2016-2017 Interior Design Portfolio

2016-2017

Po r tfolio J ihye (Kat ie) Han I nter ior D esign S a n Jose St ate Univer sit y

1

Hyp er tex t Fac to r y B ooks on D emand & Ar t G aller y Fall 2016

2

B iophilic D in in g Dining by D esign Spr ing 2017

3

Coral D ayc are Center K id N’ Play Spr ing 2017

4

Anti- Co nstru c tio n I nside O utside the B ox Fall 2016

Hyper tex t Fac tor y B ooks on D emand & Ar t G aller y 2017 IIDA Honor Awards Student Winner

Hypertext Factory

Book On Demand & Art Gallery Espresso Book Machine, which produces books like a factory, located in the tower of Hypertext Bookstore. Hence Hypertext Bookstore becomes Hypertext Factory.

Hypertext Factory is inspired by Walter Gropius’ factory design in early 20th century factory buildings, often shown large open space with transparent and grid windows.

What is Espresso Book Machine(EBM)?

Espresso Book Machine prints, collates, covers, and binds a single book in a few minutes. The overall size of the Espresso Book Machine takes up 25 square feet of floor space. It allows the possibility to print are, personal and multi-language publications.

Hypertext Factory includes a art gallery and merchandising space for local artist to display their work. The cashier wall is also an art installation by Mike Stilkey’s the Lady of Arlinton.

Espresso Book Machine

Bookstore

+

Walter Gropius’ Factory Design

Espresso Book Machine (EBM)

The Lady of Arlington by Mike Stilkey

=

Hypertext Factory

Inspiration Image of Book Tower

Hypertext Factory

A

UP

B

C

Cafe Seating

Cafe

Cashier

Espresso Book Machine

Display

A

Storage and Office

ENT.

B

1st Floor Plan

Section A

Section B

ENT.

C

Revit+Photoshop 1/16”=1’-0”

DN

UP

Espresso Book Machine

Art Gallery

Open to Below

Book Wall

2nd Floor Plan

Section C

Hypertext Factory

The production tower is centrally located in the Hypertext Factory.

Each floor of the production tower holds one Espresso Book Machine, total three EBM in all the levels

Revit+Photoshop

Third Floor

Second Floor

Book Production Tower

Third Floor

Hypertext Factory

Concrete Tile

White Pain Fin.

Grey Felt

Cafe Seating

Concrete Floor

Black Stainless Steel

White Paint Fin.

Oak Wood

Bookwall and Merchandising Display

Concrete Floor

Black Stainless Steel

Concrete Tile

B ioph ilic D in in g Dining by D esign Spr ing 2017

Biophilic Dining Student Union Atrium Dining by Design

North Entrance

Food service Dining

Atrium Dining

South Entrance

Student Union Floor Plan

Student Union located on the San Jose State University campus provides food services and dining space for students and staff. My Dining by Design project focuses on two main issues found in the space.

First issue is regarding heavy traffic in food service area, since the students and the staff order, wait for food and pick up.

Thus I suggest pre-order counter, which is located in entry of the food service area.

The pre-ordering system will reduce traffic in the space.

Second issue is based on comfortability solo diners. Eating alone at open space is quiet uncomfortable. So I would like to provide new dining zone for solo dining students and staff. So my design will provide spaces for solo dining.

Current Student Union Atrium Dining Area

MODO+Sketch

Biophilic partitions around dining area and order counter are inspired by an abstract image of the sunlight coming through trees in a mystic forest. Like hikers having a lunch amongst the trees, students and staff can feel the nature inside of a concrete wall. The Biophilic partitions create warm and private space for solo diners.

Biophilic Dining

ENT

B

A

C

Partial Floor Plan-Student Union Atrium Dining Area

Elevation A

C

ENT

MODO+Photoshop+Illustrator 1/8”=1’-0”

Elevation B

Section C

Biophilic Dining

b

c

a

Partial Floor Plan_Solo Dining Area and Order Counter

Elevation A

Elevation B

MODO+Photoshop+Illustrator

Oak Wood Block

Steel Joint

Partial Wood Partition Sculpted Oak Wood Blocks Assembly: Organic sculptural blocks by Stacked wood forms

Partial Wood Assembly

Elevation C

Biophilic Dining

Solo Dining Area

MODO+Photoshop+Illustrator

Oak Wood

Frosted glass

White Laminate Solo Table Set

Biophilic Dining

Solo Dining Area and Order Counter

Biophilic Dining

Co ral D ayc are K id N’ Play Spr ing 2017

Coral Daycare Center K i d N’ Pl ay

The Coral Daycare Center is inspired

by Sea Corals mirroring characteristics such as texture, shapes, and color. Its various colors depend on exposure of sunlight. The imagination room in the Coral Daycare Center has interactive light features as well as interactive touch wall that changes colors as the children play.

