ARCHITECTURE PORTFOLIO
Tian Zheng
PROJECTS
Trump International Hotel & Tower (Mixed-use Tall Building) 04 Champaign 2015 Bridge House (Elementary House Design) 16 Champaign 2015 BOX (Marfa Multi-Family House Design Competition) 24 Champaign 2014 Chinese Mobile The Northwest Regional Logistics Center 30 Productions Controlling Building Concept Design (Intership Project) Xi’an, China 2015
TRUMP INTERNATIONAL HOTEL & TOWER 401 N. Wabash Ave. Chicago, Illinois
TEAM DESIGN (Adlai Woodworth, Adrienne Strohm, Jenna Joo, Tian Zheng) + Provided mainly ideas about building concept, plan and form + Made AutoCAD drawings, diagrams, partial renderings TRUMP’S MISSION Our mission is to lead in real estate sales, marketing, development, and management to deliver a global luxury real estate superbrand. We achieve perfection through superior quality, superior locations and incredible details, create an unparalleled experience and constantly raising the bar for super luxury living. Our attention to detail include: adhering to utilizing best-in-class talent, white glove service, superior quality, attention to detail and innovation. We deliver a level of distinctive services unparalleled in the industry. TRUMP’S VISION We will lead the world in providing the best luxury real estate to the public.
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Chicago River View
Vehicular
Pedestrian
Due to a median bisecting Wabash avenue, primary circulation to access the tower will be coming from the south. The building also sits on two levels: Wabash and Water
The location is central to major pedestrian access ways such as Michigan Avenue, Wabash Avenue and the riverfront walkway
Bicycle
There are several bicycle paths to allow ease of transit without the need for vehicular transportation.
Site Implications-Access
Wabash Level
Wabash Level
Water Level
Water Level
Vehicular
Pedestrian
Due to a median bisecting Wabash avenue, primary circulation to access the tower will be coming from the south. The building also sits on two levels: Wabash and Water
Bicycle
The location is central to major pedestrian access ways such as Michigan Avenue, Wabash Avenue and the riverfront walkway
There are several bicycle paths to allow ease of transit without the need for vehicular transportation
Major Functional Units And Their Relationships
60% One Bedroom
30% One Bedroom
Condo
Main Building
10% One Bedroom
Standard Guestrooms 225 Keys Suites (< 2 Modules)
Mechanical
37 Keys
Hotel
Core Restaurant
Suites (>2 Modules) 32 Keys
Presidential Suite Deluxe Suites 1 Key 5 Keys Mechanical
Observation
Lobby
Parking
Secondary Building
Office
Conference
BOH
Core Restaurant
Health Club/Spa Cafe
Atrium/Retail
prefunction space
Ballroom Main Ballroom
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Junior Ballroom
Public Tran
Public trans transportat
ily accessible to encourage e ciency in cal locations.
Functional Programming Section
Mechanical Systems Mechanical
Mechanical Systems
104F
Condominium
102F
Oberservation/Restaurant
Make Up Air Riser
Hotel Conference/Office Ballroom
Structure Framing
Health/Fitness Lobby/Retail Parking
67F 65F
Outtrigger Truss
Mega-Columns 25F 23F
15F
3F 1F
8F
4F 3F 2F
90 ARCH 573
Belt Truss
1F
Upper Wabash Water level
-2F -7F
Elevator Riser Diagram
Main building: Flat Plate System Conference/Office Elev.
104F
Hotel Elev.
102F
Upper Condo Elev. Lower Condo Elev. Restaurant/Observation Elev. Parking Elev. Service Elev.
Concrete Core
67F
Floor Slab
65F
Podium: Slab & Beam System
25F 23F
15F
8F
4F 3F 2F
3F 1F
1F
Upper Wabash -2F -7F
Water level
Structural Framing
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Site Plan
25 Elevators:
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Elev. Joo, Strohm, Woodworth,Hotel Zheng 39 Service Elev. Upper Condo Elev. Restaurant Elev. Observation Elev. Lower Condo Elev. Parking Elev. Conference/Office Elev. Restaurant Elev.
