ARCHITECTS HAVE TO DREAM. WE HAVE TO SEARCH FOR OUR ATLANTISES, TO BE EXPLORERS, ADVENTURERS, AND YET TO BUILD RESPONSIBLY AND WELL. -RENZO PIANO
HOSPITALITY DESIGN
FURNITURE DESIGN
SUBTRACTIVE SPACE
HAND DRAWING
RETAIL DESIGN
Table of Contents
CAFE- POINT OF SALE DESIGN CHALLENGE: To space plan four cour program areas in an existing building. - Cafe - Bike shop - Air Bnb - Art Studio
DESIGN CONCEPT: To connect and influence each space with various levels of interaction, promoting crossover between the public and private area, and focusing on the end-user experience by creating a fresh layout.
EAST SECTION- SCALE 3/32”= 1’-0”
1
CAFE BIKE SHOP AIR BNB ART STUDIO
NEW CONSTRUCTION SECTION 1 3/32" = 1’−0"
AIR BNB 2
BIKE DISPLAY
AIR BNB 4
BIKE SHOP
THIRD FLOOR
SECOND FLOOR
FIRST FLOOR
FIRST FLOOR
AIR BNB- LOUNGE AREA
THIRD FLOOR
SECOND FLOOR
FIRST FLOOR
SECOND FLOOR
BIKE SHOP
THIRD FLOOR
SECOND FLOOR
FIRST FLOOR
THIRD FLOOR
ART STUDIO- COLLABORATIVE SPACE
1
AXONOMETRIC VIEW − NEW CONSTRUCTION AXONOMETRIC VIEW
PHYSICAL MODEL- SCALE 1/4”=1’-0”
SIDE VIEW
FRONT VIEW
A HOUSE OF RITUALS To conceptualize an insertion into a structure as a House of Rituals where the acts of sleeping, eating, and bathing are celebrated through the interior architecture.
PHYSICAL MODEL- SCALE 1/4”= 1’-0” DESIGN CONCEPT: To create a cohesive mixed-used space between form and function, and develop the idea of line as frame, surface as envelope, space as volume to define and articulate architectural space.
HAND DRAWINGS
SECTION
EXTERIOR ELEVATION
INTERIOR ELEVATION
LE CORBUSIER- FLOOR PLAN + ELEVATIONS
HAND DRAWINGS
CAPTURED ACTION
RULED SURFACE FRAME WORK AND SEQUENCE Exploring the process of translating a physical action into a concept for architecture to construct a tower - a vertical diagrammatic model for space.
TOWER PHYSICAL MODEL- WOOD DOWELS
DESIGN CHALLENGE: To develop a series of spaces for the body to occupy within the given dimensions of 10’x8’x9’ and considered ways that the hermitage could fit into the site and make it better.
DESIGN CONCEPT: To showcase a playful design wich provides an inviting and engaging space for the occupants to experience, each with unique and specific spatial postures.
PLAN VIEW
SIDE SECTIONS
PHYSICAL MODELS
INTERIOR PERSPECTIVE
SITE PLAN
FRONT ELEVATION- WEST
CONCEPT DEVELPMENT
SITE VIEW
SITE PLAN- SECTION
WIND AND DEBRIS FLOW
BACK ELEVATION- EAST
FLOW OF PEOPLE
NOISE RATIO
SKATEBOARD PATH
8
COMBOS
DESIGN CHALLENGE: To create an innovative workstation which can nest and be used both as an office furniture and an executive office desk.
DESIGN CONCEPT: To develop an ergonomic workstation, designed to fit virtually any decor. Integrating nesting, modularity, material types and adjustable height desk. A fusion of visual design, functional engineering and craftsmanship.
42.5”
60”
NESTED ANALISIS
SIDE VIEWS
30”
FEATURES: Enables multiple working postures by supporting both seated and standing positions. Suffient space between the worksurface and the wall allows for cable management.
EXPLODED VIEW
TOP VIEW
AXONOMETRIC
COMBOS
FRONT SECTION
SIDE SECTION
ADJUSTABLE HEIGHT
EXECUTIVE OFFICE
WORKSTATION
LAMINATE MATERIALS Cerry Cream Cinder Glass
PANEL MATERIALS Cerry Wood Cream Laminate Cinder Laminate Metal
MARKER RENDERING Interior and exterior architecture
INK ON PAPER
INK ON PAPER
INK ON PAPER
BAR AREA DESIGN CHALLENGE: To develop original and creative methods for designing the different surfaces, lighting and furniture found in a restaurant using raw and recycled materials.
DESIGN CONCEPT: To consider the location as the inspiration of a design focused on the concept of fog and mist, and using the aluminium reflective surface to express the vibrance of the space.
TIKI TAPA CLOTH FABRIC
STENCILED SURFACE
STAMP
WALLPAPER MOTIF
ALUMINUM
CHERRY WOODEN SEATINGS
HARDWOOD CALACATTA FLOORING ORO MARBLE
DINING AREA
ENTRANCE
FLOOR PLAN- SCALE 3/16”= 1’ 0”
BAR AREA
BOOTH SEATNG
SOUTH ELEVATION- SCALE 3/16”= 1’-0”
NORTH ELEVATION- SCALE 3/16”= 1’-0”
ALUMINUM PANELS
CEILING HEIGHT PANELS
REFLECTED CEILING PLAN- SCALE 3/16”= 1’ 0”
LIGHT FIXTURE
SLOPE DOWN
FLOOR TO CEILING PANELS
DINING AREA
SIDE VIEW
TOP VIEW
RECYCLED REPLICATOR- LIGHT FIXTURE
ENRICO CAMINITI + 408.621.9788 + enrico.caminiti@sjsu.edu
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