PORTFOLIO HO
Cover page
Grand Stair of Simulation Galleries’ Atrium in Vietnam Academy of Natural Disaster
Mathew Ho 9565 Compass Point Dr. S. San Diego, CA 92126 (858) 610 7746 mathewho1228@yahoo.com
Contents Vietnam Academy of Natural Disaster Sunset Gower Studios Irvine Spectrum Hotel Kensington Fire Station SoCal Local Farmer’s Market Professional Works’ Samples
03 19 29 37 41 45
“While many people are aware of the terrible impact of disasters throughout the world, few realize that this is a problem that we can do something about.� Kofi A. Annan Secretary-General United Nations
Vietnam Academy of Natural Disaster Location: Da Nang, Vietnam In recent years, natural disasters have been happening more frequently in the world as a result of the global warming. They Advisor: Karen Lange continuously cause a lot of serious damage, stealing people’s lives, leaving injury and epidemics, hurting people already in poverty, and Year: 2013 granting people with miserable memories. In the past two decades, more than 200 million people have suffered from disasters every year, and the numbers of natural hazards have increased four times in Asia Pacific. Vietnam is one of the countries in the world that has a large effect from climate change. Even though the number and the devastating intensity of disasters occurring in Vietnam is not great as much as other countries, the country has been always placed in the top countries having large number of death and injured people. On the other hand, the frequent occurence of typhoons and floods make the needy life of poor people more difficult, and they could not escape poverty. The losses in Vietnam hazards were the result of a lack of knowledge on natural disasters, poor emergency response, and risk reduction. To solve these drawbacks, first, increasing the awareness to Vietnamese about disaster risks by simulations to help them react quickly when facing with hazards. Besides, educating people to understand the importance of supporting environment to restrain the climate change. Second, improving the disaster management system to strengthen the national system of disaster warnings, reporting and responses. Third, establishing a stronger evacuation system to protect the people from impacts of disasters. These are the major solutions to help Vietnamese overcome the problems of natural disasters, and Vietnam Academy of Natural Disaster is key to resolve them.
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Vietnam Academy of Natural Disaster is located right on the coastline of Son Tra peninsula, where it contains a natural rainforest and a rich marine life. With that special location, visitors not only discover the center, but also have a chance to adventure the nature of the site. The campus consists of three major programs: a simulation gallery, a nature exhibition, and a research center. Visitors can learn how to protect themselves and how to react against disasters by attending at various simulation galleries. They also have a chance to improve their awareness about nature at the natural exhibition which would help them understand the relationship between hazards and the importance of supporting nature. The research center helps to improve the disaster prediction system and study the solutions to decrease the damages from hazards.
THE SITE
The site Tien Sa seaport Interprovincial bus stop Da Nang railway station
Da Nang airport
Interprovincial bus stop The National Route 1A Other highways The North-South Railway
Major Public Transportation System in Da Nang
Vietnam
Da Nang
View from ocean
Da Nang City
Son Tra Peninsila
Tien Sa Beach
The Site
05
SITE ANALYSIS The Site
The Site
The Site
The Site
The pass t Ye eu
Ki St.
Major Streets
Secondary Streets
Private Roads
Yet Kieu is the major street in the area, but this road The pass connects Yet Kieu street and the site. cannot lead people going directly to the site. However, the road is steep and narrow, and it is not suitable to become a main traffic for the project. The Site
The Site
The Site
Vehicular Traffic
The Site Coral Reef
Pedestrian Circulation
There is no pedestrian circulation along the pass. The one along Tien Sa beach is the only pedestrian circulation directing people to the site.
Right
Conference Hall Next right
Planetarium Next page
Simulation Galleries’ Atrium
Tien Sa seaport Military seaport Military buildings
Surrounding Buildings Service Buildings Private Houses
Green Space
Protected Ocean Area
CONCEPT INSPIRATION
Culture
The bronze drums were used in important religious ceremonies in Vietnamese ancients.
Ancient Life
Vietnamese ancient life is presented on the bronze drums’ surface including stilt house.
STRUCTURE INSPIRATION
Traditional Architectrue
Stilt house is very popular in the central highland area and other Vietnam’s ethnic groups.
Local Profession
Wood boat and basket are major transportation for fishermen to catch fish near coastline.
