julienne barrett INTERIOR DESIGN
julienne barrett INTERIOR DESIGN PORTFOLIO RETAIL
01
OFFICE
02
OBJECT DESIGN
03
HOTEL
04
RETAIL
01
TEA CAMELLIA
MISSION: To design an optimal space for the
sale and enjoyment of loose leaf tea for American consumers. CONCEPT: Fun & bright boutique with a dichromatic color scheme and the aromatic smell of tea leaves filing the shop.
Tea Camellia CONCEPT SKETCHES
Tea Camellia
Tea Camellia
INSPIRATION IMAGES
P1:TEA BAR
Floor Plans Second Floor
PRODUCTS FOR SALE
VESTIBULE P3
PRODUCTS FOR SALE
First Floor P1
GLASS BOX DISPLAY
STORAGE
SUNKEN CONVO. PIT
P2
TEA BAR CAFE SEATING
STAIRWELL VESTIBULE OFFICE
ENTRY
MATERIALS & FINISHES
Tea Camellia
Sectional Elevation
Section Sectional Elevati on
ellia
3'
3'
4 1
2
6 7
48
2
10
single ladder shelving standing fixture
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5
3
9
2
1
4
10
4
11
10
3
storage space
3
12
13
14
5
15
11
water heater
2 scent station 7 sunken conversation pit - 33” below floor level 12 tea wall 11. heater standing fixture6. storage space 1. single ladder shelving fixture & teawater bar 8 glass box display 3 point of sale 9 counter 13 touch screen quick ordering stations 7. sunken conversation pit - 33” below floor level 12. tea wall & tea bar 2. scent station 9 manager’s office 4 glass shelving 14 seating area 8 8.standing glassfixture box display 13. touch screen quick ordering stations 3. point of sale counter 5 back-to-back ladder shelving 10 elevator 11 15 entryway 10 2 7 glass shelving 9. manager’s office 14. seating area 14 4. 12 15. entryway 10. elevator 5. back-to-back ladder fixture 3 Scale: 1/8” = 1’ 13
15
FURNITURE & FIXTURES 1 2 3 4
5
single ladder shelving standing fixture scent station standing fixture point of sale counter glass shelving back-to-back ladder shelving standing fixture
6 7 8 9
10
storage space sunken conversation pit - 33” below floor level glass box display manager’s office elevator
11 12 13 14 15
water heater tea wall & tea bar touch screen quick ordering stations seating area entryway
Scale: 1/8” = 1’
Sunken Conversation Pit
P2:SUNKEN PIT CUSTOM FIXTURES Welcome to
Tea Camellia Touch an icon below to start DRINK TO GO
scent station
ladder display
LEAVES TO GO
LEARN ABOUT TEA
ORDER PRODUCTS
touch screen quick order station
P3:LEVEL 2
OFFICE
02
NINTENDO HQ
MISSION: Following a program and
considering the new working generation, plan & design one floor of a building for a new Nintendo Headquarters. CONCEPT: Integrating biophilic design with Nintendo’s characters and branding to create a fun and functional work environment.
WHAT IS BIOPHILIC DESIGN? biophlia - (n.) love of life and the living world
Biophilic design is an innovative way of designing the places where we live, work, and learn using plants and nature. Humans have a fundamental need for nature, but our cities and suburbs have been designed in ways that both degrade the environment and alienate us from nature. The recent trend in green architecture has decreased the environmental impact of the built environment, but it has accomplished little in the way of reconnecting us to the natural world, which is why there is a push to bring the outside in. The purpose of biophlic design is to create buildings that connect people and nature to benefit the well-being of humans.
