 4 1 4 4 1 4 4 1 4 4 1 4 4 1 4 4 1 C U N TYPE H BELO C U N TYP H BELO O M YPE S BEL W O M YPE S BELOW C U N TYP H BELO C U N TYPE H BELO C U N TYPE H BELO O M YPE S BEL W HSS HSS HSS HSS HSS8 HSS8 HSS8 HSS HSS HSS HSS8 HSS HSS HSS HSS HSS HSS8 4 HSS8 6 HSS8 4 HSS8 HSS 8 HSS HSS8 HSS HSS HSS HSS HSS HSS HSS SS 3 SS SS HSS HSS HSS HSS HSS 6 5 HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS 1 1 1 1 H SS 4 3 O M YPE H 4 BELOW O M YPE H 4 6 BELOW CO M YPE A S BELOW O M YP C SS BELOW O M YPE H 8 BELOW O M YPE H 8 BELOW O M YPE H 2 BELOW CO M YPE B S BELOW HSS SS HSS SS 4 3 SS 5 SS 3 SS 3 HSS SS SS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS 3 HSS HSS 8 HSS HSS HSS HSS SS 6 SS SS 8 SS 8 HSS 8 HSS 8 HSS 8 HSS 8 HSS HSS8 HSS HSS HSS HSS 8 HSS HSS 8 HSS HSS HSS HSS 1 1 1 1 H SS 4 3 O M YPE S 5 BELOW O M YPE S BELOW C U N YPE A S BELOW C UMN YP C S 8 BELOW O M YPE S BELOW O M YPE S BELOW O M YPE S 5 BELOW C U N YPE B S BELOW HSS HSS SS 3 SS SS SS SS HSS HSS SS SS 3 HSS HSS HSS 4 3 HSS HSS HSS HSS HSS HSS HSS8 4 HSS HSS HSS HSS HSS HSS HSS SS SS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS HSS8 HSS HSS8 HSS 4 4 4 4 HSS HSS HSS HSS 8 HSS8 HSS HSS HSS HSS - 0" - 0" 4 L4 4 1 HSS HSS HSS HSS HSS HSS HSS HSS 1 / 4 1 '0 5 A.31 S m 1 A.302 S m 0 A.30 S m 0 A.31 S m 0 A.31 S m 5 A.311 S m A.12 0 MEASUREMENTS TO FACE OF STEEL ANGLE FUTURE SO AR PANEL RRAY COORD NAT PENETRAT ON NTO HSS OR CONDU TS TO E CONCEALED BENEATH O AR ARRAY TYP FUTURE O AR PANEL ARRAY FUTURE SO AR PANEL ARRAY FUTURE O AR PANEL ARRAY + MOVEMENT JOINT @ BRIDGE + CONDUIT PENETRATION DETAIL + UPPER CANOPY SECTION DETAIL + SOFFIT DETAIL PRJ 01 Solar Research Platform PROFESSIONAL WORK _PRJ 01 JUSTIN JARRETT PORTFOLIO SOLAR RESEARCH PLATFORM _ KMF Architects 17 / 23

HOUSE 07

Artist’s Residency

BRIEF:

Work focusing on interpreting operational qualities of a selected mass produced object, in this case a sandwich container.

CONCEPT STATEMENT:

An alteration method derived from reinterpreted objects. Examining the tectonics of interlocking and folding qualities of Module 02 and isolated exaggerations of volume in Module 01, altering the existing house to fit a program for an artist residency and work space.

ELUCIDATION:

Engaging the operations of hinging volumes to pry open and deconstruct the existing facade, new vertical circulation breaks through the existing floors to connect basement workspaces with the galleries and studios, and allows for new moments of observation. The artist residency is primarily for ceramic artists, with kilns, flex ceramic storage + work spaces, and a heavy stone work area in the basement. On the first floor, a new entry is proposed on the south face. Open galleries and a large kitchen provide adequate room for large exhibition functions. The second floor is composed of four independent work studios that can all open into a collaborative unified space. The third floor houses the resident artists with sleeping and living spaces.