Wood Boat
Tjibaou Cultural Center
07
PROGRAM
Arrival Plaza
Connection
Simulation Galleries
Nature Exhibition
Research Center
The Pier
Administration & Conference Hall
The Program
Waterfront View
09
TYPICAL BASKET FORM
Base
Major columns
Secondary columns
Braces
Truss
SITE MODEL
TRANSPORTATION & SITE CIRCULATION
Access & Parking
1 - Primary parking for visitors 2 - Secondary parking for visitors 3 - Staff parking beneath amphitheater
Servicing
1 - Primary servicing by vehicle 2 - Secondary servicing drop-off 3 - Secondary servicing by electric cart
1 2 3 4
- Welcome tram station - Tram drop-off - Welcome electric cart station - Electric cart drop-off
Transit
Previous page
Nature Exhibition’s Atrium
TYPICAL BOAT’S FORM
Base
Major columns
Secondary columns
Braces
Truss
11
N E.12
G.08
E.10 G.07
E.11 G.04
E.15 E.13 E.14
E.11
E.12
E.10
E.14
E.15 E.13 E.13
E.11
G.09 E.10 G.10 G.06
G.04
E.12
Nature Exhibition F.01 - Lobby F.02 - Information desk F.03 - Bag & coat check-in F.04 - The Earth & space exhibition
The Pier F.05 - Green exhibition F.06 - Ocean exhibition F.07 - 4D exhibit theater F.08 - Planetatrium F.09 - Exhibit theater
F.10 - Rivers & lakes exhibition F.11 - Aquarium F.12 - Corel reef observation F.13 - Storage F.14 - General space
F.15 - Private restroom F.16 - Public restroom 0 10
30
50
100
1st Floor Plan
G.01 - The circle G.02 - Double bridge G.03 - Dock G.04 - Bike & running path G.05 - Pedestrian circuit
G.06 - Connec G.07 - Fishing G.08 - Observ G.09 - Coffee G.10 - Public r
ction path space vation space shop restroom
Trusses’ steel braces
G.05
Columns’ steel braces
E.09
E.08
E.05
E.16
E.16
Wood purlins
Secondary wood columns
E.04
E.01
E.03
E.02
Wood trusses
E.16
G.02
G.01
Steel connections Primary wood columns
E.16
E.07
G.03 G.06
E.06
G.05
0 10
30
50
100
2nd Floor Plan
EXPLODED STRUCTURE
13
N
B.11
D.03
B.08
D.05 B.18 B.18
B.10 B.09
B.12
D.06
E.02 D.03
E.01
C.02
C.06
C.11
C.02
C.02
D.04
C.07 D.06 C.10
C.05 D.03
C.10
D.11
D.01
D.11 D.07
D.02
D.03 0 10
30
50
100
6th Floor Plan
Arrival Plaza
Simulation Galleries
A.01 - Arrival tram station A.02 - Great amphitheater A.03 - Secondary amphitheater A.04 - Ramp A.05 - Central yard A.06 - Staff parking
B.01 - Lobby B.02 - Information desk B.03 - Orientation stage B.04 - Shop B.05 - Coffee shop B.06 - Rainstorm simulation B.07 - Typhoon simulation B.08 - Flooding simulation B.09 - Earthquake simulation B.10 - Liquefaction & earthquake M.E.R
B.05
Research Center B.11 - Children’s section B.12 - Exhibition hall B.13 - Fire fighting training room B.14 - Smoke maze room B.15 - Training performance evaluation section B.16 - General training space B.17 - Storage B.18 - Public restroom
Administration & Conference Hall
C.01 - Lobby C.02 - Office C.03 - Climate predictive lab C.04 - Storm predictive lab C.05 - National typhoon lab C.06 - Ocean predictive lab C.07 - Seminar training hall C.08 - Researching lab C.09 - Library C.10 - Storage C.11 - Private restroom
B.16
B.07
Connection
D.01 - Lobby D02 - Conference hall D.03 - Rest area D.04 - 4D disater education theater D.05 - Disater edication theater D.06 - General space D.07 - Coffee shop D.08 - Office D.09 - Restaurant D.10 - Private restroom D.11 - Public restroom
E.01 - Grand stair E.02 - The bridge
B.14
B.06
B.13 B.18 B.18
B.04 B.03
B.18 B.18
B.15
B.02 B.01
B.17
A.04
A.06
A.02
A.05
C.02
C.02
C.01
C.02
C.02
C.10 C.04
C.11
C.03 C.09
C.10
C.11
C.02
C.02 C.10
C.08
A.03
A.01
C.10
D.10 D.10 D.08 D.08
D.09 0 10
30
50
100
7th Floor Plan
0 10
30
50
100
8th Floor Plan
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PERSPECTIVE SECTIONS
SECTION MODEL
17
“The age of mankind is over. A new world has begun! The rule of Robots!”