Living Silhouette Concept
INSPIRATION IMAGES
Adjacencies & Block Diagram
NINTENDO OF AMERICA LECTURE HALL TRAINING ROOM LARGE CONFERENCE ROOM MEDIUM CONFERENCE ROOMS SMALL CONFERENCE ROOMS PANTRIES PHONE BOOTHS WELLNESS ROOM COPY/PRINT ROOMS MAIL ROOM STORAGE BREAKROOM SERVER CAFETERIA COMMON KITCHEN GAME ROOMS LOBBY
LOBBY GAME ROOMS COMMON KITCHEN CAFETERIA SERVER BREAK ROOM STORAGE MAIL ROOM COPY/PRINT ROOMS WELLNESS ROOM PHONE BOOTHS PANTRIES SMALL CONFERENCE ROOMS MEDIUM CONFERENCE ROOMS LARGE CONFERENCE ROOM TRAINING ROOM LECTURE HALL
Core/Public Zone Working Zone Collaborative Zone Break Zone Silent Zone
Directly Adjacent Convenient To Remote
SECTION
Floor Plan - Top Half
5
24
24 12
23
12
P3 P1 4
1
3
3
5
10
2 3
9
SECTION
22
3
P1 3
21
5
4
3
P4
7
3
6
TYPICAL WORKSTATIONS BY
7 11 4
14 4
7
20
7
8
11
3
3
5 13
16
3
15
19
P2 19a
5 4 11
BENCHING: Interpret
11
11
RESIDENT: Leverage
18
3
10
3
9
Floor Plan - Bottom Half
22
3
2
P1 3
21
5
4
3
P4
7
20
7
3
6
7 11 4
14 4
7
8
11
3
3
5 13
16
3
15
19
P2 19a
18
5 4 11
11
11
17
1. Leverage workstation by Teknion 2. Interpret workstation by Teknion 3. biophilic area 4. breakout space(161 - 312 SF) 5. pantry 6. server (272 SF) 7. phone booth (80 SF) 8. indoor swings - hung from dropped ceiling
9. game room (1,103 SF) 10. lecture hall (1,893 SF) 11. small conference room (115 - 139 SF) 12. medium conference room (191 SF) 13. large conference room (645 SF) 14. copy & print / mail room (528 SF) 15. Cafe Mario - cafeteria (1,437 SF) 16. training room (1,110 SF)
17. copy & print room (186 SF) 18. break room (1,061 SF) 19. ramp 19a. ramp landing 20. “picnic� area 21. lobby (~527 SF) 22. Nintendo signage 23. communal kitchen (217 SF) 24. wellness room (409 SF)
P1:BREAK OUT
P2:PANTRY
OBJECT DESIGN
03
LOOPHOLE VESSELS
MISSION: In a team of four, design a family of 3D-printed vases for the SJSU Pop Up Store inside the University Bookstore. CONCEPT: Holes and looping shapes integrated into each design, creating four unique vases that all belong to a family of “loophole vessels.”
6.8” 6.8”
3.6” 3.6”
3.75” 3.75”
PLAN
3.75” 3.75”
ELEVATION
Vase Family
DRAGON SKIN
MISSION: Create a window veil to protect the adjacent space from too much direct light and to enhance the appearance of the space within. CONCEPT: Using “dragon skin� castabe silicone, consider thickness/thinness, elasticity, color additives, and connection methods.
SUNLIGHT STUDY: FACULTY OFFICE In a group of nine, a sunlight study was conducted in room 201 of the Industrial Studies building at San Jose State University to see which part of the room received the most and least sunlight and how it moved throughout the day. This study would indicate which window would need the most sun blockage. Our study showed that the right wall got the most sunlight. The right side of the room also is where a resin 3D printer is located, which is a sun-sensitive machine.
Morning
INSPIRATION IMAGES
Noon
Afternoon
Evening
The Design Like layers of skin protect us from the sun, we decided to have a dual-layered curtain to block more sun from coming into the office. The two layers also create a more dynamic, multi-dimensional design. To fully utilize the stronghold properties of the silicone, we stretched the two layers taught within the frame. The back layer is rectangular and web-like in its design. This was cast using a laser-cut mold, made by gluing the cut pieces onto foamboard and then building a frame to pour the silicone into. The silicone was poured right up to the edge of the acrylic pieces so holes would be left behind. The front layer is solid with irregular edges. This layer was cast by pouring the silicone over the top of the leftover acrylic frame that the pieces from the first cast were cut from.
