Taiwan Peter

Hi I m Peter

CHUN-YI HO | | peterho0103@gmail.com 


  Hi, I am Chunyi Ho, a creative, Intuitive and innovative guy from NTUST. I currently studying in the United States as an exchange student. The experience of studying abroad has given me a completely different point of view of my life, and has influenced me to be brave, think big, even change my life plan.

My original plan was to go back to Taiwan and work after school, but now the plan has changed. After I get my bachelor’s degree of architecture, I will study abroad again, not only to learn more about architecture or experience a different culture, but to also introduce Taiwan to the world. (I have successfully invited four friends to come to Taiwan to study next semester.)

There are two parts in this portfolio, which are my works in Taiwan and the US. The Taiwan part is more about design and digital fabrication, which shows my abilities in connecting concept and design. Relatively, the US portion is more practical, like the importance of details, structures, environmental controls which all affect the architecture. All of these factors are taken into consideration during the design process in order to improve the quality of a project.

Furthermore, I learned how to produce construction documents, which will cover the other big part of this profession.

Projects Special spacial experiential children recreation center

2017

At Taipei

I really really want to fly

Streaming Light

A Library which tells you the story of the life of river architecturally

2017

AIR

A temporary pavilion floating on treasure hill in Taipei

2016

West Hollywood Housing

The interactive playground in the heart of an active LGBT city

2018

Life in LA

Wilson Cabin

The house for scientist in Mt. Wilson

2017

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5 DN UP

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5 DN

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Level 4 11000

Level 3 8000

Level 2.5 6000

Level 2 4000

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Level 1 0

Level 4 11000

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Level 2.5 6000

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3000

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Level 4 11000

Level 3 8000 Level 2.5 6000 Level 2 4000 Level 1.5 3000

Level 1 0

Structure Warm Up  

Tower

Bridge

Cantilever

This is a three week warm up for the upcoming school year, which will be focus on practical side of architecture like structure, environmental control, construction, & building code.




room.

The building is enclosed by metal panels, which inmost 3' modules. lower part of In the are Forest, things we canThe see are trees, which composed tons of doors, vertical so people’s the opening are folding lines. Relatively, a horizontal bridge can vision, action, and air flow can actually go convey the difference between natural and

beyond the edge, and break the separation artificial element. of indoors and outdoors.

Wilson Cabin

In order to emphasize the horizontality, The small cabin for scientistthis in Mt. Wilson

Wilson Cabin

project is composed as a big rectangle shape that people can see through the whole space, similar to a telescope. To separate the different spaces of the programs, the ground plan is broken into 3 levels.

In the Forest, most things we can see are trees, which composed tons of vertical lines. Relatively, a horizontal bridge can convey the difference between natural and artificial element.

A part of the mass is pushed out of the main box, to differentiate the work area from the private living quarters. And the Level of Privacy Structral DIagram wall on the end of the bridge is pushed into the building, to create a balcony for day room.

In order to emphasize the horizontality, this project is composed as a big rectangle shape that people can see through the whole space, similar to a telescope. To separate the different spaces of the programs, the ground plan is broken into 3 levels.

The building is enclosed by metal panels, which are in 3' modules. The lower part of the opening are folding doors, so people’s Site Plan 1/16''=1' vision, action, and air flow can actually go beyond the edge, and break the separation of indoors and outdoors.

N

Mass Push & Pull

A part of the mass is pushed out of the main box, to differentiate the work area from the private living quarters. And the wall on the end of the bridge is pushed into the building, to create a balcony for day room.

Virtical Lines of the Woods

The building is enclosed by metal panels, which are in 3' modules. The lower part of the opening are folding doors, so people’s vision, action, and air flow can actually go beyond the edge, and break the separation of indoors and outdoors.