0'
20'
60'
120'
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8
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Lower Condo Floor Plan
One Bedroom Unit
Middle Condo Floor Plan
Two Bedroom Unit
Upper Condo Floor Plan
Three Bedroom Unti
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Atrium Lobby
Plaza
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Joo, Strohm, Woodworth, Zheng 69
North Wabash View
280 ft
265 ft
Mechanical
250 ft 240 ft 230 ft 220 ft
Hotel
210 ft 200 ft 190 ft 180 ft
Health Club
160 ft 150 ft 140 ft 130 ft 120 ft 110 ft 100 ft
Hotel
90 ft 80 ft 70 ft 60 ft 50 ft 40 ft 30 ft 20 ft
Lobby
0 ft
Retail
-15 ft -25 ft -35 ft
Plaza River
Loading Dock Parking
-45 ft -55 ft
-70 ft
Mechanical
I-I Section
0'
10'
30'
60'
SCALE BAR
Floor To Floor Section
Hallway
Bathroom
Bedroom
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Floor to Floor Section
13
0'
10'
30'
60'
SCALE BAR
High Rise Mechanical Level Framing Plan
Lower Level 2 Floor Plan
3
4
5
11
6
Griders
Belt Truss
0'
20'
120'
60'
Outtrigger Truss
Service Elev. Parking Elev.
0'
10'
30'
Shear Walls Secondary Beams
60'
SCALE BAR
Mid Rise Mechanical Level Framing Plan
Lower Level 1 Floor Plan
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3
4
5
6
7
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20'
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120'
60'
Belt Truss
Outtrigger Truss
Service Elev. Observation Elev.
0'
Parking Elev.
10'
30'
Shear Walls Secondary Beams
60'
SCALE BAR
Conference/Office Elev.
Mid Rise Mechanical Level Framing Plan
Main Ballroom Floor Plan
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0'
10'
30'
60'
Outtrigger Truss
Hotel Elev.
Observation Elev.
Service Elev.
Lower Condo Elev.
Upper Condo Elev.
Conference/Office Elev.
0'
10'
SCALE BAR
Restaurant Elev.
14
30'
60'
Belt Truss
Shear Walls Secondary Beams
1195 ft
BRIDGE HOUSE SONGLIN VILLAGE, HUBEI, CHINA
The Bridge House is located in the village of Songlin in Hubei Province, China. Songlin is the village where my father was born and raised, and returning there one day has been one of his greatest desires. As he approaches retirement designing the Bridge House has helped me connect with my father’s past, and my extended family that live in Hubei. The site chosen for the proposed house offers a ‘bridge’ between the past, the present, and the future. To the south my grandfather’s traditional farmhouse is located, to the north is where my uncle lives in a building constructed within the last ten years. The proposed site is equidistant from both relatives, and the architecture of the building appeals to both traditional ways of thinking and modern life. The site is adjacent to agricultural land and can be accessed via a path that runs alongside rice fields. A water channel passing the front of the house is a characteristic recognized as being auspicious according to the Feng Shui philosophy, which seeks to bring harmony between people and the surrounding environment. Constructed on piers, the modern looking building sits lightly on the land. Structurally laminated bamboo and hemprete walls are proposed as building materials as they are more in keeping with the rural environment, than cast concrete which has become the predominant building material in China’s rapid industrialized growth.
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Dwelling Bridge Path Water Channel Pool
Old (2002) New (2002-2009) Very new (2009-2013) 10 0
20
50
10 100 ft
Historical Development
East Facade
0
20
Dwelling Site Owned Land
50
10 100 ft
0
Topograhy Connection
Land Ownership
South Facade
(Average 0.66 Acre)
50
20
100 ft
Sunlight Analysis
Equinox Winter Solstice
9:00 AM
Equinox
Equinox
Winter Solstice
12:00 PM
Winter Solstice
I
3:00 PM Bathroom Courtyar
d Kitchen Hallway
Primary
Bed Roo
m
Bed Roo
m
Dinning
Area Bathroom
Terrace Living Roo
m
I
Site Plan
I
Bathroom
Courtyard
Kitchen
Hallway
Bed Room
Primary Bed Room
Dinning Area Bathroom
Terrace
Living Room
I
Groundfloor Plan
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Sun Room
Location: Hubei, China
The site for Bridge House is located in Hubei, China. It ismy fatherâ&#x20AC;&#x2122;s hometown. The climate is hot in summer and cold in winter, and it is in climate zone 2. Thermal insulation property becomes important.