Back Layer
PROCESS PHOTOS
Color & material studies
Laser-cut molds
Front Layer
Pouring blue silicone
Dragon Skin & frame test
Fabrication LIGHT
DARK
Resin 3D Printer
CONSIDERATIONS THICKNESS/THINNESS
Thick front layer for durability, thin back layer for light passage
ELASTICITY
Silicone to be stretched taught to show the character of the material
COLOR ADDITIVE
Blue chalk ombrĂŠ: easy to mix into solution, gradient to allow and block light simultaneously
CONNECTION METHOD
Painted wooden frame fitted into window sill, Dragon Skin attached using metal wire and screw eyes
Holes are cut into each blue skin as well to make the design more dynamic and to allow for passage through the curtain to open the windows. Paper 3D Printer
COLOR GRADIENT
Left Window: lightest blue & most holes
Middle Window: medium blue & less holes
Right Window: darkest blue & few holes
HOTEL
04
LUMINESCE HOTEL DARK ROOM
MISSION: Design the basement, main floor, and four typical floors of a hotel including a pool room, restaurant, bar, and lobby. Use custom-designed wallpaper, curtain, light fixture, and tiles. CONCEPT: Bioluminescence, transparency, light and dark spaces lit by glowing fixtures.
LIGHT ROOM
Basement
Main Floor
Typical Floors
The lack of windows and sunlight make the basement the darkest floor. The glowing pool, tiles, and light fixtures will make it the most bioluminescent floor with a nightclub atmostphere.
The north-facing sunny side of the floor will be the restaurant, and the darker nook of the restaurant will be the sushi bar. The lobby is completely dark, making it the perfect opportunity to give guests a first impression of the bioluminescent concept using the sea urchin light fixture.
The central block that gets little to no sunlight inspired the decision to have “dark� bioluminescent bathrooms that are completely closed off from sunlight and positioned as close to the core of the building as possible.
INSPIRATION IMAGES
LOBBY
Sectional Axons CURTAIN SYSTEM
SHEER
12th FLOOR
11th FLOOR
10th FLOOR
9th FLOOR
8th FLOOR
7th FLOOR
BASEMENT
1
1
1
1st FLOOR - GROUND
2
2
2
2nd - 6th FLOORS NOT IN SCOPE
3
3
3
SHEER & OPAQUE
OPAQUE
Typical Hotel Room
LIGHT FIXTURE
Inspired by the shape and texture of sea urchin shells 3D printed in frosted acrylic
“MEDUSOZOA”
CURTAIN
Medusozoa: scientific term for jellyfish TRIPLE LAYER SYSTEM all sheer | sheer & opaque | all opaque
WALLPAPER
Inspired by jellyfish tentacles
SUSHI BAR
Floor Plans Basement Plan
Ground Floor Plan 9 4
3
1
1 2
4 2
8 5
7
8
4
6
8
8
8
5 4
3
1
8
1. tile wall 6. mechanical room 2. bar 7. elevator 3. DJ stage 8. restroom 4. lounge seating 5. pool (accessible from ground floor only)
Typical Floor Plan medusozoa curtain
6
1. restaurant 2. sushi bar 3. lobby 4. elevator 5. mechanical room
6 7
7
7
7
7
6. restroom 7. pool changing room 8. pool (accessible from ground floor only) 9. tile wall
Exterior View & Section
South Section 1A 2
1A
1B
1B
3
7
EXTERIOR BUILDING
4
5 6
8
1A. curtain - all opaque 1B. curtain - sheer & opaque 2. hotel room 3. pool room 4. restroom 5. kitchen 6. sushi bar
9
10 11
7. stairs 8. pool (accessible from ground floor only) 9. basement lounge area 10. basement bar 11. tile wall
Basement
CUSTOM TILE
Inspired by the translucency and bioluminescence of jellyfish 3D printed in clear resin at San Jose State University
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