0' - 0"

Break the Border

Interaction of Each Space N

Site Plan 1/16''=1'

0' - 0"

UP

N

Site Plan 1/16''=1'

0' - 0"

UP

DN

-3' - 0"

Lower Level Plan 1/4''=1'

DN

DN

9' - 0"

Upper Level Plan 1/4''=1'

Roof slope in opsite direction

Roof slope in opsite direction 1/4" per ft

Roof slope in opsite direction 1/4" per ft Roof slope in opsite direction 1/4" per ft

Gypsum Boa

Ply Wood

Section 1/4''=1'

10" Structural Concrete W

South Elevation 1/4''=1' 1/4" / 1' - 0"

Rigid Insulation

1/4" / 1' - 0"

Water Proofing

Steel Channel Poured Concrete

1/4" / 1' - 0"

14" Wide Flange

Metal Deck 14" Wide Flange

1/4" / 1' - 0"

Glass Panel

Gypsum Board Aluminum Panel

East Elevation 1/4''=1'

Detail Section 1''=1'

East Elevation 1/4''=1' Roof slope in opsite direction 1/4" per ft

East Elevation 1/4''=1'

Detail Section Detail Section 1''=1'

Gypsum Board

Ply Wood

10" Structural Concrete Wall







ø 5'

- 0"

1 Bed

1 Bed

ø 5'

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4th Floor Plan

ø 5'

1/8'' = 1'- 0''

- 0"

1 Bed

1 Bed

Site Plan ø 5'

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2

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14' - 6"

4

29' - 8"

1/16'' = 1'- 0''

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30' - 10"

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21' - 8"

30' - 4"

13' - 6"

A 1

B

3rd Floor Plan

1/8'' = 1'- 0'' 2

ø 5'

ø 5'

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3

4

Studio

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30' - 4"

Trash

22

1 Bed

21

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ø 5'

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- 0"

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West Hollywood Housing

24' - 0"

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31' - 5"

1 Bed

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1' - 4" 9' - 0"

9' - 0" 1' - 4"

D 9

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2 Bed

The heart of LGBT community.

16' - 5"

6' - 6"

8

#Risers 18 #Treads 16 ø 5'

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- 0"

Parking Plan 2nd Floor Plan

1/8'' = 1'- 0''

1 Bed

West Hollywood is a city that is known for the big amount of population of LGBT community.

ø 5'

1/8'' = 1'- 0''

8' - 0"

ø

0" 5' -

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ø 5' -

ø 5'

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0"

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1 Bed

21' - 0"

1 Bed ø 5'

ø 5'

ø 5'

- 0"

Different from the housing project here, I propose a new concept to provide more opportunity for gay people to walk out their comfort zone, have more social activities with people.

- 0"

1 Bed

- 0"

0"

ø 5'

ø 5' -

4th Floor Plan

1/8'' = 1'- 0''

Studio

Studio

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1 Bed

6' - 0"

0"

1/4'' = 1'- 0''

1 Bed Unit_A

1/4'' = 1'- 0''

1 Bed Unit_B

1st Floor Plan

1/8'' = 1'- 0''

1/4'' = 1'- 0''

ø 5' -

1 Bed

Site Plan

Studio Unit

1/4'' = 1'- 0''

1/16'' = 1'- 0''

Roof 40' - 0"

0"

" '-0 ø5 ø 5'

- 0"

1

2 14' - 6"

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4

29' - 8"

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30' - 10"

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21' - 8"

30' - 4"

Fourth Floor 30' - 0"

13' - 6"

A 1

Third Floor 20' - 0"

B

3rd Floor Plan

1/8'' = 1'- 0'' 2 Trash

ø 5'

- 0"

Second Floor 10' - 0"

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Studio

- 0"

18

3

30' - 4"

ø 5'

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1 Bed

21

20

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First Floor 0' - 0"

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17

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1 Bed

24' - 0"

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North-South Section

31' - 5"

2 Bed Unit

1/8'' = 1'- 0'' 7

1' - 4" 9' - 0"

East-West Section

Basement -10' - 0"

1/8'' = 1'- 0''

9' - 0" 1' - 4"

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2 Bed

#Risers 18 #Treads 16

'' = 1'- 0''

- 0"

1 Bed Unit_B ø 5'

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1/4'' = 1'- 0''

Parking Plan

Studio Unit

1/8'' = 1'- 0''

1/4'' = 1'- 0''

Fourth Floor 30' - 0"

1/8'' = 1'- 0''