Karel Capek
Sunset Gower Studios Location: Hollywood, California In Los Angeles, the entertainment industry has had an enormous impact on the structure and shape of the city, from the growth of Advisor: Stephen Phillips Hollywood, Burbank, to Century City – much of Los Angeles’s urban terrain has evolved in response to film production. Of course, Los Year: 2012 Angeles is a city of many industries, and Los Angeles and its architecture cannot be understood outside the formative industries that define and sustain this city’s urban infrastructure and culture ecology. Although not the first, Hollywood industry generated extreme wealth alongside an infrastructure that grew to support radio, television, digital effects, computer animation, and most recently, various forms of digital media-tech. Hollywood Industry decentralized throughout the Greater Los Angeles Basin, is about to be revitalized with new technologies that will change the way in which movies are written, staged, filmed and viewed. Thus imagining a new world order enlivened by the manufacture, testing, and distribution of robotic machines, a new studio in Los Angeles will be built. This new studio will explore, feature, and showcase the potential of Robots in the process of making, producing, and viewing feature films, television shows, animations, games, and new digital media.
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The existing architecture of Sunset Gower Studios is a combination of multiple storages and workshops which are disorganized. The campus is separated from the outside by large solid walls surrounding the site. The missing in connection between the studios and the community is a major issue because this place has a strong history of film and TV production as Hollywood. The significant idea of this project is to resolve this problem: connect the public space and the private space, provide a fresh environment and activities to the community, and develop a new infrastructure to Hollywood.
SITE ACCESS
Major access Secondary access
Pedestrial Access
Metro rail
Public Transportation
Public access Private access
Vehicle Access
ROBOTIC DEVICE
Dish pattern
Dishes
Front frame
Front panel
Panel connection
Rotaing axel Rotating gears Servo
Back panel
Piston frame Servo Moving gears
Moving axel
Back connection
Back frame
Side Elevation Front Elevation Back View Front View
Previous Page
Aerial View
21
SITE ANALYSIS
To Santa Barbara
2 ay ew
Gower St Vine St
Beverly Blvd
0.75 1 mile
Western Ave
Wilshire Blvd
Melrose Ave
Wilton Pl
10
1 ay ew Fre
Highland Ave
Western Ave 0.5
Vermont Ave
Vine St 0.25
Santa Monica Blvd
ay w ee Fr 1) d 10 oo ay w lly ew Ho (Fre
ay w ee Fr 1) d 10 oo y lyw ewa re (F
Beverly Blvd
0
Fountain Ave
Gordon St
Sunset Blvd ol
Santa Monica Blvd
Normandie Ave
Hollywood Blvd
H
Hollywood Blvd Sunset Blvd
Franklin Ave
To Downtown Los Angeles
Topography
Vermont Ave
Fre
Major Circulation
Local Circulation
Kodak Branch Chinese Theatre LA Public Theatre Pantages Theatre Library AM Cinematheque Arclight Hollywood Cinema Buena Vista Theatre Branch LA Public Library
Deluxe Digital Cinema
Branch LA Public Library
1XL 1VL
1L 1
2
Height Relationship
Agricultural; Suburban Single Family Residential Multiple Family Residential Commercial
Manifacturing Parking Open Space Public Facilities
Zoning
Green Zones & Public Spaces
Main Atrium View from the Second Floor
23
CONCEPT DIAGRAM
T LI SP
ATTRACTIVE POINT
- Sunset Blvd & Gower St: Heavy traffic. - Gordon St & Fountain Ave: Light traffic. - Define the major view of the building.
THE ROBOTIC VOCABULARY
B PU
LIC
AG ST
ES
E AC SP
- Re-organize the Studio program. - Split stages into 2 groups: private & public stages. - Add public space into the program.
Two perfect circles: - Expose 360 views for the campus. - Create a closed private space for campus security.
- Cut the public circle to open public space. - Connect the public & private spaces.
SPACE CONCEPT closed space? lack of green space?
how to oganize?
security?
density of land use too high?
add public space & green element
splitting the program
moving stages into underground
raising program up
- Push down & pull up the form to create the views for the courtyards toward the attractive point. - Engage the building to landscape.
Apply the robotic vocabulary.
