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Ziyi Wang 2nd Year Architecture Portfolio | Cal Poly, SLO | Instructor: Angela Bracco & Margaret Pedone


2016

S P R I N G & Fa l l Q U A R T E R

01

Design Village

02

The Wall

03

The Homeless Village

This project is about redefining our community while contextualize our community within the ecology of the Poly Canyon.

This project is to design a wall of high craft and detail that spatially separates two spaces yet links them with a stair and a ramp. The wall should performs a crucial and powerful role in the composition of space.

This project is to use all of the formal, spatial, compositional, and tectonic design factors learned and explored to design a community of tiny homes for the homeless.


1

Design Village


Design Village


Design Village

SITE Group Member: Ziyi Wang Chaomin Chen Erick Vazquez Mateo Ibarguen


Site Analysis-Wind

11:00am 10:30am

9:00am 7:30am

Site Analysis-Sun

Site Analysis-Light

Design Village

1:00pm

2:30pm 4:00pm

5:30pm


Design Village

7:00pm


Study Model 1

Morning

Design Village

Afternoon

Evening


Design Village


Study Model

Design Village


Design Village

l2

Sleeping Position


Design Village


Design Village

Structute


5

1

3

2

4

Skin

Structure

Removable Surface Irremovable Surface

* 8 removable surface for community space * 1 removable surface for entrance (surface 5)

A. For the irremovable surface

B. For the irremovable surface

Removable surface

Irremovable surface

Use Zip Ties to connect to the rode

Tabs (fabric/plastic sheet) Fuzzy side of Velcro (outside of the tabs)

Connection

Design Village

Hook side of the Velcro (inside of the skins) Surface 3+4 & 1+2 are connected by scone ( dashed line)


Design Village

Construction

Tools Materials Connection


Design Village


Design Village

Final Structure


Design Village


Design Village

Final Project on Site


Design Village


Design Village


2

The Wall


Weave

Ripple

The Wall


Study Model 1

The Wall


1/8”=1’ Study Model

The Wall


The Wall

1/4”=1’ study model


The Wall


The Wall

1/2”=1’ study model


The Wall


The Wall

1”=1’ Final Model


The Wall


The Wall


The Wall


The Wall

Plan and Section


The Wall


The Wall


3

The Homeless Village


The Homeless Village


Conceptual Study Model

The Homeless Village


Site Condition

The Homeless Village


The Homeless Village

PART A: EXISTING SURFACE MATERIALS PLAN

ASPHALT C

C

CONCRETE

C

C

C

C

C

C

C

C

C

C

C

C

C

VEGETATION ROOFS

PART A: C C C C C C C C C C C C EXISTING SURFACE MATERIALS PLAN

TILE

WEIGHTED RUN-OFF COEFFICIENT = 0.88

PEAK RAINFALL INTENSITY = 2.7"/HOUR

PEAK RUN-OFF VOLUME = 3.42 CU. FT/SEC

ASPHALT C

C

C

C

C

C

C C

C

C

C

C

C

C

C

C

C

C

C

C

Materials

CONCRETE VEGETATION ROOFS

C

C

C

C

C

C

C

TILE

WEIGHTED RUN-OFF COEFFICIENT = 0.88


First Master Plan The Homeless Village


The Homeless Village

Original Parking Structure


Master Plan in Progress ADA Pedestrian Vehicular

The Homeless Village


The Homeless Village


The Homeless Village


The Homeless Village

Final Master Plan


The Homeless Village

Street View


The Homeless Village


Unit 1 Design

The Homeless Village


The Homeless Village

Unit 2 Design


The Homeless Village


The Homeless Village

Community Center Design 1st Floor

2nd Floor


Physical Model

The Homeless Village


The Homeless Village


The Homeless Village


The Homeless Village

Bird-eye View


4

A Little Bit EXTRA


Orbit 0.000

Orbit 0.025

Orbit 0.120

Orbit 0.200

Orbit 1.200

Orbit 0.800

Expand 0.000

Expand 0.120

Extra

Expand 0.025

Expand 0.200

Orbit 0.050

Orbit 0.320

Orbit 3.000

Expand 0.050

Expand 0.320

Orbit 0.080

Converge 0.000

Converge 0.100

Converge 0.300

Orbit 0.500

Self-rotation 0.000 Orbit 0.100 Converge 0.100 Expand 0.100

Self-rotation 0.100 Orbit 0.100 Converge 0.100 Expand 0.100

Self-rotation 0. Orbit 0.100 Converge 0.100 Expand 0.100

Orbit 10.00

Self-rotation 0.000 Orbit 0.100 Converge 0.100 Expand 0.100

Self-rotation 0.100 Orbit 0.100 Converge 0.100 Expand 0.100

Self-rotation 0. Orbit 0.100 Converge 0.100 Expand 0.100

Expand 0.080

Self-rotation 0.900 Orbit 0.100 Converge 0.100 Expand 0.100

Self-rotation 1.000 Orbit 0.100 Converge 0.100 Expand 0.100

Self-rotation 1. Orbit 0.100 Converge 0.100 Expand 0.100

Expand 1.000

Self-rotation 0.300 Orbit 0.400 Converge 0.200 Expand 0.600

Self-rotation 0.400 Orbit 0.500 Converge 0.400 Expand 0.400

Self-rotation 0. Orbit 0.600 Converge 0.80 Expand 0.200


Converge 0.300

.200

Self-rotation 0.300 Orbit 0.100 Converge 0.100 Expand 0.100

0

.200

0

.200

0

.500

00

Form Diagram

0

Extra

Self-rotation 0.300 Orbit 0.100 Converge 0.100 Expand 0.100

Self-rotation 1.500 Orbit 0.100 Converge 0.100 Expand 0.100

Self-rotation 0.700 Orbit 0.700 Converge 0.100 Expand 0.200

01

IAAC’s Summer School Program

This is a highly computer science based architecture program I did during Summer break, 2016. In 2 weeks of intense study, I was exposed to different kinds of advanced technology, and various computer program. For the final project, our group made an interactive device that would respond to human’s action and have different corresponding reaction.


Extra


Extra

Prototype


Start

Sensing People

Increase power of the pump

Infra-Red Sensors

Decrease power of the pump

Keep Light On

Interactive Design Using Arduino Output

Extra

No People

BLN Light Con


Extra

Alga as energy source

Acrylic tube

Loop

Pump

Optical fiber

Light source

Pump

ARDUINO

ntrol


Extra


Extra

02

Photography


Extra


Extra


Extra


Extra

03

Fashion Design


ZiyiWang 2nd Year Portfolio