3/16" 1'-0" SOUTH ELEVATION 3/16" = 1'-0" WEST ELEVATION 3/16" 1'-0" 3/16" = 1'-0" SOUTH ELEVATION 3/16" = 1'-0" WEST ELEVATION 3/16" = 1'-0" JUSTIN JARRETT PORTFOLIO HOUSE 07 _ Graduate Design One 18 / 23 + EXPLODED AXONOMETRIC +PHYSICAL MODEL hinge diagram sprayed PLA ,matte decals with personal artwork & sanded acrylic
N N N N 3/16" = 1'-0" C3 a m open to above 02 04 ELEV. 3/16" = 1'-0" C3 05 04 R/R R/R 03 01 C3 UP UP C4 roof below UP B5 C3 B4 B3 B2 B2 B2 B1 C4 bathrom C1 B1 B1 DN m open below C3 residency bedrooms ELEV. open to below C1 residency lounge + living THIRD FLOOR B5 terrace B4 clean up B3 material storage B2 residence studio B1 flex + gallery A3 A6 installation A5 kitchen A3 open gallery & exhibition A2 reception + administration 02 throwing + glazing roof below A1 entry + foyer + flex gallery roof below FIRST FLOOR BASEMENT LEVEL ELEV. 01 kiln room A6 m A5 A4 3/16" = 1'-0" 03 ceramics storage DN DN UP A3 A2 A1 open to above 04 stone work 05 material storage 06 mechanical + utility R/R R/R 3/16" = 1'-0" C2 A4 mechanical + utility SECOND FLOOR C2 kitchenette DN B1 B2 DN 03 UP 05 06 R/R ELEV. open above JUSTIN JARRETT PORTFOLIO HOUSE 07 _ Graduate Design One 19 / 23

ERODE Sustainable High Rise

BRIEF:

Derive an architectural design based on Florida’s ecosystem. With this in mind, develop a skin that envelopes a high rise building per programmatic requirements assigned. Sustainable building principles must also be considered. The tower’s skin must be a multi-layered construct while the geometry of the structure remains rectilinear.

CONCEPT STATEMENT:

Conceptualize water as light and display its transformation as it filters through scalar materials.

+ MASSING CONCEPT MODELS high rise formal test iterations JUSTIN JARRETT PORTFOLIO ERODE _ Undergraduate Design Three 20 / 23
LOBBY SPACE / LOUNGE M ELEVATOR F. EL EL EL BACK OF HOUSE M UP UP ATRIUM SPACE VEGETABLE GARDENS ORNAMENTAL GARDENS HYDROPONICS & DELICATE PLANT LIFE COMM. ROOM / SHAFT EL F. EL F. EL EL EL EL COMM. ROOM / SHAFT EL F. EL F. EL EL EL EL MORNING SUN BOTANICALS M W UP UP UP UP W M HYDROLOGY & PLANT LAB FRESH GARDEN MARKET FARMING EQUIPMENT M SALES OFFICE SALES ATRIUM SPACE FLOOR PLAN 1/16" 1'- 0" ENTRY, COMMERCE & B.O.H. UTILITIES N FLOOR PLAN • Hydroponics & Delicate Plant Life • Hydrology & Plant Lab • Exterior Morning Sun Botanicals • Vegetable Gardens • Garden Market • Ornamental Gardens LEVEL ONE PROGRAM +RENDERING OF ENTRY PLAZA +AERIAL RENDERING street view of entry and elevated bike path water catchment system & leaders etching the facade JUSTIN JARRETT PORTFOLIO ERODE _ Undergraduate Design Three 21 / 23

ARCHIVAL OBJECT

Encasement of an Excavated Relic

BRIEF:

Examine a unique moment on Governor’s Island using architectural drawing techniques. Explore its details thoroughly, re-imagining the purpose of found elements and design a method to showcase it for preservation.

CONCEPT STATEMENT:

Archival through pristine lamination.

ELUCIDATION:

Similar to methods of archiving fossils, the glass lamination encases the raw material that once housed the embedded relic. Etchings derived from the drawings hint to the original scene & orientation of layered materials.

Oblique sections throughout the model reveal edges and connections that would otherwise be concealed.

JUSTIN JARRETT PORTFOLIO ARCHIVAL OBJECT_ Gradute Mediums 01 excavation of an imagined relic hand carved foam, etched acrylic, and PLA +SERPENTINE SECTION +PHYSICAL MODEL 22 / 23
JUSTIN JARRETT design portfolio jjarrettdesign@gmail.com 407 . 913 . 5640 JUSTIN JARRETT PORTFOLIO Thank You! Red Hook Composting Facility & Commercial Greenhouses - Integrated Design Studio IV STUDIO WORK IN PROGRESS...

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