STUDY MODELS
Iteration 1
Iteration 2
Iteration 3
View Toward the Main Entrance
Longitudinal Section
25
Sunset Blvd Private space Public & private spaces 09
03
Public space 18
17 19
Production & post-production office Performing theatre Studio’s museum & memorial Post-production Falicities Administration & security Private service Film & Hollywood library Private sound stages Tower Mills Screening rooms Public sound stages Public service
04 11
20 20
12 06
20
Private parking space Connection space between public & private
Gordon St
14
Gower St
PROGRAM
02 10 01
13 15 08
Public parking space
16
07 07
Backlot Green element Water element Green roof Yard
N
07
Fountain Ave
Sunset Blvd
25
27 19
24
31
28 32 26
23
20 23
20
Gordon St
Gower St
29
29
26
23
30
16
22
20
33
21
22 22
34 37
30
21
22
30 34
21 30
22
26
26 21 21 21 21 21
26
26
26
36
35
21
Fountain Ave
Site Plan
1st Basement Plan
Entrance
Exit
Spaces
01 - Main entry 02 - Crew entrance 03 - Public entrance 04 - Museum & memorial entrance 05 - Theatre entrance 06 - Screening rooms & library entrance
07 - Studios & falicities exit 08 - Office exit 09 - Theatre exit 10 - Tower exit 11 - Museum & memorial exit 12 - Screening rooms & library exit
13 - Main atrium 14 - Public & private meeting space 15 - Crew lobby 16 - Studios security 17 - Theatre foyer space 18 - Shop 19 - Stage crew for theatre 20 - Screening rooms
2nd Floor Plan
21 - Private studios 22 - Mills 23 - Public studios 24 - Mills & contemporary offices 25 - Public service 26 - Storage 27 - Theatre lobby 28 - Dressing rooms & band rooms
3rd Floor Plan
29 - Library 30 - Facilities 31 - Auditorium 32 - Museum 33 - Office lobby 34 - Private service 35 - Facilities 36 - Post-production
left
Ground Plan
27
“N othing is as dangerous in architecture as dealing with separated problems. If we split life into separated problems we split the possibilities to make good building art.�
Alvar Aalto
Irvine Spectrum Hotel Location: Irvine, California Advisor: JamesDoefler Rafael F. Velazquez Samuel Y. Chen Matthew Beeler Collaborate: Christopher Mojo Year: 2011
The client has purchased a property in Irvine California and intends to create a 5-star hotel that will cater to corporate executives and exclusive business travelers. Currently, there is no high-end hotel in the immediate area; a 3-star Double Tree hotel, located just three blocks away, fails to serve such a demographic. The hotel will be mid-size with 300 keys. Amenities will include a spa, small convention and meeting facilities, pool and some retail space. Students are encouraged to offer the client hotel features and amenities that are above and beyond what is required in the design brief. The design solution needs to incorporate state-of-the-art technology to serve guest-related functions and operations as well as to maintain the facility. Being environmentally-concious, the client requires the hotel design to be USGBC Platinum LEED certified. The students will need to demonstrate that the building systems are sustainable without compromising the hotel design and guest experience.
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- Urban hotel - 300 keys - 338 modules - 9% suites - Gross area per key 1,302 sf - Amenities All day restaurant Specialty restaurant Coffee lounge Nightclub Ballroom & meeting rooms Spa Fitness center Rock wall Tennis & golf practice spaces Outdoor pool Clubroom Art studio Business center
SITE ANALYSIS
Aerial View
Transportation
Building coverage Landscape The site
Building Density Diagram
1-2 stories 3-7 stories >7 stories
Building Height Diagram The site
Irvine Spectrum Commercial Residential
Land Use Diagram Retail Industrial Landscape
CONCEPT DIAGRAM
EXPLODED BUILDING ENVELOPE Extendable Glass Boxes
Translucent PV Panels
Metal Fabric Mesh Panels
Translucent PV Panels
Metal Fabric Mesh Panels
Glazing
Concrete
Building Floor Slabs
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2.20
1.15 1.16 1.17 1.08 1.11 1.07 1.12
2.16 2.17 2.11 2.11