Roof 40' - 0"

8' - 0"

2nd Floor Plan

Roof 40' - 0"

16

16' - 5"

6' - 6"

"

Third Floor 20' - 0"

Second Floor 10' - 0" ø 5'

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Fourth Floor 30' - 0"

21' - 0"

1 Bed ø 5'

First Floor 0' - 0"

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1 Bed ø 5' -

Basement -10' - 0"

0"

East Elevation

1/8'' = 1'- 0''

North Elevation

1/8'' = 1'- 0''

Studio

Third Floor 20' - 0"

Roof 40' - 0"

Studio

Fourth Floor 30' - 0"

ø 5' -

Second Floor 10' - 0"

0"

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5' 0

Third Floor 20' - 0"

1st Floor Plan

1/8'' = 1'- 0''

First FloorSecond Floor 0' - 0" 10' - 0"

First Floor 0' - 0"

West Elevation

1/8'' = 1'- 0''

East-West Section

1/8''South = 1'0'' Elevation

Basement -10' - 0"

1/8'' = 1'- 0''

Basement -10' - 0"

ø 5'

1 Bed

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4th Floor Plan

1/8'' = 1'- 0''

ø5 '-0

"

1

2 14' - 6"

Layout the housing units, leave the south side opened for sun light.

ø 5'

1 Bed ø 5'

Define the activity bar, make the outdoor space of it into an activity deck, and the indoor part into a gym.

- 0"

1 1 Bed

1 Bed

3rd Floor Plan

Place the main circulation bar, and raise the living bar that intersect with it to create a two stories high space for entrance. ø 5'

1/8'' = 1'- 0''

Site Plan

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Studio

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1

1/8'' = 1'- 0''

4th Floor Plan

1/8'' = 1'- 0''

1 Bed 2

" '-0 ø5

ø 5'

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1 Bed

14' - 6"

Create buffer bars between street, activity bar and living bar.

3rd Floor Plan

1/16'' = 1'- 0''

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29' - 8"

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Trash

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Studio

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1 Bed

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1' - 4" 9' - 0" ø 5'

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6' - 6"

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9' - 0" 1' - 4"

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6' - 6"

1 Bed

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2 Bed

" '-0 ø5 ø 5'

2

#Risers 18 15 16 - 6" 14' #Treads 16

#Risers 18 #Treads 16

- 0"

Parking Plan 1/8'' = 1'- 0''

2nd Floor Plan

1/8'' = 1'- 0''

8' - 0"

2nd Floor Plan

ø 5'

1/8'' = 1'- 0'' 2

- 0"

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8' - 0"

ø 5'

3rd Floor Plan

1

1/8'' = 1'- 0''

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Studio

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1 Bed ø 5'

ø 5'

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- 0"

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1 Bed

1 Bed

ø 5' - 0"

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"

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1 Bed ø 5' 0"

21' - 0"

" '-0 ø5

6' - 6"

1 Bed Studio

2 Bed

#Riser #Tread ø 5'

- 0"

1 Bed

Studio

ø 5' 0"

2nd Floor Plan

1/8'' = 1'- 0''

8' - 0"

1st Floor Plan

1/8'' = 1'- 0''

Studio

ø 5'

- 0"

21' - 0"

1 Bed ø 5' - 0"

1 Bed ø 5' -

ø 5' -

0"

0"

Studio

6' - 0"

1st Floor Plan

Studio

1/8'' = 1'- 0''

ø 5' 0"

6' - 0"

0"

6' - 0"

ø 5' -

Studio

1st Floor Plan

1/8'' = 1'- 0''

WATER PROOFING RIDGID INSULATION 10" COPING CANT STRIP 1/4" / 12"

B310 BEAM HANGER

SLIDING WALL PANEL

Chunyi Ho

4X12 RIM JOIST

chunyiho@cpp.edu 012852359

DOUBLE TOP PLATE

3/4" PLYWOOD 2X6 STUDS @ 16" O.C. 1/2" GYPSUM BOARD

1 G0.16

DOUBLE INSULATING GLASS

2X12 RIM JOIST 1 1/2" LIGHT WEIGHT CONCRETE 1/4" ACOUSTIC MATT 3/4" PLYWOOD 2X10 TJI @ 16" O.C.