Many little sea creatures live in the sea coral, which protects them from their predators. In the Coral Daycare Center, children, like the little sea creatures, are protected by the Coral Daycare Center. Children can feel cheerful and positive energy from the Coral Daycare and it brings comfortable and warm environment.

Sea of fish in the sea coral

Color Collage-The City of Coral

MODO+Sketch

Coral Daycare Center

Storage

Women’s Restroom

Romping Room

Janitor Men’s Restroom Dining Room B Gallery

Coral Room

Orange Room

Storage

A

MODO+Photoshop+Illustrator 1/8”=1’-0”

Office

Office

Imagination Room

Small Activity Room

Kids’ Restroom

Storage

Large Activity Room

Small Activity Room

Coral Daycare Center

Exterior Elevations

Elevation A-Front Design Wall Elevation

Elevation B-West Wall Elevation

MODO+Photoshop+Illustrator 1/8”=1’-0”

Swiss Pearl (Perforated stainless steel sheets wall cladding)

Color Glass

Coral Daycare Center

MODO+Photoshop+Illustrator

West Wall and South Wall

Coral Daycare Center

Romping Room and Dining Room Elevation and Structural Detail

Elevation A

Elevation B

Elevation C

MODO+Photoshop+Illustrator 1/8”=1’-0”

B

A

C

Key Plan

Rotating Hardware

MDF 2” Thick EVA Foam 1” Thick

Rotating Partition Detail

Coral Daycare Center

Imagination Room Elevations and Structural Detail A

B

Key Plan

Elevation A

Elevation B

1”=1’-0” MODO+Photoshop+Illustrator

Seating Fabric-Polyurethane 8” Foam 1/2” Thick 20” MDF 1/2” Thick.

12”

Foam Steps Detail

36”

LUMES Tile 2.5” thick

12”

12”

MDF backing board_1/4” thick mounts onto most wall substrates

Interactive Wall Panel Detail

Coral Daycare Center

Dining Furniture

Gallery Wall

Graphic Sheet

MODO+Photoshop+Illustrator

Interactive Wall

Lumes Acrylic

Storage

Building Block 2H Storage

Coral Daycare Center

Romping Room

Rotating Partition-EVA Foam

Romping Room Cubes-Felt: Orange, Yellow

Dining Room and Kitchen

Countertop-Staron Pearl

Counter Cabinet -White Glossy Laminate

Imagination Room

Foam Steps-100%Polyurethane: Red, Orange, Yellow

Flooring

GameFlex(Sports Flooring) WoodFlex( Sports Flooring)

GameFlex(Sports Flooring)

Coral Daycare Center

Dining Room and Kitchen

MODO+Photoshop+Illustrator

Romping Room

Coral Daycare Center

Romping Room and Dining Room

Coral Daycare Center

Imagination Room

Coral Daycare Center

Anti-Construction I nside O utside the B ox Fall 2016

Anti-Construction Basswood + Copper Wire

Copper wire is one of the memory wires, which shapes and retains its coil form. Its memory characteristic makes copper wiring possible to link other materials such as Basswood together. Basic techniques of the copper wire are braided, coiled, twisted, wrapped, woven, crocheted, spiraled, filigreed and fashioned in to innumerable wonderful shapes.

Out of these 9 techniques, 5(braided, coiled, twisted, wrapped, and woven) are used in conjunction with the 9 cubes. The each row of the 9 cubes shows a symbolic process from Construct to Deconstruct as below.

Basswood Linear | Rigid | Tangled

+

Copper Wire Linking | Flexible | Woven

Constructing

Deconstructing

DSIT 34 Project 1_Part 3 Oct. 20, 2016 Katie Han

Phase 1. Basswood and Copper Wire Model 6”x 6”x 6”

Anti-Construction

Phase 2. Basswood and Copper Wire Model 9”x 9”x 9”

Phase 3. Basswood and Copper Wire Model 9”x 9”x 9”

Anti-Construction

Transforming from Phase 3 to an Interior Space

Exterior Building Sketch

Anti-Construction

Exterior Building Sketch

Physical Model

Anti-Construction