1.14
1.10 1.09
1.18 1.18
2.14
1.06 1.06
2.19
2.15
2.03 2.04
2.05
1.13
2.06
2.02
2.01
2.13 2.18
1.05
2.12 2.07 1.03
1.04
2.10
1.02 1.01
1.01 - Pedestrian entry 1.02 - Art studio 1.03 - Special restaurant 1.04 - Coffee lounge 1.05 - Nightclub
1.06 - Sport course 1.07 - Security 1.08 - Rec. & purc. office 1.09 - Staff facilities 1.10 - Human resouce
Site Plan
1.11 - Housekeeping & laundry 1.12 - Main kitchen 1.13 - Special rest. kitchen 1.14 - MEP
2.19 2.10 2.10
2.08
2.20
Floor Plan - Level 1 (+0.00’)
1.15 - Repairs & mainternance 1.16 - Recycle & trash 1.17 - Loading dock area 1.18 - Restroom
2.09 2.08
2.01 - Main entry 2.02 - Main lobby 2.03 - Check-in 2.04 - Concierge desk 2.05 - Lobby lounge
2.06 - All day restaurant 2.07 - Water feature 2.08 - Pre-function 2.09 - Ballroom 2.10 - Meeting room
Floor Plan - Level 2 (+18.00’)
2.11 - Retail 2.12 - Bride room 2.13 - Banquet kitchen 2.14 - All day rest. kitchen 2.15 - Front office
2.16 - Administration 2.17 - Accounting 2.18 - Function support space 2.19 - Restroom 2.20 - Garden
3.13 3.07 3.06 3.04
3.07
3.05
5.02 5.02 5.02 5.02 5.02 5.01 5.01 5.02 5.01
4.05
3.03 4.05
3.01
4.01 4.05
3.02
5.02 5.01 5.02 5.02 5.02
4.01 3.10 3.09 3.11
3.13 4.04 4.02
3.08 3.12 3.08 3.08 3.12
3.01 - Reception 3.02 - Salon 3.03 - Fitness 3.04 - Treatment area 3.05 - Administration
3.11 - Business center 3.12 - Restroom 3.13 - Garden
4.04 4.04
4.03
Floor Plan - Level 3 (+33.00’)
3.06 - Back of house 3.07 - Locker 3.08 - Meeting room 3.09 - Clubroom 3.10 - Library
4.04
4.01 - Multi purpose space 4.02 - Club room 4.03 - Outdoor pool 4.04 - Mechanical 4.05 - Green roof
4.04
4.04
Floor Plan - Level 4 (+48.00’)
Floor Plan - Level 5-9 & 11-14
5.01 - Standard room 5.02 - Suite 5.03 - Service area
GUESTROOMS
Top left Main Lobby View Middle left View Toward Ballroom
Bottom left Tower View
From Rooftop Pool
Typical Extending Guestroom (Retracted)
Typical Extending Guestroom (Extended)
Typical Stationary Guestroom
33
TOWER FACADE SKIN SYSTEM Metal fabric mesh panels
Translucent PV panels
BUILDING STRUCTURE Glazing mullions
Frame for skin system
Building structure
Glazing
Reinforced concrete slabs Reinforced concrete columns Steel columns
South Elevation
East Elevation
Day View
Night View
Section A
Section B
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“Right down the shocked street with a siren-blast That sends all else skittering to the curb, Redness, brass, ladders and hats hurl past, Blurring to sheer verb, Shift at the corner into uproarious gear And make it around the turn in a squall of traction, The headlong bell maintaining sure and clear, Thought is degraded action!”
Richard Wilbur
Kensington Fire Station
The San Diego Lumberman/A.I.A 2010 Architectural Design Competition Location: San Diego, California The Spanish Revival community of Kensington needs a new Fire Station. The purpose is to make a public building that embraces its Advisor: Ian Joseph Kay neighborhood and act as a symbol of the firefighters’ rich history and commitment to public service. The building shall celebrate the use Year: 2010 of wood, in aspects of structure and in elements on the building envelope. Award: First place
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“Weeou, weeou, weeou,...� When we hear these sounds, the picture of ambulances or fire trucks appear in our mind. They are moving very fast as time is of the essence; ladders extened to reach hazardous areas of building. These imposing vehicles with Concept Diagram sirens blaring scare people. However, life could not exist without them. They save lives when needed and have an important function in our community. My design envolved from the form of the fire truck and the images of its ladder. There are three main structures in my design. Two of them represent two fire trucks driving in opposite directions. The third structure stands on canted double wood colums which symbolize the ladders. This combination creates a dynamic form in the Kensington community.