WOOD SIDING

2x12 TJI @ 16" O.C. 3/4" ACOUSTIC CHANNEL

---

ARC303 WEST HOLLYWOOD HOUSING

A-A' 1/2" = 1'-0"

2

B-B' 1/2" = 1'-0"

2018/04/28 Peter Ho Barry Milofsky 0'

1'

2'

4'

8'

A4.21 1/2" = 1'-0"

Chunyi Ho

Chunyi Ho

chunyiho@cpp.edu 012852359

chunyiho@cpp.edu 012852359

Time Table Plot This chart indicate the overheated peroid is from May to September, 9AM-7PM. Phychrometric Chart The comfort zone is from 68-75 degrees, and the humidity ratio is from 0.03-0.13.

Temperature Range The annual temperature range is around 34-94 degrees. In summer time, the average is around 62-88, and 45-68 in the winter. Comfort zone is 68-75.

8 May 2018 4:27:30 PM

Wall Section

1

Wind Wheel The wind mostly comes from North West, and South East. But the wind from North is usually Stronger.

Suggestion from Climate consultant:

Refer to the result of climate consultant, and take into consideration of design strategy.

1. Reduce the opening on the south side.

2.Raised the mass to create more chances to get natural wind.

3.Plant more trees or plants on the west side, to reduce heat gain.

Sun Shading Chart (Summer) During the summer, most of the time in the day needs shading, especially the south side, and west side.

ARC303 WEST HOLLYWOOD HOUSING

ARC303 WEST HOLLYWOOD HOUSING

Climate Analysis

Climate Analysis

2018/04/28 Peter Ho Barry Milofsky

AE1.11

8 May 2018 4:19:54 PM

Sun Shading Chart (Winter) During the Winter, most of the time are cold(less than 68 degrees), so heating or some way to keep warm may be required.

2018/04/28 Peter Ho Barry Milofsky

AE1.12

Chunyi Ho

Chunyi Ho

chunyiho@cpp.edu 012852359

chunyiho@cpp.edu 012852359

ARC303 WEST HOLLYWOOD HOUSING

ARC303 WEST HOLLYWOOD HOUSING

REFLECTING CEILING PLAN

HEED RESULT

8 May 2018 4:19:54 PM

4.Leave the South side for public outdoor space, and North side for taller building.

WIRE

DUPLEX OUTLET

GFCI OUTLET

SINGLE POLE SWITCH 2

DOUBLE POLE SWITCH VS

SINGLE POLE SWITCH WITH VACANCY SENSOR

QUANTITY

WATTS

TOTAL WATTS

CRI

COLOR TEMPERATURE

EFFICIENCY

HIGH EFFICIENCY

16

10

160

650

90+

2700

65

Y

6

11

66

568

90+

3000

51.7

Y

DINING PENDANT LIGHT

DELRAY IL793-KG-W30-LI-BDIM-W11

1

32.3

32.3

2762

90+

3000

85.5

Y

UNDER CABINET LIGHT

PHILIPS 523-000027-88

4

9.5

38

756

94

2700

80.3

Y

WALL LAMP

PHILIPS WL484W LED40S

3

32.7

98.1

4000

80+

4000

122

Y

WATERPROOF BALCONY LIGHT

PHILPIS WT120C LED60S

2

57

114

6000

80+

4000

150

Y

TYPE

LIGHTING SCHEDULE 1/2" = 1'-0"

INFORMATION

RECESSED DOWNLIGHT

ECOSMART DL-N14A10FR2-27

WALL WASHER DOWNLIGHT

AMERLUX E2.9RLW-HP-NC-A1

LUMENS

2018/04/28 Peter Ho Barry Milofsky

AE3.21 1/2" = 1'-0"

2018/04/28 Peter Ho Barry Milofsky

AE2.05

8 May 2018 4:19:54 PM

LIGHTING PLAN LEGEND 1/2" = 1'-0"

8 May 2018 4:19:57 PM

1 UNIT LIGHTING PLAN 1/2" = 1'-0"

Chunyi Ho chunyiho@cpp.edu 012852359

Corner & Window Details 1/4"=1'-0"

ARC303 WEST HOLLYWOOD HOUSING

0'

2'

4'

2018/04/12 Peter Ho Barry Milofsky

8'

A4.03 1/4" = 1'-0"

Chunyi Ho

Chunyi Ho

chunyiho@cpp.edu 012852359

chunyiho@cpp.edu 012852359

8 May 2018 4:26:13 PM

S1B

The power room(red) is in the basement, with all the electrical meters.