Constructability:
By using cyclic plastic formwork, one can build exterior wall efficiently. Using strip footing to decrease footprint and avoid moisture from ground below. The building can produce enough electricity by itself.
Sustainability:
Hempcrete is natural and healthy. Building as an exterior wall material, a 12â&#x20AC;? wall achieves R-value equals to 30 easily. Window area are designed by avoid overglazing and energy saving.
Cost:
Total cost $179,708. Base house cost: $130,000 PV system cost: $6,080 Yearly overproduction credit: $192
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Solar Panel
Solar Panel Consumption PV System Area PV System Cost Yearly Energy Production Yearly Overproduction Credit
38-62.2”x 31.8” panels (7,600w) 520 sft $6,080 ($0.8 per watt) 8,164 kWh $192
Flat Roof
Roof Joists
Sheathing
Wall System Entrance Ramp
Lamboo Consumption Lamboo Cost
74 cft (2” x 12”) $10336 ($140/cft)
Hemp Crete Consumption 12” Hemp Crete Wall R Value Hemp Cost Lime Mortars Total Cost
1230 cft (Exterior Wall) 30 (R2.5 per inch ) $4182 ($17 per bag, 33 pound per bag) $8364 ($34 per bag, 55 pound per bag) $23370 ($19/sqft, base & stuccos included)
Hemp
Floor Joist
Lamboo Structure
+
Lamboo Consumption Lamboo Cost Lamboo Consumption Structrue Formwork Cost
Lime
=
Hemp crete
127 cft (2” x 12”) $17827 ($140/cft) 252 cft (2” x 4”, 2” x 8”, 2” x 12”, 1” x 10”) $35280 ($140/cft) 2” x 4” 2” x 8” 2” x 12” 1” x 10”
Strip Footing
Glazing
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Lamboo Consumption Lamboo Cost
79 cft (6” x 12”) $9660 ($140/cft)
Concrete Consumption Concrete Cost
550 cft (Thirty-five 80 pound bags) $135 ($3.88 per 80 pound bag)
1. Multipro Resistant Board 2. Lamboo Structural Studwork 3. Hemcrete
2 3
Cyclic Plastic Formwork
Hemp Batt Insulation(Roof) Natural Fiber Insulation Material R-value is 35 for 10” insulation layer
1. (3)-2”x12” Lamboo Girder 2. CMU Block Pier 3. Strip Footing
1 Interior Exterior 1 2
SECTION I - I 22
Lamboo Glazing Detail
Curtain wall mullions
Interior View
BOX MARFA, TEXAS
WHY CONCRETE? WHY BOXES? WHY HERE? ARTISTS PUT CONCRETE BOXES HERE INTERESTING COMBINATION AND... MAYBE A COMBINATION OF CONCRETE BOXES IN WHICH PEOPLE LIVE AND ENJOY
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STREET VIEW
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HOUSING UNITS
TYPE A
COMBINING PROCESS COLUMN GRID + BEAMS + FLOOR + WALLS + ROOF BEAMS + ROOF + GREEN
SECTIONS
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TYPE B
TYPE A
PLAN
GREENING ROOF
UNIT STRUCTURE
TYPE A -PLAN
TYPE B -PLAN
SECTION
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PERSPECTIVE
ATRIUM
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CHINA MOBILE BUILDING XIâ&#x20AC;&#x2122;AN, CHINA
This design formed integrated shape by thinking the logo of China Mobile, making the building massing insert and merge together. Itâ&#x20AC;&#x2122;s elevation used simple but strong vertical lines to form scientific and technological sense. The design of the wing building brought with green and lively atrium. The whole building emphasized modernity, simplicity, ecology and technology, thus build the icon of corporate. In the design process, I focused on diagram analysis, explored different proposals and built the final building computer model. It really helped me understand the process of building design and make me one member of the group to contribute to this project.
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ARIAL VIEW
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SOUTH ELEVATION
WEST ELEVATION
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ATRIUM
Cathedral of Saint Mary of the Assumption (San Francisco, California)
Thanks To My Parents My Grilfriend My Friends And My Instructors For Offering Their Support To Help Me Create This Portfolio
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READY TO ROLL