Physical Model
West Elevation
Site View
South Elevation
First Floor Plan
Detail
01 - Lobby 02 - Entry 03 - Watch room 04 - Unisex restroom 05 - Restroom’s storage
Section A-A
06 - Fire pole 07 - Apparaus garage 08 - Offices 09 - Storage 10 - Hazmat storage
Second Floor Plan 11 - Mech./elec./tel./data room 12 - Men’s sleeping rooms 13 - Men’s restoom 14 - Women’s sleeping rooms 15. Women restroom
16 - Physical training area 17 - Kitchen 18 - Living/dining/media 19 - Laundry 20. Bancony
Section B-B
39
“Green is the prime color of the world, and that from which its loveliness arises”
Pedro Calderon de la Barca
SoCal Local Farmer’s Market
The San Diego Lumberman/A.I.A 2009 Architectural Design Competition Location: San Diego, California Advisor: Ian Joseph Kay Year: 2009 Award: First place
The downtown city of San Diego community needs a marketplace for local produce and prepared food that is grown by local farmers. The target market is people who live and/or work within two miles of the site, and weekend users who can reach the site via trolley, bicycle, pedicab and other alternative means of transportation. It should be welcoming to people of all lifestyles, cultures and income levels. The wood structure should support individual wooden stalls which could be rented weekly to the local farmers and purveyors or organic, locally grown or produced foods. The project is to design the SoCal Local Farmer’s Market, supporting alternative transportation methods with the incorporation of bike racks, vespa parking, pedestrian traffic, bus drop off, pedicabs, as well as ease of access by the vendors’ trucks and trash/recycling collection. In the tradition established by the first California farmers market at the corner of Third and Fairfax in Los Angeles, the goal is to create an atmosphere of casual, open-air commerce, “a delightful and utterly charming place to meet, eat, shop and stroll.”
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West Island Ave
When humans breath, they produce cacbon dioxide. Using energy at home and burn fuel in our vehicles, we cause cacbon dioxide to enter the atmosphere. Trees are “sponges” for cacbon diocide and help reduce many pollutans in the atmosphere. Trees shade our homes, creating a need to use less energy when the temperature increase. Trees cover much of surface of the Earth. They support the earth’s environment and reduce the heat of the Earth. The leaf is main component of the tree used to transform cacbon dioxide to oxygen and make the atmosphere clear.
07
Focus point Main point
450
Main axes of 600 the building
09 Shade trees
Concept Diagram
05
06
Site Organization 01 - Bus stop 02 - Parking area 03 - Vespa parking 04 - Bicycle parking 05 - Main entry 06 - Main building 07 - Kiosks 08 - Community garden 09 - Outdoor dining & outdoor seating 10 - Activity area 11 - Recycling/trash
10 01 07
04
08
02
11 03
N J St
South Elevation
Second Ave
01
First Ave
The leaf is the guiding concept in my design. The “leaf roofs” cover the main building. They create shadows and enclosed space for the building. The building is not only transformed by the shape of the leaves, but it is also transformed by their function. In addition to aluminum panels, solar panels are used to cover the “leaf roofs,” to gather energy from the sun to be used in the building.
Kiosk’s area
Site Plan
North Elevation
Physical Model - View 1
Detail
Floor Plan A - Entry B - Conference room C - Indoor dining
D - Outdoor dining E - Kitchen F - Kitchen storage
G - Market storage H - Men’s restroom I - Women’s restroom
Physical Model - View 2
Section A-A
Physical Model - View 3
43
“An architect is a licensed professional with specialized skills who designs buildings and cityscapes and helps make real the unique vision of their clients and communities”
AIA (The American Institute of Architects)
Professional Works’ Samples
WATG Dali Resort in China WATG Tianjin Plaza in China WTARCH Hollywood Hills Residence in Los Angeles, California 45
DALI RESORT in China Office: WATG Works: Build 3D model in Revit for Presidental Villa. Build and revise 3D model in Revit for some areas of the major building. Design topography for the site. Color the Floor Plans & Sections. Top left Aerial View Bottom left Entry View Top right 3rd Floor Plan Middle right 5rd Floor Plan Bottom right Sections
Top left Presidental Villa View Bottom left Presidental Villa Plan Top right 2-Bedroom Villa Plan Bottom right 3-Bedroom Villa Plan
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TIANJIN PLAZA in China Office: WATG Works: Build 3D model in SketchUp based on the sketched design concept. Freehand and digital rendering for Site Plan. Color the Floor Plans.
North Elevation
Site Plan
3D Model in SketchUp
Typical Plaza Floor Plan
HOLLYWOOD HILLS RESIDENCE in Los Angeles, California Office: WTARCH Works: Build and revise 3D model in Rhino. Renderings. Top left Front View Bottom left Back View
Right Exploded Axonometric
49