Cables will go under ground to reach each building, and send the power up to each floor.

The HVAC equipments are on the roof(Dark Blue), I plan to put all the equipment on the same building, and then pump through underground to the other building. (I want to put everythings together, because the other roof is not assessable) The Green lines collect the water from the roof and planters to the basement. And they also collect the waste water from each apartment.

ARC303 WEST HOLLYWOOD HOUSING

ARC303 WEST HOLLYWOOD HOUSING

The blue lines supply the water in to each apartment.

AC UNIT SELECTION

Utility Comceptual Layout

2018/04/28 Peter Ho Barry Milofsky

10 May 2018 4:25:39 PM

AE2.03

AE1.31

Chunyi Ho

Chunyi Ho

chunyiho@cpp.edu 012852359

chunyiho@cpp.edu 012852359

0'

8'

16'

32'

8 May 2018 4:32:18 PM

The purple line exhaust the air from the parking to ground floor.

2018/04/28 Peter Ho Barry Milofsky

64'

This is a 12 units residential project in West Hollywood. The hightest height is about 40', and have four floors.

We use type V construction type on the part above grade, and type I on undergroung parking.

GRID LINE AND ARCHITECTURAL LINE The grid is a useful device for expressing design rules about the placement of elements in a layout, and it can also be a tool for people to communicate.

Archutectural line is to convey the physical element of architecture through different line type and line weight on a 2D drawing.

OCCUPANCY AND CONSTRUCTION TYPE OCCUPANCY R-2 (2016 CBC) CONSTRUCTION TYPE: VA MAXIMUM ALLOWABLE HEIGHT: 4 STORIES, 60 FT. (TABLE 504.3) ALLOWABLE AREA: 36,000 SF (TABLE 504.4)

STRUCTURUAL SYSTEM The Blue line is the water, and Green line means waste water line. Water comes from the main pipe of the street, and get pumped into two buildings(where the Dark Blue circles are), and come back through green lines.

The purple line is the ventilation track of the garage, which pump the air produced by vehicles out through purple circle.

ABOVE GRADE: VA TYPE V: Wood-frame construction is the most combustible of the five building types. The interior framing and exterior walls may be wood. A wood-frame building is the only one of the five types of construction that has combustible exterior walls. This is the typical single-family home construction method. These buildings are built with 2 x 4 or 2 x 6 studs and load-bearing walls, wood floor trusses, or wood floor joist and wood roof framing.

ARC303 WEST HOLLYWOOD HOUSING

UNDERGROUND: IA TYPE I: This concrete and steel structure, called fire resistive when first built at the turn of the century, is supposed to confine a fire by its construction. This type of construction in which the building elements listed in IBC Table 601 are of non-combustible materials, such as concrete and steel. The roof is also of noncombustible material, such as concrete or steel.

Site analysis

2018/04/28 Peter Ho Barry Milofsky

AE1.21

10 May 2018 4:25:39 PM

The red line illustrate the electrical lines. It connect from the street, then go into the power room and the meters room.

8

7

A 6

B C

5 ARC303 WEST HOLLYWOOD HOUSING S2

2018/04/12 Peter Ho Barry Milofsky

A4.04 1/16" = 1'-0"

8 May 2018 4:26:15 PM

OCCUPANCY S-2: CONSTRUCTION TYPE: IA MAXIMUM ALLOWABLE HEIGHT: UNLIMITED (TABLE 504.4) ALLOWABLE AREA: UNLIMITED (TABLE 506.2)

A glimpse to my ENV & structure analysis in my Construction document